Melicocceae (Sapindaceae): Melicoccus and Talisia - CNCFlora
Melicocceae (Sapindaceae): Melicoccus and Talisia - CNCFlora
Melicocceae (Sapindaceae): Melicoccus and Talisia - CNCFlora
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Organization for Flora Neotropica<br />
<strong>Melicocceae</strong> (<strong>Sapindaceae</strong>): <strong>Melicoccus</strong> <strong>and</strong> <strong>Talisia</strong><br />
Author(s): P. Acevedo-Rodríguez<br />
Reviewed work(s):<br />
Source: Flora Neotropica, Vol. 87, <strong>Melicocceae</strong> (<strong>Sapindaceae</strong>): <strong>Melicoccus</strong> <strong>and</strong> <strong>Talisia</strong> (May 22,<br />
2003), pp. 1-178<br />
Published by: New York Botanical Garden Press on behalf of Organization for Flora Neotropica<br />
Stable URL: http://www.jstor.org/stable/4393917 .<br />
Accessed: 23/05/2012 15:54<br />
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FLORA NEOTROPICA MONOGRAPH 87<br />
MELICOCCEAE (SAPINDACEAE):<br />
MELICOCCUS AND TALISIA<br />
P. ACEVEDO-RODRiGUEZ<br />
F LORAt<br />
NEOTROPICAof,<br />
12001( Of CA021COIN4<br />
Publishedfor<br />
Organization for Flora Neotropica<br />
by<br />
The New York Botanical Garden<br />
Bronx, New York<br />
Issued 22 May 2003
C) 2003 by The New York Botanical Garden<br />
All rights reserved.<br />
Published by<br />
The New York Botanical Garden Press<br />
Bronx, NY 10458<br />
International St<strong>and</strong>ard Serial Number 0071-5794<br />
The paper used in this publication meets the requirements of<br />
the American National St<strong>and</strong>ard for Information Sciences - Permanence of Paper for<br />
Publications <strong>and</strong> Documents in Libraries <strong>and</strong> Archives, ANSI/NISO (Z39.48-1992).<br />
Printed in the United States of America using soy-based ink on recycled paper.<br />
Metropolitan Life Foundation is a leadership funder of The New York Botanical Garden Press.<br />
Library of Congress Cataloging-in-Publication Data<br />
Flora neotropica. - Monograph no. 1 - New York: Published<br />
for Organization for Flora Neotropica by The New York<br />
Botanical Garden, 1968v.:<br />
ill.; 26 cm.<br />
Irregular.<br />
Each issue has distinctive title.<br />
Separately catalogued <strong>and</strong>i classified in LC before monograph no. 40.<br />
ISSN 0071-5794 = Flora neotropica.<br />
1. Botany - Latin America - Classification - Collected works.<br />
2. Botany - Tropics Classification - Collected works. 3. Botany<br />
Classification - Collected works. I. Organization for Flora Neotropica.<br />
II. New York Botanical Garden.<br />
QK205.F58 581.98'012-dcl9 85-647083<br />
Library of Congress U8508i<br />
ISBN 0-89327-450-X<br />
03 0405 06070&-0910/98 765432 1
MELICOCCEAE (SAPINDACEAE):<br />
MELICOCCUS AND TALISIA<br />
P. ACEVEDO-RODRIGUEZ<br />
CONTENTS<br />
A bstract .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2<br />
Resumen ......................................2<br />
Introduction ......................................3<br />
Taxonomic History .....................................4<br />
Morphology <strong>and</strong> Anatomy ...5..................................5<br />
Habit ......................................5<br />
Indumentum .......................................8<br />
Leaves ................................8<br />
Cataphylls ................................8<br />
Inflorescences .....................................8<br />
Flowers .......................................12<br />
Fruits <strong>and</strong> seeds .....................................<br />
Embryo .......................................16<br />
Anatomy ......................................18<br />
14<br />
Pollen ..................................... 18<br />
Generic Relationships ..................................... 19<br />
Cladistic Analysis ..................................... 20<br />
Ecology <strong>and</strong> distribution ..................................... 23<br />
Conservation Status ..................................... 28<br />
Uses ...................................... 28<br />
Key to the American genera of <strong>Melicocceae</strong> ..................................... 28<br />
Taxonomic Treatment .....................................<br />
<strong>Melicoccus</strong> ......................................28<br />
28<br />
Excluded Taxa ...................................... 50<br />
<strong>Talisia</strong> ...................................... 50<br />
Key to the subgenera ...................................... 50<br />
<strong>Talisia</strong> subgenus Pitombaria ..................................... 51<br />
Key to the species of <strong>Talisia</strong> subgenus Pitombaria ..................................... 51<br />
Key to the species of <strong>Talisia</strong> subgenus <strong>Talisia</strong> ..................................... 80<br />
<strong>Talisia</strong> subgenus <strong>Talisia</strong> ..................................... 88<br />
Excluded Taxa ..................................... 166<br />
Acknowledgments ..................................... 166<br />
Literature Cited ..................................... 167<br />
Numerical List of Taxa ..................................... 169<br />
List of Exsiccatae .....................................<br />
169<br />
Index of Local Names .....................................<br />
176<br />
Index of Scientific Names .....................................<br />
177<br />
1
2 FLORA NEOTROPICA<br />
ABSTRACT<br />
Acevedo-Rodriguez, P. (Smithsonian Institution, Dept. of Systematic Biology (Botany),<br />
National Museum of Natural History, MRC-166, Washington, DC 20560-0166, USA).<br />
<strong>Melicocceae</strong> (<strong>Sapindaceae</strong>): <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>. Flora Neotropica Monogr. 87: iv + 1-179.<br />
2003. The tribe <strong>Melicocceae</strong> is characterized by the presence of a single apotropous, basal<br />
ovule per carpel; compound leaves with a distal rudimentary leaflet or process; actinomorphic<br />
flowers; non-arillate seeds, sometimes with a sarcotesta; <strong>and</strong> indehiscent unlobed fruits, not<br />
showing individual carpels. The American genera of <strong>Melicocceae</strong> (<strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>) are<br />
further characterized by the presence of a sarcotesta. <strong>Melicoccus</strong> is characterized by an arboreal<br />
habit; paripinnately compound leaves with one, two or three pairs of leaflets; a distal<br />
rudimentary leaflet or process; racemes, panicles or thyrses; actinomorphic 4-(5-) merous<br />
flowers; bi- or tricarpellate gynoecium, with complete or less often incomplete septae; baccate<br />
fruits with coriaceous mesocarp; seeds with sarcotesta; <strong>and</strong> a lomatorrhizal embryo with<br />
erect cotyledons <strong>and</strong> punctiform radicle. The natural distribution of <strong>Melicoccus</strong> ranges from<br />
southern Mexico (Yucatan Peninsula) to South America on the periphery of the Amazon<br />
area, south to northern Argentina, Bolivia, <strong>and</strong> Paraguay <strong>and</strong> a disjunct species in Dominican<br />
Republic. <strong>Melicoccus</strong> bijugatus <strong>and</strong> M. oliviformis are distributed throughout the tropics<br />
through cultivation, while the other two species are largely restricted to their natural ranges.<br />
<strong>Melicoccus</strong>jimenezii of the Dominican Republic is an endangered species.<br />
<strong>Talisia</strong> is characterized by an arboreal or shrubby habit; pinnately compound leaves with<br />
a distal process or rudimentary leaflet; panicle-shaped or racemiform thyrses with flowers<br />
arranged in lateral dichasia; actinomorphic 5-merous flowers; petals with a single adaxial<br />
petal-like appendage; tricarpellate gynoecium with complete septa; baccate fruits; seeds with<br />
sarcotesta; <strong>and</strong> notorrhizal or lomatorrhizal embryos. The genus is distributed throughout<br />
continental tropical America, from southern Mexico (Yucatan Peninsula) to Paraguay, except<br />
Argentina, Chile, Uruguay, <strong>and</strong> the high Andes. The vast majority of species of <strong>Talisia</strong> are<br />
found in moist, non-flooded forest, either in the understory or part of the canopy layer. <strong>Talisia</strong><br />
contains a few, widely dispersed species complexes, exhibiting considerable foliar variation.<br />
The remaining species are relatively vegetatively uniform with restricted distributions.<br />
The following new taxa are described <strong>and</strong> illustrated in this monograph: <strong>Melicoccus</strong><br />
antioquensis, <strong>Melicoccus</strong> aymardii, <strong>Melicoccus</strong> espiritosantensis, <strong>Melicoccus</strong> novogranatensis,<br />
<strong>Melicoccus</strong> petiolulatus <strong>Talisia</strong> clathrata subsp. canescens, <strong>Talisia</strong> croatii, <strong>Talisia</strong><br />
douradensis, <strong>Talisia</strong> equatoriensis, <strong>Talisia</strong> ghilleana, <strong>Talisia</strong> granulosa, <strong>Talisia</strong> hexaphylla<br />
subsp. elegans, <strong>Talisia</strong> hexaphylla subsp. multinervis, <strong>Talisia</strong> lanata, <strong>Talisia</strong> morii, <strong>Talisia</strong><br />
parviflora, <strong>and</strong> <strong>Talisia</strong> velutina.<br />
Key Words: <strong>Sapindaceae</strong>, <strong>Melicocceae</strong>, <strong>Talisia</strong>, <strong>Melicoccus</strong>, tree architecture, Neotropics,<br />
cladistics, endangered species.<br />
RESUMEN<br />
Acevedo-Rodriguez, P. (Smithsonian Institution, Dept. of Sistematic Biology (Botany),<br />
National Museum of Natural History, NHB-166, Washington, DC 20560-0166, USA).<br />
<strong>Melicocceae</strong> (<strong>Sapindaceae</strong>): <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>. Flora Neotropica Mongr. 87: iv + 1-179.<br />
2003. La tribu <strong>Melicocceae</strong> esta caracterizada por la presencia de ovulos solitarios, basales<br />
apotropicos; hojas pinnaticompuestas con una hojuela terminal rudimentaria; flores<br />
actinomorfas; semillas no ariladas, a veces con presencia de sarcotesta; y frutos indehiscentes,<br />
no lobados. Los generos americanos de la <strong>Melicocceae</strong> (<strong>Melicoccus</strong> y <strong>Talisia</strong>), se distinguen<br />
adema's por la presencia de sarcotestas. <strong>Melicoccus</strong> se caracteriza por tener habito arboreo;<br />
hojas paripinnadas con uno, dos o tres pares de hojuelas y una hojuela distal rudimentaria;<br />
racimos, paniculas o tirsos; flores actinomorfas, 4(5)-meras, gineceo bi o tricarpelar con septas<br />
completas o con menos frecuencia incompletas; frutos carnosos con mesocarpo coriaceo;<br />
semillas con sarcotesta; embrion lomatorrizo, con cotiledones erectos y radicula punctiforme.<br />
<strong>Melicoccus</strong> se encuentra distribuido naturalmente desde el sur de Mexico (peninsula de
INTRODUCTION 3<br />
Yucatan) hacia Sur America a lo largo de la periferia de la region amazonica hasta Argentina,<br />
Bolivia y Paraguay y por una especies disjuncta en la RepRepublica Dominicana. La<br />
mayoria de las especies de <strong>Melicoccus</strong> se encuentran en bosques secos form<strong>and</strong>o parte del<br />
dosel del bosque. <strong>Melicoccus</strong> bijugatus y M. oliviformis estan distribuidas a traves de los<br />
tr6picos por medio de cultivo mientras que las otras especies tienen en su mayoria<br />
distribuciones naturales, restringidas. <strong>Melicoccus</strong>]jimenezii de la Repu'blica Dominicana es<br />
una especie endemica amenazada.<br />
El genero <strong>Talisia</strong> se caracteriza por el habito arboreo o arbustivo; hojas pinnaticompuestas<br />
con una hojuela distal rudimentaria; tirsos paniculiformes o racemiformes con flores arregladas<br />
en dicasios laterales o con menos frecuencia paniculas; flores actinomorfas, 5-meras; gineceos<br />
tricarpelares, con septas completas; frutos carnosos conteniendo una semilla con sarcotesta,<br />
embrion notorrizo o lomatorrizo. <strong>Talisia</strong> esta distribuida a traves de America continental<br />
tropical desde el sur de Mexico hasta Paraguay, con excepcion de Argentina, Chile Uruguay,<br />
y la zona alta de los Andes. La gran mayoria de las especies de <strong>Talisia</strong> se encuentran en<br />
bosques h'umedos no inundables, ya sea en el sotobosque o form<strong>and</strong>o parte del dosel de los<br />
bosques. <strong>Talisia</strong> contiene algunos complejos de especies ampliamente distribuidos y con<br />
gran variacion en los caracteres foliares. Las especies restantes son relativamente uniformes<br />
y tienen distribuciones bastantes restringidas.<br />
Los siguientes taxones nuevos son descritos en esta obra: <strong>Melicoccus</strong> antioquensis,<br />
<strong>Melicoccus</strong>. aymardii, <strong>Melicoccus</strong> espiritosantensis, <strong>Melicoccus</strong> novogranatensis,<br />
<strong>Melicoccus</strong> petiolulatus, <strong>Talisia</strong> clathrata subsp. canescens, <strong>Talisia</strong> croatii, <strong>Talisia</strong><br />
douradensis, <strong>Talisia</strong> equatoriensis, <strong>Talisia</strong> ghilleana, <strong>Talisia</strong> granulosa, <strong>Talisia</strong> hexaphylla<br />
subsp. elegans, <strong>Talisia</strong> hexaphylla subsp. multinervis, <strong>Talisia</strong> lanata, <strong>Talisia</strong> morii, <strong>Talisia</strong><br />
parviflora, y <strong>Talisia</strong> velutina.<br />
Palabras claves: <strong>Sapindaceae</strong>, <strong>Melicocceae</strong>, <strong>Talisia</strong>, <strong>Melicoccus</strong>, arquitectura de arboles,<br />
neotr6pico, cladistica, especie amenazada.<br />
INTRODUCTION<br />
The tribe <strong>Melicocceae</strong> (<strong>Sapindaceae</strong>), as currently<br />
recognized, contains New World <strong>and</strong> Old World elements.<br />
In the New World it is represented by the genera<br />
<strong>Melicoccus</strong> P. Browne <strong>and</strong> <strong>Talisia</strong> Aublet, which<br />
clearly form a cohesive unit sharing numerous morphological<br />
characters, but especially the presence of indehiscent<br />
fruits <strong>and</strong> seeds with a sarcotesta. The Old<br />
World elements differ greatly from the New World<br />
genera <strong>and</strong> perhaps do not belong in the <strong>Melicocceae</strong> at<br />
all. Since resolution of this problem would require an<br />
in-depth analysis of the whole <strong>Sapindaceae</strong>, the present<br />
paper deals only with the New World <strong>Melicocceae</strong>.<br />
<strong>Talisia</strong> is the largest of the two genera ofAmerican<br />
<strong>Melicocceae</strong>, with 52 species <strong>and</strong> 5 subspecies. Vegetatively,<br />
<strong>Talisia</strong> may be confused with numerous arboreal<br />
<strong>Sapindaceae</strong> or with other compound, altemateleafed<br />
trees in various families. However, it is possible<br />
to vegetatively distinguish <strong>Talisia</strong> from other <strong>Sapindaceae</strong><br />
genera as follows: <strong>Talisia</strong> has leaflets with entire<br />
margins, whereas most Cupania Linnaeus, some<br />
Averrhoidium Baillon, Diatenopteryx Radlkofer, <strong>and</strong><br />
Ungnadia Endlicher, have leaflets with serrate or dentate<br />
margins; from Vouarana <strong>and</strong> many species of<br />
Matayba, <strong>Talisia</strong> may be distinguished by the absence<br />
of domatia on secondary vein angles; <strong>and</strong> from Athyana<br />
(Grisebach) Radlkofer, <strong>Talisia</strong> lacks a terminal leaflet.<br />
Some previous taxonomic experience is required in<br />
order to differentiate other genera of <strong>Sapindaceae</strong> with<br />
similar suites of characters from <strong>Talisia</strong>, especially<br />
needed would be flowers or fruit. Occasionally, species<br />
of Euplassa (Proteaceae), Ophiocaryon (Sabiaceae),<br />
Simaba (Simaroubaceae), Guarea (Meliaceae), <strong>and</strong><br />
Fabaceae are mistaken for <strong>Talisia</strong>. The former three are<br />
only reliably distinguished from <strong>Talisia</strong> when fertile,<br />
while Guarea is easily distinguished by its leaves with<br />
a pair of terminal minute, immature leaflets (vs. a single<br />
rudimentary one in <strong>Talisia</strong>), <strong>and</strong> the Fabaceae by the<br />
presence of stipules.<br />
Species of <strong>Talisia</strong> are usually distinguishable by their<br />
vegetative characters, with the exception of a small<br />
number of species that are highly variable with respect<br />
to foliar characters. In the absence of flowers, T cerasina<br />
is easily mistaken for T retusa or sometimes for T<br />
macrophylla, <strong>and</strong> T macrophylla is easily confused with<br />
T nervosa or T eximia, <strong>and</strong> T nervosa with T sylvatica.<br />
The inadequacy of collections often makes the interpretation<br />
of species difficult. This phenomenon is usually<br />
a result of the tendency of collectors to press only<br />
leaves that easily fit into their plant press, or to collect<br />
only fragments of a leaf without properly recording its<br />
characteristics. As a result, new taxa have been described<br />
based on unusually large leaves or leaflets.
4 FLORA NEOTROPICA<br />
<strong>Melicoccus</strong>, on the other h<strong>and</strong>, being a smaller, Tristira <strong>and</strong> Tristiropsis. The position of Tristira <strong>and</strong><br />
uniform genus, is easily recognized by the jugate, Tristiropsis within the <strong>Melicocceae</strong>, however, is at its<br />
bijugate or trijugate leaves. Its species are well differ- best dubious.<br />
entiated, perhaps as a result of geographic isolation. <strong>Melicoccus</strong> was described by P. Browne in 1756 in<br />
Since the last monograph of <strong>Melicoccus</strong> <strong>and</strong> <strong>Talisia</strong> his account of the natural history of the isl<strong>and</strong> of Ja-<br />
(Radlkofer, 1931-34), much more material has become maica. The description of the new genus was based on<br />
available, making necessary a reinterpretation of spe- the commonly cultivated genip tree (<strong>Melicoccus</strong><br />
cific concepts. Morphological gaps have been filled bijugatus), which was introduced to Jamaica from<br />
calling for the lumping of species, <strong>and</strong> much more varia- Surinam. In 1760, Jacquin described M. bijugatus, the<br />
tion has become apparent making necessary the descrip- first specific epithet for the genus. Two years later,<br />
tion of new taxa. On these grounds, a revision of the Linnaeus published the orthographic variation<br />
American <strong>Melicocceae</strong> is fully justified.<br />
Melicocca biuga citing P. Browne (1756) <strong>and</strong> the manuscript<br />
of Jacquin's Select. Stirp. Amer. Hist., tab. 72.<br />
TAXONOMIC HISTORY (as 71) as the source of his name. Following Linnaeus'<br />
publication, numerous specific names have been pub-<br />
In 1888, Radlkofer published a synopsis of Sapin- lished in Melicocca, the orthographic variation introduced<br />
daceae, in which he recognized 15 tribes, one of which by him. The original orthography of the genus has been<br />
was the <strong>Melicocceae</strong>, containing the genera <strong>Melicoccus</strong>, used only twice, once by Hasskarl in 1842 [<strong>Melicoccus</strong><br />
<strong>Talisia</strong>, Glenniea Hook. f., Castanospora F. von<br />
amoenus Hasskarl = Lepisanthes amoena (Hasskarl)<br />
Muller, Lecaniodiscus Bentham, Eri<strong>and</strong>rostachys Leenhouts] <strong>and</strong> more recently by Kitanov in 1979<br />
Baillon, Macphersonia Blume, Tristiropsis Radlkofer, (<strong>Melicoccus</strong> bijuga f. alata =<strong>Melicoccus</strong> bijugatus).<br />
<strong>and</strong> Tristira Radlkofer. In a later revision of his familial However, Hasskarl a year later, changed the spelling<br />
classification (Radlkofer, 1931-34), he added of his name to conform with Linnaeus' spelling. In<br />
Hedyachras Radlkofer to the <strong>Melicocceae</strong> <strong>and</strong> trans- addition, 14 specific names have been published under<br />
ferred Lecaniodiscus, Eri<strong>and</strong>rostachys, <strong>and</strong> Macpher- Melicocca, all of which (except M. oliviformis <strong>and</strong> M.<br />
sonia into the closely related tribe Schleichereae. The lepidopetalus) belong to other genera or are synonyms.<br />
genus Strophiodiscus Choux was added posthumously To add confusion to the correct spelling of<br />
to the <strong>Melicocceae</strong> by the editors of his 1931-34 revi- <strong>Melicoccus</strong>, Index Kewensis had listed the original<br />
sion for a total of eight genera.<br />
spelling as the orthographic variant Melicocca. In ad-<br />
Capuron (1969) reduced Strophiodiscus to a syn- dition, there has been a proposal (Repert. Spec. Nov.<br />
onym of Plagioscyphus, which he placed in the tribe Regni Veg. 53: 178. 1944) to conserve the spelling<br />
Schleichereae. Glenniea was placed by Leenhouts Melicocca vs. <strong>Melicoccus</strong>, which was rejected by the<br />
(1975) in the Lepisantheae by implication when he re- Special Committee for Pteridophyta <strong>and</strong> Phanerogamae<br />
duced the genus Crossonephelis to a synonym of by the IAPT (Taxon 3: 241. 1954). As a result, the spell-<br />
Glenniea. Muller <strong>and</strong> Leenhouts (1976), who proposed ing Melicocca is to be corrected to <strong>Melicoccus</strong>.<br />
a modified system of classification for the <strong>Sapindaceae</strong>, In 1997, I transferred <strong>Talisia</strong> jimenezii into<br />
retained only five genera in <strong>Melicocceae</strong>. They found <strong>Melicoccus</strong> increasing the number of species to three.<br />
the New World genera <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong> to have In this revision five new species are described <strong>and</strong> a<br />
pollen types (type A & Al) different from those of the transfer is made, increasing the total number of species<br />
Australasian genera Castanospora, Tristira, <strong>and</strong> in <strong>Melicoccus</strong> to ten.<br />
Tristiropsis (type B). This distinct separation of the <strong>Talisia</strong> was described in 1775 from French Guiana<br />
<strong>Melicocceae</strong> into two groups, along with their complete by Aublet, who derived the name from the vemacular<br />
absence from Africa, made them cast some doubts on name Toulichi. The first species to be described in the<br />
the monophyly of the tribe.<br />
genus was <strong>Talisia</strong> guianensis. In 1798 Vahl described<br />
In 1999, Klaassen analyzed the wood anatomy of <strong>Talisia</strong> hexaphylla from South America, <strong>and</strong> proposed<br />
Castanospora <strong>and</strong> found it to deviate from the remain- T rosea as a more appropriate name for <strong>Talisia</strong><br />
ing members of <strong>Melicocceae</strong>. Although she did not ex- guianensis because of the pinkish inflorescence axis<br />
clude Castanospora from the <strong>Melicocceae</strong>, she sug- <strong>and</strong> immature calyx. De C<strong>and</strong>olle (1824) described<br />
gested it might belong in the tribe Lepisantheae. In <strong>Talisia</strong> glabra, a synonym of T guianensis. He noted<br />
addition, she cast some doubt on the placement of that the recently described genus Acladodea of Ruiz<br />
Tristira <strong>and</strong> Tristiropsis within the <strong>Melicocceae</strong>, how- <strong>and</strong> Pavon (1798) was congeneric with <strong>Talisia</strong>, transever,<br />
she did not exclude them from the <strong>Melicocceae</strong>. ferring Acladodea pinnata into <strong>Talisia</strong> as T acladodea.<br />
Currently, the <strong>Melicocceae</strong> contains the American gen- However, such a transfer is contrary to the code <strong>and</strong> was<br />
era <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong> <strong>and</strong> the Old World genera corrected by Radlkofer in 1878 to T. pinnata. In 1829,
MORPHOLOGY AND ANATOMY 5<br />
Cambessedes described T. mollis from French Guiana, axillary or terminal on short, lateral branches <strong>and</strong> do<br />
noting that this was the same species treated by de<br />
C<strong>and</strong>olle in 1824 as T guianensis. In 1850 Bentham<br />
not seem to develop further into sympodial axes.<br />
described T laxiflora, a taxon currently recognized as a<br />
<strong>Talisia</strong><br />
subspecies of Matayba guianensis Aublet. A few years Species of <strong>Talisia</strong> are trees (usually with buttressed<br />
later, Triana <strong>and</strong> Planchon (1862) transferred Comato- bases), treelets, or shrubs (Fig. la& b), described by<br />
glossum strictum to <strong>Talisia</strong> as T stricta, noting that three architectural models (Halle et al., 1978). About<br />
the newly described genus Comatoglossum of Karsten 40% of the species are treelets (Fig. la) i.e., unbranched<br />
& Triana (Triana, 1854) was essentially <strong>Talisia</strong>. shrubs described by the Chamberlain model. The habit<br />
In 1878, Radlkofer published a forerunner to his construction of these species is modular through linear<br />
monumental monograph of <strong>Sapindaceae</strong>. In this paper sympodial growth, where successive meristems contreating<br />
<strong>Talisia</strong>, he published 18 new species, trans- tribute to the construction of a seemingly unbranched<br />
ferred eight others into <strong>Talisia</strong>, <strong>and</strong> synonymized stem. The system operates through the succession of<br />
Racaria, a generic name published simultaneously with branches with determinate growth bearing a terminal<br />
<strong>Talisia</strong> by Aublet. As a result, he increased the total inflorescence. Once the inflorescence reaches maturity,<br />
number of known species of <strong>Talisia</strong> from four to 30, an axillary meristem basal to the inflorescence devel<strong>and</strong><br />
adopted an infrageneric classification that he fol- ops into an orthotropic shoot that displaces the inflolowed<br />
throughout his career. This paper was equally rescence to the side. In this way, the new shoot contribimportant<br />
for highlighting the distinctions between utes to the construction of the leader stem producing a<br />
<strong>Talisia</strong> <strong>and</strong> other neotropical arboreal genera of Sapin- seemingly unbranched shrub (Fig. 2b <strong>and</strong> 2d).<br />
daceae. This giant leap was followed by a moderate The remaining species do not seem to conform to<br />
series of contributions. Between 1900 <strong>and</strong> 1914, any of the architectural models proposed by Halle et al.<br />
Radlkofer published eight new species <strong>and</strong> made one (1978). The information available for the arboreal spenew<br />
transfer in <strong>Talisia</strong>. When his <strong>Sapindaceae</strong> mono- cies i.e., bearing a trunk <strong>and</strong> lateral branches, is rather<br />
graph was posthumously published from 1931 to 1934, limited as it comes from field observation (<strong>and</strong> confirforty-one<br />
species of <strong>Talisia</strong> were recognized, includ- mation with herbarium specimens) from T hemidasya,<br />
ing T. princeps published by Oliver in 1888 <strong>and</strong> T. T hexaphylla, <strong>and</strong> T praealta. Accordingly, they present<br />
panamensis (a synonym of T hexaphylla subsp. a complex system that changes through the different<br />
hexaphylla) published by Pittier in 1918.<br />
developmental phases of the plant. The early develop-<br />
Since Radlkofer's death in 1927, an additional 32 ment of the plant conforms to the Chamberlain model<br />
new taxa have been published in <strong>Talisia</strong> by 13 authors. showing a pattem of orthotropic sympodial growth by<br />
Of these, Steyermark described the highest number with substitution due to meristems with determinate growth.<br />
a total of eight, followed by GuarimNeto (1979, 1983) This phase is followed by the proleptic production of<br />
with five, St<strong>and</strong>ley (1930, 1931a, 1931b, 1933) with orthotropic vegetative axes with terminal <strong>and</strong> axillary<br />
four, <strong>and</strong> the remaining authors with one or two spe- inflorescences. This mixed model seems to describe<br />
cies each. Of these 32 taxa, only 12 are recognized in about 50% of the species of <strong>Talisia</strong>.<br />
this treatment. The total number of taxa so farpublished <strong>Talisia</strong> angustifolia, a species with shrubby habit<br />
in <strong>Talisia</strong> is 78, however, only 45 of these are recog- <strong>and</strong> horizontal underground stems, seems to have an<br />
nized herein. In addition, 12 novelties are described for architectural model different from that previously dea<br />
total of 52 species <strong>and</strong> five subspecies.<br />
scribed. My knowledge of T angustifolia development<br />
is very limited, as I have no information on its<br />
MORPHOLOGY AND ANATOMY<br />
early stages of development. The only information<br />
available to me comes from herbarium specimens. Accordingly,<br />
the plagiotropic underground stems are of<br />
HABIT<br />
higher magnitude than the orthotropic ones. The pla-<br />
<strong>Melicoccus</strong><br />
Species of <strong>Melicoccus</strong> are medium-sized trees with<br />
continuous <strong>and</strong> diffuse branching (Fig. Ic & d). The<br />
giotropic axis seems to be the result of sympodial growth<br />
by substitution with orthotropic branches arising<br />
proleptically. The orthotropic branches have determinate<br />
growth ending in an inflorescence but also bear<br />
little information I have on its architecture (observa- axillary inflorescences. This model is mixed <strong>and</strong> doesn't<br />
tions on seedlings <strong>and</strong> juveniles of M bijugatus) indi- seem to conform to any ofthe models proposed by Halle<br />
cates that the leading stem is the result of a single apical et al. (1978).<br />
meristem. Axillary meristems develop proleptically into In general, architectural models in <strong>Talisia</strong> are imlateral,<br />
plagiotropic branches. Inflorescences are either perfectly known because the necessary underlying
6 FLORA NEOTROPICA<br />
1i_M_<br />
-<br />
- :<br />
__'<br />
1 a_<br />
ENw<br />
_<br />
_<br />
i<br />
i<br />
w<br />
. | I 1<br />
- f C _ t?_ | I _ |<br />
__<br />
N ,. , 4 _ l = ;_=2_ 5<br />
. ''-- M * l _-<br />
___ a<br />
v_- - _': .4 ' -' . . .<br />
--.... S,$-ti K; '+ ; --<br />
: ^ ; ' ' ' ' ' ' '' i' > 0 'S ^' . . f: ;:
MORPHOLOGY AND ANATOMY 7<br />
Fig. 2. Vegetative features of <strong>Talisia</strong>. A. rudimentary distal leaflet or process in T hemidasya. B & D. Chamber-<br />
lain architecture model in T hemidasya. C. cataphylls in T megaphylla. (A, B, D from Acevedo R. et a! 4966; C<br />
from Acevedo R. et al. 4798).
8 FLORA NEOTROPICA<br />
developmental data are not available. At present, the best<br />
<strong>Talisia</strong><br />
estimate of this character is inferred from specimen data<br />
or field observations.<br />
Leaves in <strong>Talisia</strong> are spirally arranged, paripinnately<br />
or imparipinnately compound, <strong>and</strong> devoid of stipules<br />
INDUMENTUM<br />
(Fig. 2d). New leaves have been documented to carry<br />
green leaflets in most species, with the exception of T<br />
<strong>Melicoccus</strong><br />
hemidasya, which produces reddish juvenile leaflets<br />
(Fig. 2d). Petioles are usually pulvinate <strong>and</strong> the rachis<br />
Species of <strong>Melicoccus</strong> are essentially glabrous, with<br />
always ends in a rudimentary leaflet or process (Fig.<br />
scattered papilliform trichomes on the abaxial surface<br />
2a). Leaflets are alternate, opposite, or subopposite with<br />
of leaflets <strong>and</strong> along inflorescence axes. Bracts, sepals,<br />
entire margins. Their number varies from strictly two<br />
<strong>and</strong> petals are woolly-pubescent along their margins.<br />
as in T squarrosa to variably up to thirty as in T macro-<br />
<strong>Talisia</strong><br />
phylla. Leaflet size is quite variable ranging from 3 cm<br />
long in T angustifolia to 79 cm long as in T bullata.<br />
Species of <strong>Talisia</strong> are either glabrous or exhibit sev- Venation is brochidodromus (sensu Hickey, 1979; Fig.<br />
eral different kinds of indumentum, which are pre-<br />
5a-b), adaxially impressed <strong>and</strong> abaxially prominent or<br />
dominantly simple, non-gl<strong>and</strong>ular trichomes (Figs. 3 less often plane on both surfaces <strong>and</strong> therefore incon<strong>and</strong>4).<br />
Less frequently, multicellular-gl<strong>and</strong>ular orpapilli- spicuous. Primary veins are moderate (Fig. Sb) to stout<br />
form trichomes are present. Trichomes occur as a pure (Fig. 5a) <strong>and</strong> unbranched. Secondary veins are alterst<strong>and</strong><br />
or as a mixture of different types (Fig. 4c) de- nate, sometimes some of them opposite (Fig. 5a-b),<br />
pending on the species or the organ of the plant upon uniformly curved (Fig. Sb) or straight (Fig. 5a), <strong>and</strong><br />
which they are found. Papilliform trichomes are usu- sometimes collected into a conspicuous vein that runs<br />
ally restricted to the adaxial surface of petals <strong>and</strong> abaxial parallel to the margin (Figs. 5a, 6a). Tertiary veins form<br />
surface of petal appendages, but they are sometimes a reticulum [= reticulate] (Fig. 5b, 6a) or run perpenfound<br />
on bracts <strong>and</strong> inflorescence axes. Sericeous in- dicular or nearly so to the midvein [= clathrate or subdumentum,<br />
although found throughout a wide range clathrate respectively] (Fig. 5a, 6b). Leaflet pubescence<br />
of structures, is predominantly found on the adaxial is variable but usually restricted to the abaxial surface<br />
surface of petal appendages. The remaining types of or the midvein, <strong>and</strong> commonly represented by simple<br />
indumentum are widely distributed <strong>and</strong> may be clas- trichomes. Gl<strong>and</strong>ular trichomes are present in only a<br />
sified as puberulent (Fig. 4a-b), appressed-pubescent few species. Several species exhibit a granular texture<br />
(Fig. 3a), tomentose (Fig. 4c), tomentulose, sericeous, on the abaxial surface when examined with a dissectvelutinous,<br />
setigerous (Fig. 4e), pubescent [= soft, ing scope at 20-50 x magnifications. Observation of<br />
short trichomes] (Fig. 3e-f), hirsute, woolly (Fig. 4d), this feature with SEM revels it to be stomata (Fig. 7).<br />
pilose, pilosulous, or furfuraceous (Fig. 3c-d). Type Petiolules are pulvinate, moderately to greatly enlarged,<br />
of indumentum is a useful diagnostic character at the bulbiform or slender <strong>and</strong> cylindrical, <strong>and</strong> usually adspecies<br />
level since indumentum variation within spe- axially furrowed.<br />
cies is rather uniform. For example, the presence of Foliar characters are of moderate taxonomic value,<br />
gl<strong>and</strong>ular hairs is characteristic of T hemidasya <strong>and</strong> because only a few species can be distinguished based<br />
T morii, while the presence of setigerous hairs on solely on these characters. This would include the numleaves<br />
is unique to T setigera.<br />
ber <strong>and</strong> size of leaflets <strong>and</strong> the shape of the leaf rachis.<br />
LEAVES<br />
However, many species of <strong>Talisia</strong> are vegetatively similar<br />
<strong>and</strong> in some cases identical, requiring the presence<br />
of fertile material for their identification. Notable are<br />
<strong>Melicoccus</strong><br />
the difficulties in differentiating sterile material of T<br />
Leaves in <strong>Melicoccus</strong> are spirally arranged, jugate, macrophylla from T eximia <strong>and</strong> T cerasina, <strong>and</strong> T<br />
bijugate, or trijugate <strong>and</strong> devoid of stipules. Petioles sylvatica from T nervosa.<br />
are obscurely pulvinate, flattened, <strong>and</strong> occasionally<br />
winged or nearly terete. Rachises are flattened, winged<br />
or nearly terete, <strong>and</strong> end in a rudimentary leaflet or process,<br />
although a fully developed distal leaflet is some-<br />
CATAPHYLLS<br />
<strong>Melicoccus</strong><br />
times produced. Leaflets are opposite or sometimes Cataphylls in <strong>Melicoccus</strong> (referred by Radlkofer as<br />
alternate, with entire margins. Venation is brochido- perules) are scale-like, ovate to nearly deltate with disdromus,<br />
with a stout or less often moderate, unbranched sected margins, <strong>and</strong> are clustered on axillary buds <strong>and</strong> at<br />
midvein. Secondary veins are alternate <strong>and</strong> uniformly the base of inflorescences. There is no significant variacurved;<br />
tertiary veins form a reticulum.<br />
tion of this structure in <strong>Melicoccus</strong> <strong>and</strong> therefore they
MORPHOLOGY AND ANATOMY 9<br />
Fig. 3. Indumentum of <strong>Talisia</strong>. A-B. T angustifolia. A. trichomes on petiole (appressed pubescent). B. detail of<br />
trichomes. C-F. T furfuracea. C. trichomes on stem (furfuraceous). D. detail of trichomes. E. trichomes on abaxial<br />
surface of leaflet (pubescent). F. detail of trichomes. [A-B from Hatschbachz 159JJ (US); C-D from Acevedo R.<br />
& Grimes 4863 (US); E-F from Sabatier & Provost 2202 (US)].
10 FLORA NEOTROPICA<br />
Fig. 4. Indumentum of <strong>Talisia</strong>. A. trichomes on petiolule of T acutifolia (puberulent). B. trichomes on stem of<br />
T~ clathrata subsp. canescens (puberulent). C. trichomes on stem of T hemidasya (tomentose). D. trichomes on<br />
abaxial leaflet surface of T lanata (woolly). E. trichomes on abaxial leaflet surface of T setigera (setigerous). (A<br />
from Acevedo R. et al. 8456 (US); B from Acevedo R. et al. 4956 (US); C from Boschwezen 2574 (MO); D from<br />
Garz6n et al. 145 (COAH); E from Cornejo & Bonifaz 3878 (US).
MORPHOLOGY AND ANATOMY 11<br />
1 cm<br />
a b<br />
Fig. 5. X-rays of <strong>Talisia</strong> leaflets. A. T furfuracea. B.<br />
T firma. (A from Sabatier & Prevost 2202 (US); B from<br />
Liesner 8883).<br />
Fig. 6. X-rays of <strong>Talisia</strong> leaflets. A. T nervosa. B. T<br />
clathrata subsp. clathrata. (A from Faber-Langendoen<br />
& Hurtado 1934; B from Klug 2509).<br />
i. .- S a n a e f f i o o ( d G il<br />
Fig. 7. Stomata on abaxial leaflet surface of <strong>Talisia</strong> longifolia (from de Granville 7033).
12 FLORA NEOTROPICA<br />
Fig. 8. Dichasia in <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>. A. simple<br />
dichasium in T nervosa. B. dichasium reduced to a single<br />
flower in M. aymardii. (A from Cuatrecasas 17010; B<br />
from Aymard & Ortega 2521). By B. Angell).<br />
are of no taxonomic value within the genus. However,<br />
they are useful in distinguishing <strong>Melicoccus</strong> from <strong>Talisia</strong>.<br />
<strong>Talisia</strong><br />
Cataphyll was the term utilized by Radlkofer<br />
(1931-34) in reference to the perules or bud scales in<br />
<strong>Talisia</strong>. They are clustered at the ends of branches, on<br />
axillary buds, <strong>and</strong> at the base of inflorescences. Their<br />
size <strong>and</strong> form vary considerably, in some species they Fig. 9. Inflorescences of <strong>Talisia</strong>. A. T firma. B. T<br />
are large (up to 25 cm long) resembling undeveloped acutifolia. (A from Acevedo R. et al. 7963; B from<br />
leaves (Fig. 2c), while in others they are pinnatifid<br />
<strong>and</strong> a few cm in length (Fig. 2b), or even reduced to<br />
scale-like or spine-like structures less than 1 cm long.<br />
Acevedo R. et al. 8362).<br />
The latter are the most common type of cataphylls<br />
present in <strong>Talisia</strong>. Cataphylls, although not universally<br />
present in <strong>Talisia</strong>, are useful for differentiating <strong>Talisia</strong><br />
vegetatively from other arboreal <strong>Sapindaceae</strong> <strong>and</strong> from<br />
trees in general with spirally arranged, compound<br />
leaves. They also can be of diagnostic value at the species<br />
level.<br />
often cauliflorous or ramiflorous. Inflorescence type<br />
<strong>and</strong> shape are of limited taxonomic value since there is<br />
widespread variation throughout the genus.<br />
Bracts are minute, scale-like structures subtending<br />
a dichasium. Bracteoles on the other h<strong>and</strong> are minute,<br />
persistent or deciduous structures subtending a secondary<br />
axis of the dichasia. Bracts <strong>and</strong> bracteoles are es-<br />
INFLORESCENCES<br />
sentially similar in shape <strong>and</strong> structure; however, bracts<br />
are usually bigger than the bracteoles.<br />
<strong>Melicoccus</strong><br />
Inflorescences in <strong>Melicoccus</strong> are panicles or racemes<br />
Pedicels have an abscission zone or articulation<br />
anywhere from base to near the apex.<br />
with solitary flowers distributed along the inflorescence<br />
axis (Figs. 12d, 14a) or less often paniculate thyrses<br />
FLOWERS<br />
where some of the dichasia (mostly the distal ones) are<br />
<strong>Melicoccus</strong><br />
reduced to a single flower. Flowers are subtended by a<br />
small deciduous to persistent bract. Pedicels are articulate<br />
or not.<br />
Flowers in <strong>Melicoccus</strong> are actinomorphic or nearly<br />
so, staminate (Fig. 12c & d) or pistillate, with rudimentary<br />
stamens or pistil. The calyx is 4- or 5-merous, with<br />
imbricate, nearly free sepals, sometimes produced in<br />
<strong>Talisia</strong><br />
two unequal pairs. Petals are 4 or 5, distinct, with im-<br />
Inflorescences in <strong>Talisia</strong> are thyrses with flowers bricate aestivation, inserted on the base of an extragrouped<br />
in compound or simple dichasia (Fig. 8a). They staminal nectary disc. They are erect or reflexed, often<br />
are panicle-shaped (Fig. 9a-b), fasciculate (Fig. lOa-b), with woolly-pubescent margins, lacking appendages,<br />
or racemiform, terminal, axillary, supra-axillary, or less sometimess with a pair of marginal projections or
MORPHOLOGY AND ANATOMY<br />
__<br />
- - 1E<br />
__ -<br />
_i _<br />
= i i L I .<br />
1_ ,_ [,<br />
''I | 2i.<br />
. .I<br />
I<br />
E_ z !<br />
_<br />
_8_<br />
_<br />
I<br />
| '<br />
_ _X_ .l<br />
_^ |<br />
l l<br />
_ I I i<br />
Fig. 10. Inflorescences of <strong>Talisia</strong>. A. T. clathrata subsp. canescens. B. T. megaphylla. (A from Acevedo R. 5012;<br />
B from Mori et al. 23121, photo by Carol Gracie).<br />
appendages above or at the base. The disc is extra-<br />
staminal, swollen, glabrous, annular, with a 4-5-lobed<br />
outline. Stamens are 8, the filaments are unequal, gla-<br />
brous or less often wooly pubescent, anthers are<br />
basifixed or dorsifixed, elliptic or ovate. The ovary is<br />
bi- or tricarpellate, with as many locules as carpels or<br />
unilocular (the septa incomplete), with a single basal,<br />
campylotropous or apotropous ovule per carpel; the style<br />
is solitary, short to very short, with a discoid-bilobed<br />
or trilobed, papillate stigmatic surface.<br />
13
14 FLORA NEOTROPICA<br />
<strong>Melicoccus</strong> is often regarded as dioecious but there<br />
is no literature dealing with its sexuality. Individual trees<br />
are often collected bearing either staminate or pistillate<br />
flowers with practically no overlap between sexes.<br />
However, I have been able to find one individual tree<br />
bearing flowers of both sexes at the same time (Acevedo<br />
R. & Clubbe 10956). Whether this is an isolated case<br />
of monoecy or a fairly common, undocumented phenomenon<br />
cannot be determined at present. Further studies<br />
are needed to elucidate whether <strong>Melicoccus</strong> is a sequentially<br />
monoecious or not.<br />
<strong>Talisia</strong><br />
Flowers in <strong>Talisia</strong> are actinomorphic, functionally<br />
staminate or pistillate. Staminate flowers are distinguished<br />
by the presence of dehiscing anthers <strong>and</strong> a pistillode,<br />
while pistillate flowers by the presence of nondehiscing<br />
anthers <strong>and</strong> a fully developed pistil. With<br />
f~~~~~~<br />
respect to the perianth, disc, <strong>and</strong> pubescence, staminate<br />
<strong>and</strong> pistillate flowers are essentially similar. Perianth is<br />
5-merous. Sepals are imbricate, free or connate to various<br />
degrees at base, <strong>and</strong> usually of similar size. Petals<br />
are distinct, with imbricate aestivation, inserted on the<br />
base of an extrastaminal nectary disc. They are erect or<br />
reflexed, entire, with a single, adnate, adaxial petaloid<br />
appendage [subgenera <strong>Talisia</strong> (Figs. 1 lb <strong>and</strong> 12b) <strong>and</strong><br />
Pitombaria (Figs. 1 la <strong>and</strong> 12a)].The petaloid appendages<br />
are comparable to the petals in size <strong>and</strong> shape. They<br />
are simple or rarely bifid, <strong>and</strong> very often sericeous or<br />
tomentose. The disc is extrastaminal, annular or cupshaped,<br />
with a 5-8-lobed outline, glabrous or with various<br />
indumenta, <strong>and</strong> perhaps responsible for the production<br />
of nectar as a reward to pollinators. The number Fig. 11. Flowers in <strong>Talisia</strong>. A. T: subgenus Pitombaria<br />
of stamens is usually 5 or 8 but there is considerable (T clathrata subsp. canescens). B. T: subgenus <strong>Talisia</strong><br />
variation with species containing from 5 to 8 or from 7 (T: bullata). (A from Mori et al. 21365; B from Eggers<br />
15004). By B. Angell.<br />
to 10 stamens. Filaments are glabrous or variously pubescent,<br />
of equal lengths or nearly so, or unequal <strong>and</strong><br />
erect. Anthers are basifixed, with either oblong to linear<br />
or elliptic to ovate outline. <strong>Talisia</strong> subgenus <strong>Talisia</strong> <strong>and</strong> pistillate flowers. This breeding system has been<br />
contains 5-8 stamens with equal or nearly equal length, documented for other members of <strong>Sapindaceae</strong> as<br />
with oblong to linear anthers while T. subgenus well (Bawa, 1976; Subba Reddi et al., 1983; Acevedo-<br />
Pitombaria contain 8 or rarely 10 stamens with unequal Rodriguez. 1993; Genise V. Somner, unpub. data)<br />
lengths <strong>and</strong> elliptic to ovate anthers. The ovary is invariably<br />
3-carpellate, 3-locular, with a single basal,<br />
FRUITS AND SEEDS<br />
campylotropous or apotropous ovule per locule, <strong>and</strong><br />
the style is solitary, short to elongated, with<br />
<strong>Melicoccus</strong><br />
elongatetrigonous<br />
or short-capitate stigmatic surfaces.<br />
Fruits of <strong>Melicoccus</strong> are very much like those of<br />
There is little overlap between the temporal occur- <strong>Talisia</strong>, being indehiscent, unilocular <strong>and</strong> bearing one<br />
rence of pistillate <strong>and</strong> staminate flowers; herbarium seed (resulting from the abortion of I carpel) or two<br />
specimens only exceptionally contain flowers of both seeds, with a leathery pericarp (Fig. 13d). Fruits are<br />
sexes. The plants are either male or female at any one time. ellipsoid or ovoid (Fig. 13b &14b), or less often glo-<br />
My own observations in the field indicate that species bose-bilobed when containing two seeds. Seeds have<br />
of <strong>Talisia</strong> are sequentially monoecious, where individual a fleshy, edible testa <strong>and</strong> closely conformn to the shape<br />
plants go through the altemate production of staminate of the fruit.
MORPHOLOGY AND ANATOMY 1 5<br />
Fig. 12. <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>. A. portion of inflorescence in T firma. B. flowers in T megaphylla. C. inflo-<br />
rescence branch in M. oliviformis subsp. intermedius. D. inflorescence branch in <strong>Melicoccus</strong> bijugatus. (A from<br />
Acevedo R. et al. 7963; B from Mori et al. 23121, photo by Carol Gracie; C from Acevedo R. et al. 3473; D from<br />
Acevedo R. 5441).
16 FLORA NEOTROPICA<br />
Fig. 13. Fruits of <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>. A. infructescence in T mollis. B. infructescence in M. oliviformis<br />
subsp. intermedius. C. fruit with mesocarp cut away showing seed with fleshy testa in T mollis. D. fruit with me-<br />
socarp cut away showing seed with edible fleshy testa in M. oliviformis subsp. intermedius. (A & C from Acevedo<br />
R. et al. 4914; B & D from Acevedo R. et al. 3515).<br />
<strong>Talisia</strong><br />
Fruits in <strong>Talisia</strong> are baccate, i.e., indehiscent, unilocular<br />
or less often 2-locular (resulting from the abortion of<br />
2 or 1 carpels) with a leathery to woody (Fig. 13c) pericarp.<br />
Fruits are usually ellipsoid or ovoid (Fig. 13a) but<br />
in a few species they are depressed-globose. There is a<br />
single seed per locule, which possesses a more or less<br />
fleshy, edible testa, commonly referred to as sarcotesta<br />
(Fig. 13c). Seeds closely conform to the shape ofthe fruit,<br />
except in the case where there are two seeds. In this case,<br />
the surface where both seeds meet is flat, with the out-<br />
line of both seeds conforming to the shape of the fruit.<br />
EMBRYO<br />
<strong>Melicoccus</strong><br />
Embryos in <strong>Melicoccus</strong> are predominantly<br />
lomatorrhizal with erect straight or slightly curved coty-
MORPHOLOGY AND ANATOMY 17<br />
Fig. 14. <strong>Melicoccus</strong> bijugatus. A. inflorescence. B. infructescence. (Both from Acevedo R. 5441).<br />
ledons (Fig. 1 5g). <strong>Melicoccus</strong>jimenezii has notorrhizal ferentiated <strong>and</strong> show a suture only on their distal portion<br />
embryos with the upper cotyledon being much bigger (Fig. 15d). Lomatorrhizal embryos (Fig. 15f) have straight,<br />
than the lower one.<br />
erect cotyledons of similar size parallel to the radicle. The<br />
radicle in both types of embryos is short, flattened <strong>and</strong><br />
<strong>Talisia</strong><br />
well defined, placed in a small depression or radicle pocket.<br />
Embryos in <strong>Talisia</strong> are fleshy <strong>and</strong> have been defined Embryo characters are of little taxonomic value<br />
as notorrhizal or lomatorrhizal. Notorrhizal embryos have within <strong>Talisia</strong>. Most species have notorrhizal embryos<br />
a suture between the cotyledons positioned perpendicular <strong>and</strong> the few species that have lomatorrhizal embryos<br />
to the radicle. Cotyledons of notorrhizal embryos are hori- also have notorrhizal embryos as well. However,<br />
zontally superimposed (Fig. l5a-b) or obliquely so (Fig. <strong>Talisia</strong> with its notorrhizal embryo can easily be told<br />
1 Sc) or rarely laterally oblique (Fig. 1 Se) <strong>and</strong> of equal or apart from <strong>Melicoccus</strong> which mostly has lomatorrhizal<br />
unequal size. Sometimes the cotyledons are poorly dif- embryos with erect cotyledons.
18 FLORA NEOTROPICA<br />
1cm<br />
Fig. 15. Embryos of <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>. A-B. T japurensis. A. dorsal view. B. lateral view. C. T bullata,<br />
lateral view. D. T acutifolia, lateral view. E-F. T stricta exhibing two types of embryo configurations, notorrhizal<br />
<strong>and</strong> lomatorrhizal respectively. G. M. bijugatus, dorsal view of lomatorrhizal embryo. (A-B from AssunQao &<br />
Pereira 261; C from Cogollo et al. 4572; D from Adis 7; E-F from Fern<strong>and</strong>ez A. et al. 5484).<br />
ANATOMY<br />
<strong>Melicoccus</strong> in an effort to evaluate the tribal classifica-<br />
Generalities on the vegetative anatomy of <strong>Melicoccus</strong><br />
<strong>and</strong> <strong>Talisia</strong> were studied by Metcalfe <strong>and</strong> Chalk (1957)<br />
in their monumental Anatomy oftheDicotyledons. Wood<br />
anatomy of <strong>Talisia</strong> was studied by Mennega (1972) in<br />
tion of <strong>Sapindaceae</strong>. She found that the <strong>Melicocceae</strong><br />
sensu Muller <strong>and</strong> Leenhouts (1976) was rather homogeneous<br />
<strong>and</strong> that the genera of <strong>Melicocceae</strong> share numerous<br />
features with other tribes of <strong>Sapindaceae</strong>.<br />
an effort to provide additional taxonomic characters for<br />
the classification of the genus. She found that <strong>Talisia</strong><br />
POLLEN<br />
was well defined by its wood anatomy <strong>and</strong> therefore,<br />
easily distinguished from other genera of New World<br />
<strong>Sapindaceae</strong>. <strong>Talisia</strong> can be recognized by numerous<br />
anatomical features, in particular by the aliform, aliformconfluent<br />
<strong>and</strong> confluent b<strong>and</strong>ed parenchyma. However,<br />
she did not find the variation significant enough to distinguish<br />
species from one another. She also noticed that<br />
<strong>Melicoccus</strong><br />
Pollen in <strong>Melicoccus</strong> is of type A (Fig. 1 8d-f), i.e,<br />
tricolporate, the colpi elongated, extended to polar region;<br />
the polar view is obtusely triangular, with convex<br />
or straight sides; the equatorial view is rounded in<br />
the polar areas. <strong>Melicoccus</strong> pollen is similar to those of<br />
<strong>Talisia</strong> wood is similar to that of <strong>Melicoccus</strong>, except <strong>Talisia</strong> subgenus Pitombaria.<br />
that <strong>Melicoccus</strong> has broader <strong>and</strong> more regular parenchyma<br />
b<strong>and</strong>s <strong>and</strong> rays which are 2-3 cells wide (vs.<br />
<strong>Talisia</strong><br />
homocellular in <strong>Talisia</strong>). More recently, Klaassen Pollen grains in <strong>Talisia</strong> can be classified into two types<br />
(1999) examined the wood anatomy of <strong>Talisia</strong> <strong>and</strong> as defined by Muller <strong>and</strong> Leenhouts (1976). Pollen type
GENERIC RELATIONSHIPS 19<br />
Fig. 16. Scanning Electron Micrographs of <strong>Talisia</strong><br />
pollen (A-D = type Al; E-F = type A). A-B. T guianensis.<br />
A. polar view. B. equatorial view. C-D. T marleneana.<br />
C. polar view. D. equatorial view. E-F. T. velutina.<br />
E. polar view. F. equatorial view. (A-B from Cowan<br />
38809; C-D from Davidson 10073; E-F from Schunke<br />
V 2637).<br />
Fig. 17. Scanning Electron Micrographs of <strong>Talisia</strong><br />
pollen (A-B = type Al; C-F = type A). A. T dasyclada,<br />
polar view. B. T ghilleana, polar view. C-D. T croatii.<br />
C. polar view. D. equatorial view. E-F. T hexaphylla<br />
subsp. hexaphylla. E. polar view. F. equatorial view. (A<br />
from Vasquez & Criollo 5811; B from Silva et al. 2153;<br />
C-D from Barbour 5720; E-F from Haught 1608).<br />
Al (Figs. 16a-d <strong>and</strong> 17a-b) is tricolporate, the colpi are ters, i.e., a single apotropous, basal ovule per carpel;<br />
short, not extending into polar areas; the polar view is compound leaves with a distal rudimentary leaflet or<br />
obtusely triangular, with convex or concave sides; the process; actinomorphic flowers; non-arillate seeds; <strong>and</strong><br />
equatorial view is slightly flattened in polar areas. This indehiscent, unlobed fruits, the combination of which<br />
pollen type is exclusively found in T subgenus <strong>Talisia</strong>. is unique within the <strong>Sapindaceae</strong>. The <strong>Melicocceae</strong> have<br />
PollentypeA(Figs. 16e-f, 17c-f<strong>and</strong> 18a-c) istricolporate, been distinguished from "closely related" tribes by<br />
the colpi elongated, extended to polar region; the polar means of carpological characters. However, it is unview<br />
is obtusely triangular, with convex or straight sides; likely that these were uniquely derived characters, castthe<br />
equatorial view is rounded in the polar areas. This type<br />
of pollen is predominant in T subgenus Pitombaria, but<br />
may be found in T subgenus <strong>Talisia</strong> as well.<br />
ing doubts on the monophyly of the <strong>Melicocceae</strong>. Of<br />
the seven Old World genera originally included in the<br />
<strong>Melicocceae</strong>, only three (Castanospora, Tristira, <strong>and</strong><br />
Tristiropsis) are currently retained in the tribe. How-<br />
GENERIC RELATIONSHIPS<br />
ever, in my opinion, they do not belong in the<br />
<strong>Melicocceae</strong> as they do not share the basic fruit mor-<br />
MELICOCCEAE<br />
phology of the type genus <strong>Melicoccus</strong>. Retention of<br />
these genera within the <strong>Melicocceae</strong> is not strongly<br />
The tribe <strong>Melicocceae</strong> as originally circumscribed supported by morphological data, nor refuted by wood<br />
by Radlkofer (1888), was based on a suite of charac- anatomy (Klaassen, 1999). Resolution of this problem
20 FLORA NEOTROPICA<br />
Fig. 18. Scanning Electron Micrographs of <strong>Talisia</strong> <strong>and</strong><br />
<strong>Melicoccus</strong> pollen (A-F = type A). A-C. T morii. A. polar<br />
view. B-C. equatorial views. D. M. espiritosantensis,<br />
polar view. E-F. M. bijugatus. E. polar view. F. equato-<br />
rial view. (A-C from Herrera et al. 981; D from Folli<br />
30; E-F from Smith 1705).<br />
awaits a comprehensive phylogenetic analysis of the<br />
genera of <strong>Sapindaceae</strong>.<br />
Evaluation of the <strong>Melicocceae</strong> based on fruit characters<br />
suggest different alliances. <strong>Melicoccus</strong> <strong>and</strong><br />
<strong>Talisia</strong> are undoubtedly closely related as their fruits<br />
are morphologically similar. However, the remaining<br />
three genera are not clearly related to them as they have<br />
completely different kinds of indehiscent fruits. Tristira<br />
has trigonous-winged, trilocular, woody fruits that<br />
seem to be derived from capsular ancestors, perhaps<br />
within the Cupanieae. Tristiropsis has true drupes with<br />
a trilocular stony layer, clearly different from the core<br />
of <strong>Melicocceae</strong> <strong>and</strong> from any other genus of <strong>Sapindaceae</strong>.<br />
Wood anatomy of Castanospora was found by<br />
Klaassen (1999) to deviate from the remaining members<br />
of <strong>Melicocceae</strong>, suggesting a closer alliance with<br />
the Lepisantheae. On the other h<strong>and</strong>, Klaassen (1999)<br />
did not find any wood anatomical distinctions between<br />
the Asiatic genera Tristira <strong>and</strong> Tristiropsis, <strong>and</strong> the<br />
American genera <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>, with the re-<br />
sult that a close relationship based on these features<br />
cannot be excluded. However, Klaassen (1999) did<br />
find similarities between the <strong>Melicocceae</strong> <strong>and</strong> the<br />
Sapindeae (Sapindus Linnaeus) <strong>and</strong> the Lepisantheae<br />
(Lepisanthes Blume <strong>and</strong> Zollingeria Kurz) suggest-<br />
ing the possibilities of different alliances. Resolution<br />
of these problems awaits a global generic revision of<br />
<strong>Sapindaceae</strong>.<br />
CLADISTIC ANALYSIS<br />
MATERIALS AND METHODS<br />
The phylogenetic relationships among the species<br />
of <strong>Melicoccus</strong> <strong>and</strong> <strong>Talisia</strong> were analyzed cladistically<br />
using the computer program PAUP (Phylogenetic<br />
Analysis Using Parsimony, ver. 4.Ob3a; Swofford,<br />
1999). Twenty-eight characters were selected for this<br />
analysis (Table 1). Character state polarities were automatically<br />
established by PAUP through the method of<br />
outgroup comparison.<br />
The selection of a sister group <strong>and</strong> outgroups proved<br />
to be difficult. As already pointed out, the remaining<br />
genera currently included in the <strong>Melicocceae</strong> were determined<br />
to be unsuitable as they posses characters that<br />
greatly differ from those of <strong>Melicoccus</strong> <strong>and</strong> <strong>Talisia</strong>. The<br />
genus Sapindus was determined as the best possible<br />
outgroup based on its overall similarity to the in-group<br />
taxa. Alectryon was chosen as the sister-group, based<br />
on the unpublished data of Johnson <strong>and</strong> Chase<br />
(Klaassen, 1999). Their cladistic analysis, based on<br />
molecular data, regards Alectryon as closely related to<br />
<strong>Talisia</strong>. Examination of morphological characters<br />
proves to be consistent with their phylogenetic interpretation<br />
supporting a close relationship of Alectryon<br />
with <strong>Talisia</strong>. <strong>Melicoccus</strong>petiolulatus <strong>and</strong> <strong>Talisia</strong>granulosa<br />
were excluded from this analysis because many<br />
of their characters are not known.<br />
A discussion of the characters <strong>and</strong> their polarization<br />
follows. Numerous characters are considered<br />
plesiomorphic for <strong>Talisia</strong> because they are found<br />
throughout the sister-group (Alectryon) <strong>and</strong> the<br />
outgroup (Sapindus). All characters were treated as<br />
unordered, without application of weight. Characters<br />
present in the outgroups are considered plesiomorphic.<br />
CHARACTERS<br />
Quantification of characters was based on extensive<br />
sampling of herbarium specimens, unless only<br />
scanty material was available for the analysis. The qualification<br />
of characters was based on little sampling due<br />
to the scanty data available.
CLADISTIC ANALYSIS 21<br />
TABLE 1<br />
Data matrix for cladistics analysis of <strong>Talisia</strong> <strong>and</strong> <strong>Melicoccus</strong>.<br />
Sapindus OOOaO 00000 aOaOO OalOO OOOaO 110<br />
Alectryon 00010 OOaal b2000 OaOOa aOOOO 001<br />
T. acutifolia 10010 10000 10210 10011 00011 100<br />
T. bullata OlalO 00000 10210 10011 00010 102<br />
T. carinata lOalO OaOOO 10201 10011 00011 102<br />
T. caudata 11010 OaOOO 10200 10011 000?1 102<br />
T. cerasina 11010 00000 10200 10011 00001 102<br />
T. croatii llalO 10000 20200 10011 00010 102<br />
T. cupularis 10010 00000 20200 10011 00011 102<br />
T. dasyclada 11010 OaOOO 10200 10011 00001 102<br />
T. douradensis 00010 00000 10200 10011 000?1 102<br />
T. equatoriensis 00010 ?0000 10200 11001 000?0 102<br />
T. eximia 11010 00000 10200 10011 00011 102<br />
T. ghilleana lOalO 00000 10210 10011 00011 102<br />
T. guianensis 10010 aOOOO 10201 10011 00011 102<br />
T. hemidasya 01010 00000 10200 10010 00001 102<br />
T. hexaphylla OlalO OaO20 10200 11011 00000 102<br />
T. japurensis OOalO 00000 00200 11000 00000 102<br />
T. laevigata 00010 00000 10200 11011 0000? 102<br />
T. Iongifolia 10010 00000 10201 10011 00011 102<br />
T. macrophylla 10010 00000 10201 10011 00001 102<br />
T. marleneana 10110 00000 10200 10011 00011 102<br />
T. megaphylla lOalO aOOOO 20200 11011 00001 102<br />
T. mollis 11010 00000 10200 10011 00011 102<br />
T. morii 01011 aOOOO 10200 10011 000?0 102<br />
T. nervosa 10010 00000 10201 10011 0001? 102<br />
T. obovata 10010 00000 10201 10011 00001 102<br />
T. oedipoda ?0010 OOaOO 00200 11011 000?1 102<br />
T.pachycarpa 10010 00000 20200 10011 0000? 102<br />
M. petiolulatus 10010 ?0000 ?0??? 1?0?? 000?? 102<br />
T. pilosula 01010 aOaOO 10201 10011 00011 102<br />
T. pinnata llalO 10000 10200 10011 00010 102<br />
T. princeps 11010 10000 10200 10011 00010 102<br />
T. retusa OOalO 00000 10200 10011 00001 102<br />
T. setigera 10010 aOaOO 10210 10011 00000 102<br />
T. stricta 10010 10000 20210 10011 00010 102<br />
T. sylvatica lOalO aaOOO 10211 10011 00010 102<br />
T. velutina ?Oala 01020 10210 11001 000?0 102<br />
T. angustifolia 20alO 00000 00210 11001 00000 102<br />
T. chartacea 00010 00000 00200 11001 000?0 102<br />
T. clathrata OOall OaO20 00200 11001 00000 102<br />
T. coriacea OOalO OOaOO 00200 11001 00010 102<br />
T. esculenta OOalO 00010 00200 11001 00010 102<br />
T. firma OOalO OOaOO 00200 11000 00010 102<br />
T. floresii 00010 00000 10200 11000 00000 102
22 FLORA NEOTROPICA<br />
T. furfuracea 01010 00000 10200 11001 00000 102<br />
T. granulosa 00010 ?0??0 ?0??? 1?0?? 0000? 102<br />
T. lanata 00110 00020 00200 10000 0001? 102<br />
T. microphylla OOalO 00000 00200 10000 00010 102<br />
T. parviflora 00010 00000 00200 11001 000?0 102<br />
T. praealta 00010 OOalO 00200 11001 00000 102<br />
T. simaboides OOalO 00000 00200 11001 00010 102<br />
T. squarrosa 00020 00000 00210 11001 00000 102<br />
T.subalbens 10010 00000 10200 11001 00010 102<br />
T. veraluciana OGalO 00000 00200 11001 00010 102<br />
M. antioquensis 00010 Oa120 OOaOO 00011 000?? 102<br />
M. ayma rdii 00010 001?0 00100 01000 0002? 102<br />
M. espiritosan tensis OQalO 00000 00100 01001 00020 102<br />
M. novogranatensis 00010 Oa120 OOaOO 00001 000?? 102<br />
M. oliviformis 00010 OOa20 00110 0100? 00020 102<br />
M. pedicellaris 01010 OOalO 00100 01001 00020 102<br />
M. bijugatus OOOaO 00101 01000 01100 11130 102<br />
M. Iepidopetalus 00020 00111 lalO 01000 1103? 102<br />
M. jimenezii 00010 00111 01000 01000 1113? 102<br />
Polymorphic characters represented by a (=O& 1) <strong>and</strong> b (=1&2).<br />
1. Habit. Trees (0); treelets (1); shrubs (2). Although 14. Disc shape. Annular (0); cup-shaped (1).<br />
treelets <strong>and</strong> shrubs are widespread throughout the 15. Stamen number. Eight (0); five or predominantly<br />
<strong>Sapindaceae</strong>, they seem to be derived within the less than eight (1); more than eight (2).<br />
<strong>Melicocceae</strong>. In general, architectural models in the 16. Stamen orientation. Spreading (0); erect (1).<br />
<strong>Melicocceae</strong> are imperfectly known because the un- 17. Filaments. Equal lengths (0); unequal lengths (1).<br />
derlying developmental data are not available. At 18. Anther attachment. Basifixed (0); dorsifixed (1).<br />
present, the best estimate of this character is inferred 19. Anther outline. Elliptic or ovate (0); oblong, linear<br />
from specimen data or field observations.<br />
2. Gl<strong>and</strong>ular pubescence. Absent (0); present (1).<br />
or lanceolate (1).<br />
20. Anther apex. Obtuse or retuse (0); apiculate (1).<br />
3. Leaves. Paripinnate (0); imparipinnate (1). 21. Number of carpels. Three (0); two (1); more than<br />
4. Leaf rachis. Winged (0); unwinged (1); absent (2). three (2).<br />
5. Tertiary venation. Reticulate (0); clathrate (1). Subclath- 22. Gynoecium locules. With as many locules as carpels<br />
rate tertiary venation was sometimes found in a few (0); unilocular (1).<br />
species, <strong>and</strong> because it is intermediate between the 23. Style. Elongated (0); short to absent (1).<br />
two stages (reticulate <strong>and</strong> clathrate) it was codified 24. Stigma. Elongated (0); capitate (1); trilobed (2);<br />
as having both stages.<br />
discoid-bilobed (3).<br />
6. Cataphylls. Simple (0); pinnatifid (1).<br />
25. Pollen grains (sensu Muller & Leenhouts, 1976).<br />
7. Inflorescence position. Axillary or terminal (0); Type A (0); type Al (1). The character- ization of<br />
Cauliflorous or ramiflorous (1).<br />
pollen grains occurring in each species is largely<br />
8. Flower clusters. Dichasia (0); solitary (1).<br />
based on one sample. However, the consistency of<br />
9. Inflorescence shape. Paniculate (0); racemose (1);<br />
fasciculate (2).<br />
10. Pedicel. Articulate (0); non-articulate (1).<br />
11. Sepals. Free (0); connate at base (1); connate to half<br />
pollen types within a species was tested by exp<strong>and</strong>ing<br />
the sample size to two or three specimens in the<br />
following species: M. oliviformis, T angustifolia, T<br />
firma, T ghilleana, T hexaphylla subsp. hexaphylla,<br />
way (2).<br />
12. Sepal number. Five (0); four (1); more than five<br />
T. japurensis, T. longifolia, T. macrophylla, T.<br />
simaboides, T. squarrosa, <strong>and</strong> T. subalbens.<br />
(2).<br />
26. Fruit. Dehiscent (0); indehiscent (1).<br />
13. Petals. Without appendages (0); with basal or mar- 27. Number of carpels per fruit. Polycarpic (0); monoginal<br />
appendages (1); with well developed adaxial<br />
appendage (2).<br />
carpic (1).<br />
28. Sarcotesta. Absent (0); partial (1); <strong>and</strong> complete (2).
ECOLOGY AND DISTRIBUTION 23<br />
RESULTS<br />
<strong>and</strong> T hexaphylla. Although, there are a few recogniz-<br />
A heuristic, most parsimonious analysis was ini- able subgroups within subgenus <strong>Talisia</strong>, it seems more<br />
tially run, using Sapindus <strong>and</strong> Alectryon as outgroups. appropriate to treat the species alphabetically because<br />
The resulting cladograms had Alectryon nested within there is no resolution for most of them.<br />
<strong>Melicoccus</strong>, rendering the in-group polyphyletic. A<br />
second analysis was done, using Alectryon as the only ECOLOGY AND DISTRIBUTION<br />
outgroup, with a maximum number of trees retained <strong>Talisia</strong> is essentially an Amazonian genus (sensu<br />
limited to 16,500. The shortest cladograms produced Prance, 1977) which has a distribution that extends to<br />
had 133 steps. A majority rule consensus tree was gen- the north through Central America to southern Mexico<br />
erated producing the topology shown in Fig. l9<strong>and</strong> one<br />
(south of the Isthmus of Tehuantepec) <strong>and</strong> to the south<br />
of the cladograms is reproduced in Fig. 20. There are<br />
to southeastern Brazil <strong>and</strong> Paraguay (Fig. 21). <strong>Talisia</strong><br />
several branches that are strongly supported as they are<br />
esculenta (Saint- Hilaire) Radlkofer, is the exception,<br />
present in at least 90 % of the trees generated in this<br />
<strong>and</strong> may be found outside this range through cultivaanalysis.<br />
This branching pattem is not in contradiction<br />
tion. Species of <strong>Talisia</strong> occur from sea level to 1750 m<br />
with my previous notions <strong>and</strong> characterization of two<br />
elevation, however, most of the species are found within<br />
subgenera within <strong>Talisia</strong>. Accordingly, the subgenus<br />
the 200-800 m range. They are predominantly found<br />
<strong>Talisia</strong> is monophyletic while subgenus Pitombaria is<br />
in moist, non-flooded, primary forests on various types<br />
paraphyletic. Although there are numerous competing<br />
of soils, <strong>and</strong> they are either treelets that inhabit the uncladograms,<br />
I feel that the consensus tree presents some<br />
derstory, or medium to large-sized trees that reach the<br />
level of useful structuring at the subgeneric level. From<br />
canopy. A small number of species are found in the<br />
this tree, it becomes clear that relationships at the speseasonally<br />
flooded varzea or igapo forests, in dry forcies<br />
level, with a few exceptions, are unresolved. Alests<br />
or in shrubby savannas (cerrado vegetation) <strong>and</strong><br />
though species have enough autoapomorphic characin<br />
forest isl<strong>and</strong>s surrounded by savanna. A few speters<br />
to define them, there are not enough synapomorphic<br />
cies are able to thrive in undisturbed<br />
characters to resolve their<br />
forests as well as<br />
relationships at the species<br />
level. The<br />
in<br />
relationships of species within the subgensecondary<br />
forests. Individuals of <strong>Talisia</strong> are not<br />
era is left unresolved until more characters (preferably<br />
uncommon, <strong>and</strong> typically can be found in almost any<br />
molecular) becomes available.<br />
tropical lowl<strong>and</strong> undisturbed forested region of the<br />
Subgenus <strong>Talisia</strong>, being the most derived of the South American continent.<br />
groups, is recognized by numerous apomorphies. Sub- In an attempt to recognize the center(s) of distribugenus<br />
Pitombaria is basal to subgenus <strong>Talisia</strong> <strong>and</strong> tion for the genus, the distribution of its taxa were plotcontains<br />
numerous plesiomorphic characters, although ted against the phytogeographic regions recognized by<br />
it is morphologically recognizable.<br />
Prance (1977) for the Amazon area (Fig. 22). From the<br />
The analysis also showed <strong>Melicoccus</strong> to group with results, it is apparent that distribution of taxa (except<br />
<strong>Talisia</strong> oliviformis <strong>and</strong> T. pedicellaris <strong>and</strong> with 5 other for the endemics) is not limited to particular regions,<br />
species that are described in this work. This clade has but instead occupy many of them. This information<br />
numerous apomorphic characters that clearly distinguish could ultimately serve to re-evaluate Prance's phytoit<br />
from the remaining taxa. However, the recognition geographic regions <strong>and</strong> to postulate similarities among<br />
of this monophyletic clade exp<strong>and</strong>s the traditional them. However, performing an analysis of this type<br />
circunscription of <strong>Melicoccus</strong> to include trilocular (vs. would be beyond the scope of the present work as it<br />
unilocular) ovaries.<br />
would require a multi-taxa approach. From this exer-<br />
Treatment of species within the three groups herein cise, various centers of distribution become apparent.<br />
recognized, follows the order of species as suggested The main center is located in the Guianas-Amapa' rein<br />
the analysis only when their phylogenetic relation- gion [the Atlantic coastal region (1) of Prance, 1977]<br />
ships are fully resolved. The relationships of <strong>Melicoccus</strong> with 26 taxa ( 23 species <strong>and</strong> 2 subspecies), nine of<br />
are fully resolved <strong>and</strong>, therefore, the species are ordered which are endemics. A second center is located in southfrom<br />
more plesiomorphic to the most apomorphic. The western Amazonas (region 7) with 22 taxa (19 species<br />
relationships in <strong>Talisia</strong> subgenus Pitombaria, as <strong>and</strong> 3 subspecies) including four endemics, <strong>and</strong> a third<br />
shown in the consensus tree, are weakly supported <strong>and</strong> in central-south Amazonas region (Prance's Roraimatherefore<br />
unresolved. Although the species in this sub- Manaus, 4b) with 19 taxa (18 species <strong>and</strong> 1 subspegenus<br />
have numerous autoapomorphies, there are not cies), three of which are endemics. The remaining five<br />
enough synapomorphic characters to resolve their phy- regions contain 8 to 12 taxa each.<br />
logenetic relationships. <strong>Talisia</strong> subgenus <strong>Talisia</strong> can be The two subgenera of <strong>Talisia</strong> are widely dispersed,<br />
exp<strong>and</strong>ed to include two peripheral species, T laevigata more widely so in subgenus Pitombaria with species
24 FLORA NEOTROPICA<br />
lr* ?<br />
Fig. 19. Majority rule consensus tree. indicates strongly supported clades, Alectryon=<br />
outgroupu Melcoccus;<br />
<strong>Talisia</strong>.
ECOLOGY AND DISTRIBUTION 25<br />
2~~~~~~~~:<br />
W.ih<br />
Wmm<br />
IFI<br />
Fig. 20. Selected cladogram, showing <strong>Melicoccus</strong> <strong>and</strong> <strong>Talisia</strong> as sister groups; Talisa is further divided into<br />
subgenera, Pitombaria <strong>and</strong> <strong>Talisia</strong>.
26 FLORA NEOTROPICA<br />
l<br />
f.,~~~~~~~~~~~~~~~1<br />
a_,<br />
ECOLOGY AND DISTRIBUTION 27<br />
I IO9 W ! OD S W ! ; Ke,><br />
7 0W !<br />
SA A<br />
6<br />
OW !<br />
s o W 1 4<br />
0<br />
W !<br />
TA~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~<br />
ISI tt<br />
TALISIA<br />
* endemic species<br />
A widely distributed species<br />
/ig. 2ibnTaeeA<br />
SAL~~~~~~~~~~~<br />
A A A~ AL<br />
AL<br />
VLLL(A<br />
4.<br />
K ~~AU<br />
?<br />
s/JAL<br />
Fig. 23. Distribution of <strong>Talisia</strong> endemics vs. widely distributed species.<br />
occuring in the Amazon <strong>and</strong> beyond the Amazon Fruits of T megaphylla are reported by Roosmalen<br />
(Figs. 41, 45, 50, 54, & 62). Subgenus <strong>Talisia</strong> is pre- (1985) as being eaten <strong>and</strong> dispersed by capuchin mondominately<br />
Amazonian but extends into northern South keys, T microphylla by howler <strong>and</strong> tamarin monkeys,<br />
America <strong>and</strong> as far north as Nicaragua in Central <strong>and</strong> T sylvatica by spider <strong>and</strong> howler monkeys. Fruits<br />
America, <strong>and</strong> to the south into southeastern Brazil (Figs. of T. esculenta, according to Lorenzi (1992), are eaten<br />
67, 72, 76, 80, 84, 89, 93, 98, 103, 107). Its distribution by birds.<br />
is narrower than subgenus Pitombaria <strong>and</strong> does not ex- <strong>Melicoccus</strong>, on the other h<strong>and</strong>, contains ten species<br />
tend into the southern portions of North America, i.e., of trees with narrower ranges, naturally distributed in<br />
southern Mexico. <strong>Talisia</strong> subgenus <strong>Talisia</strong> evidently dry vegetation such as coastal forests, fields with s<strong>and</strong>y<br />
originated in South America <strong>and</strong> later exp<strong>and</strong>ed into soils or less often in periodically flooded forests. Most<br />
Central America. This is a likely explanation deduced species of <strong>Melicoccus</strong> occurs naturally in SouthAmerica<br />
from its modern distribution, where most of the spe- around the periphery of the Amazon area (Fig. 29, 36),<br />
cies are located in South America <strong>and</strong> only a few, mostly with the exception of M. oliviformis <strong>and</strong> the endemic<br />
widespread taxa, extend to Central America. M jimenezii <strong>and</strong> M. lepidopetalus which occur outside<br />
Endemism in <strong>Talisia</strong> is widely dispersed (Fig. 23). of this range. <strong>Melicoccus</strong> oliviformis is found in the<br />
Although most endemic species are found in the Ama- Yucatan Peninsula in seemingly natural conditions inzon<br />
region, there are a few endemics outside this region. dicating a possible disjunction with northern South<br />
These include one species in theYucatan peninsula, <strong>and</strong> America. However, it is not clear whether this distriseveral<br />
in Panama-Choc6-Ecuador, <strong>and</strong> a few in the butional pattern is natural or is the result of ancient in-<br />
Planalto <strong>and</strong> southeastern regions of Brazil.<br />
troductions by the people that inhabited the area.<br />
1 ON
28 FLORA NEOTROPICA<br />
<strong>Melicoccus</strong>jimenezii being endemic to the coastal dry are often sold under the name of pitomba or pitomba<br />
forest of southeastern Hispaniola <strong>and</strong> M. lepidopetalus da mata. A few species of <strong>Talisia</strong> (T esculenta, T<br />
endemic to the cerrado-chaco vegetation of south-cen- furfuracea, T hexaphylla, T squarrosa, <strong>and</strong> T stricta)<br />
tral South America are clearly disjuntfrom the remain- are reported as being used as piscicides in SouthAmerica<br />
ing species of<strong>Melicoccus</strong>. <strong>Melicoccus</strong>jimenezii is the (Acevedo-Rodriguez, 1990). <strong>Talisia</strong> squarrosa is reonly<br />
naturally occurring member of the tribe in the ported as one of the major timber tree species of Guyana<br />
GreaterAntilles. Its presence in the Dominican Repub- (Polak, 1992) <strong>and</strong> T esculenta as a minor timber tree<br />
lic is clearly a relict population as the genus has been<br />
recorded from macrofossils for the middle Oligocene<br />
for interior construction work.<br />
in Puerto Rico (Graham, 1996). The current distribu- TAXONOMIC TREATMENT<br />
tion ofM bijugatus as a widespread coastal or dry forest<br />
Key to the genera of American <strong>Melicocceae</strong><br />
species in Central America, the West Indies (Fig. 36),<br />
<strong>and</strong> areas of the Paleotropics is only the result of culti- 1. Petals with 2 marginal projections or appendages,<br />
on or above the base, or lacking appendages;<br />
vation for the last 250 years.<br />
stamens spreading, broadly exposed ....... <strong>Melicoccus</strong><br />
CONSERVATION STATUS<br />
1. Petals with a well-developed, single, adaxial,<br />
petaloid appendage; stamens mostly erect,<br />
A number of <strong>Melicoccus</strong> <strong>and</strong> <strong>Talisia</strong> species are<br />
known only from the type or from less than three colpartially<br />
exposed (hidden by the petal's<br />
appendages) ............................ <strong>Talisia</strong><br />
lections, indicating that they may possibly be uncommon<br />
or rare species. The following species are in this MELICOCCUS P. BROWNE<br />
category: <strong>Melicoccus</strong> antioquensis, <strong>Melicoccus</strong> MELICOCCUS P. Browne, Civ. Nat. Hist. Jaaymardii,<br />
<strong>Melicoccus</strong> espiritosantensis, <strong>Melicoccus</strong> maica. 210. 1756. Type. <strong>Melicoccus</strong> bijugatus Jacquin.<br />
petiolulatus, <strong>Talisia</strong> douradensis, <strong>Talisia</strong> granulosa, The name is derived from the Latin mel (= honey), <strong>and</strong><br />
<strong>Talisia</strong> lanata, <strong>Talisia</strong> laevigata, <strong>Talisia</strong> parviflora, coccus (= berry), in reference to the flavor of the fruit.<br />
<strong>Talisia</strong> oedipoda, <strong>and</strong> <strong>Talisia</strong> pilosula. However, this<br />
may be the result of collection artifacts, since large areas<br />
in the Neotropics have not been thoroughly collected.<br />
The Dominican Republic endemic, <strong>Melicoccus</strong><br />
jimenezii, is an extremely rare species restricted to a<br />
small population on the southeastern side of Hispaniola<br />
(Garcia & Mejia, 1996; Acevedo-Rodriguez, 1997).<br />
Melicocca Linnaeus, Sp. PI. ed. 2, 1: 495. 1762,<br />
nom. illeg. (illegit. typographical variant).<br />
Casimira Scopoli, Intr. Hist. Nat. 234. 1777, nom.<br />
illeg. (nomenclatural synonym).<br />
<strong>Talisia</strong> sect. Cotopais Radlkofer, Sitzungsber. Math.<br />
Phys. Cl. Konigl. Akad. Wiss. Miunchen 8: 342.<br />
1878. Type: <strong>Melicoccus</strong> oliviformis Kunth.<br />
This species may become endangered as the area where<br />
it is found is subjected to pressures imposed by un- Small trees. Leaves alternate, pari-pinnately comregulated<br />
tourism.<br />
pound, distal leaflet rudimentary or wanting; leaflets 2,<br />
4, or 6, opposite, or less often alternate; rachis winged<br />
USES<br />
or nearly cylindric; stipules wanting. Inflorescence of<br />
terminal or axillary panicle-shaped thyrses, panicles or<br />
<strong>Melicoccus</strong> bijugatus, M. lepidopetalus, <strong>and</strong> M. racemes. Flowers 4- or 5-merous, actinomorphic, unioliviformis<br />
are cultivated for their edible fruits sexual (the plants dioecious or monoecious); pedicels<br />
(sarcotesta). <strong>Melicoccus</strong> bijugatus <strong>and</strong> M. oliviformis articulate or not articulate; sepals imbricate, connate at<br />
have been introduced into Central America, the West base, shorter or as long as the petals; corolla of distinct<br />
Indies, <strong>and</strong> the Old World tropics, while M. petals with imbricate aestivation, inserted on the base<br />
lepidopetalus is only locally cultivated. Fruits of M. of an extrastaminal nectary disc, the petals erect or rebijugatus<br />
are available during the fruiting season in flexed, elliptic to obovate, without appendages, the<br />
markets in Colombia, French Guiana, Guyana, New margins sometimes with an elongated projection on each<br />
York City, Puerto Rico, <strong>and</strong> Venezuela. An alcoholic side above the base; nectary disc prominent, annular or<br />
drink called "bili" is made in Vieques Isl<strong>and</strong> (Puerto lobed; stamens 8, spreading, filaments of equal or un-<br />
Rico) by aging rum with the fruits.<br />
equal length, longer than the petals, glabrous or pubes-<br />
Most species of <strong>Talisia</strong> have seeds with an edible cent, the anthers dorsifixed, elliptic or ovate, retuse at<br />
sarcotesta, which has a slightly sour taste, that is con- apex; ovary 2 or 3 carpellate, with as many locules as<br />
sumed locally. Many of them are gathered from the for- carpels or unilocular, each carpel with a single campyest<br />
or cultivated in backyards or communal l<strong>and</strong>s. <strong>Talisia</strong> lotropous or apotropous ovule, the stigma 2 or 3-lobed<br />
esculenta has fruits whose quality <strong>and</strong> quantity allow to subcapitate, sessile. Fruits baccate, indehiscent, elpeople<br />
to sell them in local markets. In Brazil, its fruits lipsoid, ovoid, or globose, with leathery mesocarp. Seed
TAXONOMIC TREATMENT 29<br />
1(-2), with a fleshy, edible testa. Embryo fleshy,<br />
lomatorrhizal with straight erect cotyledons of similar<br />
size, or notorrhizal, with cotyledons diagonally superimposed,<br />
the radicle punctiform or elongated. Pollen<br />
Key to the species of <strong>Melicoccus</strong><br />
colporate, nearly spherical, oblate, isopolar, trangular<br />
or trigonous with straight to convex sides.<br />
A genus often species native to South America,<br />
<strong>and</strong> Hispaniola.<br />
1. Inflorescence a thyrse (most of the dichasia simple or compound).<br />
2. Petals glabrous; disc annular or pentagonal.<br />
3. Inflorescence panicle-shaped; stems glabrous; fruit smooth.<br />
4. Leaflets 4.5-10 cm long; petiolules 3-5 mm long ............................................... 1. M. espiritosantensis<br />
4. Leaflets 14-19 cm long; petiolules 1-2.5 cm long ....................................................... 3. M. petiolulatus<br />
3. Inflorescence racemiform; stems puberulent; fruit rugulose . .............................. 2. M. pedicellaris<br />
2. Petals puberulent to sparsely-woolly; disc cup-shaped, 10-lobed ............................................. 4. M. oliviformis<br />
1. Inflorescence a panicle or a raceme (all dichasia reduced to a single flower).<br />
5. Pedicels articulate; gynoecium tricarpellate, 3-locular; stigma trilobed.<br />
6. Petals subulate or lanceolate, entire, without appendage-like margins; filament equal; leaflets<br />
elliptic to oblanceolate, 7-23.5 cm long.<br />
7. Stems ferruginous-furfuraceous; leaflets acuminate to abruptly acuminate at apex; petals<br />
lanceolate, woolly to sparsely woolly on both surfaces; anthers lanceolate ......... 5. M. antioquensis<br />
7. Stems glabrous; leaflets obtuse at apex; petals subulate, puberulent on both surfaces;<br />
anthers ovate ...................................................... 6. M. novogranatensis<br />
6. Petals rhombate, with extended appendage-like margins; filaments unequal; leaflets narrowly<br />
elliptic, 4-9 cm long ............................................................... 7. M. aymardii<br />
5. Pedicels not articulate; gynoecium bicarpellate, unilocular, stigma bilobed.<br />
8. Leaves with 2 leaflets; petals with a pair of minute marginal appendages .................. 8. M lepidopetalus<br />
8. Leaves with 4 leaflets; petals lacking appendages.<br />
9. Leaflets acute or acuminate at apex; leaf rachis usually winged or margined; fruit green at<br />
maturity ...................................................... 9. M bijugatus<br />
9. Leaflets obtuse or rounded at apex; leaf rachis unwinged, slender; fruits yellow at<br />
maturity .10. M jimenezii<br />
1. MELICOCCUS ESPIRITOSANTENSIS<br />
canaliculate, wider at base. Thyrses panicle-shaped, con-<br />
Acevedo-Rodriguez, sp. nov.<br />
gested on distal portion of stem, to 13 cm long, branches<br />
Type. Brazil. Espirito Santo: Mun. Linhares, Reserva to 5 cm long; cataphylls deltate, minute, at base of inflo-<br />
Florestal de CVRD, Flamengo Station, tall forest, 17<br />
rescence; axes angled, sulcate, puberulent; bracts minute,<br />
Aug 1978 (fl), D.A. Folli 30 (holotype, US; isotype,<br />
early deciduous, minutely tomentose; dichasia compound<br />
CVRD, n.v., NY). Figs. 18d, 24a-g<br />
or simple; peduncle 5-7 mm long; pedicels ca. 1.5 mm<br />
long, articulatenearthe base. Calyx green, 2-2.5 mm long,<br />
A M. aymardii Acevedo-Rodriguez inflorescentiis tomentulose, the sepals free to the base, concave, ovate,<br />
thyrsoideis et filamentis glabris differt.<br />
adaxially tomentulose, obtuse at apex, margins ciliate;<br />
petals white, asymmetrically rhombate, ca. 2.5 mm long,<br />
Tree 18-26 m tall; tunk to 65 cm in diam., with scaly glabrous or with few scattered hairs on abaxial surface,<br />
bark. Stems terete to obtusely angled, glabrous, striate, the adaxial surface with a few scattered hairs, the apex<br />
lenticellate. Leaves paripinnate or less often imparipinnate; obtuse, the base cuneate, the margins elongated into a subdistal<br />
process aciculate, 3-5 mm long; leaflets 2-4(5) filiform projection, densely covered with elongated feropposite<br />
or altemate, elliptic, oblong-elliptic to nearly lan- ruginous hairs; appendages wanting; disc annular, 5-lobed,<br />
ceolate, 4.5-10 x 2-3.1 cm, chartaceous, the adaxial sur- glabrous, ca. 1 mmtall; stamens 8, spreading, the filaments<br />
face glabrous, slightly lustrous with sunken midvein, the of unequal lengths, glabrous, the anthers ca. 1 mm long,<br />
abaxial surface dull, glabrous except for the puberulously elliptic-ovate, glabrous, apiculate or retuse at apex; ovary<br />
prominent midvein, the venation brochidodromus, adaxi- nearly conical, with a few scattered hairs, the stigma trially<br />
inconspicuous, abaxially prominent, tertiary veins lobed, tomentulose, papillate. Fruits ellipsoid, to 2.2 cm<br />
reticulate, the margins entire or slightly undulate, slightly long, glabrous, smooth, the pericarp chartaceous, ca 1 mm<br />
revolute, the apex acuminate, gl<strong>and</strong>ular-mucronulate, the thick, the endocarp glabrous. Seed one per fruit, ellipsoid.<br />
base asymmetrical, acute to obtuse; petiolules slender, 3- Embryo with cotyledons superimposed, of equal size.<br />
5 mm long, puberulent; rachis 2-3 cm long, trullate, pu- The specific epithet refers to the Brazilian state where<br />
berulent; petioles 1.2-5.4 cm long, slightly flattened, the type was collected.
30 FLORA NEOTROPICA<br />
mm3<br />
2mm[ .~~~~3mm<br />
Fig. 24. <strong>Melicoccus</strong> espiritosantensis. A. flowering branch. B. simple dichasium. C. abaxial <strong>and</strong> adaxial views of<br />
petal with marginal projections. D. staminate flower with perianth removed showing disc, stamens, <strong>and</strong> detail of stamen<br />
(left) <strong>and</strong> I.s. same (right). E. leaf. F. pistillate flower. G. pistillate flower with perianth removed showing disc, sterile<br />
stamens, <strong>and</strong> pistil (right), <strong>and</strong> l.s. same with detail of sterile stamen (right). (A-D from Folli 30; E-G from Silva 255).<br />
Phenology. Collected in flower during August <strong>and</strong><br />
in fruit during October.<br />
Distribution <strong>and</strong> Ecology. (Fig. 29) Know only<br />
from eastern Brazil.<br />
Representative specimens examined. BRAZIL.<br />
Bahia: Mun. Prado, forest reserve of Brazil de Hol<strong>and</strong>a<br />
Industrias, entrance at km 18 E of Itamaraju on road to<br />
Prado, 22 Oct 1993 (fr), Thomas et al. 10087 (US).<br />
Espirito Santo: Mun. Linhares. Reserva Florestal da<br />
CVRD, Station Oiticica, before km 151, tall forest, 18<br />
Aug 1985 (fl), Silva 255 (US).<br />
<strong>Melicoccus</strong> espiritosantensis is closely related to<br />
M aymardii as they share numerous morphological features.<br />
<strong>Melicoccus</strong> espiritosantensis can be distinguished<br />
from M. aymardii by its widely rhombate petals, with<br />
two elongated (nearly as long as the petal) marginal appendages<br />
(vs. narrowly rhombate petals with very short<br />
marginal appendages); <strong>and</strong> by its glabrous filaments (vs.<br />
filament pilose or woolly on lower half).<br />
2. MELICOCCUS PEDICELLARIS (Sagot ex<br />
Radlkofer) Acevedo- Rodriguez, comb. nov. <strong>Talisia</strong>
TAXONOMIC TREATMENT 31<br />
cm j ~~~~~~~~~~~<br />
fl 0 eG ] ~~~~~~~Imm{<br />
Fig. 25. <strong>Melicoccus</strong> pedicellaris. A. flowering branch. B. staminate flower. C. adaxial, abaxial, <strong>and</strong> lateral views<br />
of petal with marginal projections. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens (right),<br />
l.s. same (left). E. pistillode. F. infructescence. G. embryos, lateral <strong>and</strong> dorsal views. (A-E from Mori et al. 19144;<br />
F-G from Kuhlman & Jimbo 349).<br />
pedicellaris Sagot ex Radlk., Sitzungsber. Math.-<br />
Phys. Cl. Konigl. Bayer Akad. Wiss. Miinchen 8:<br />
342. 1878. Type. French Guiana. Acarouany, 1858<br />
(fl), Sagot 1188 (lectotype, P, here designated; iso-<br />
lectotypes, K-2, P-7; frag. at M). Syntype. French<br />
Guiana. Maroni river, without date (fr), Melinon<br />
s.n. (M, P). Fig. 25a-g<br />
.<br />
<strong>Talisia</strong> pulverulenta Radlkofer, Sitzungsber. Math.-<br />
Phys. Cl. KonigI. Bayer Akad. Wiss. Miinchen 8:<br />
342. 1878. Type. French Guiana. Without spe-<br />
cific locality, 1864 (fr), Melinon s.n. (holotype,<br />
B-destroyed, photo (F neg. 5681) at MO, NY,<br />
US); lectotype, M, here designated; isotypes, NY,<br />
P-3, US-2).
32 FLORA NEOTROPICA<br />
Tree 12-14 m tall, with stout lateral branches on upper est, including transition rain forest-savanna, forest on<br />
one-third of trunk; trunk reaching 25 cm in diam.; but- clay, primary forest, disturbed forest, trailside, riverine<br />
tressed at base; bark brown or reddish brown, rough, forest on clayish soil, <strong>and</strong> virgin terra firme forest.<br />
thin, peeling off in irregular plates; inner bark reddish<br />
brown. Branches terete, puberulent, becoming<br />
Common name. Surinam: Zwarte pintolokus.<br />
lenticellate. Leaves paripinnate; distal process acicular, Representative specimens examined. SURINAM.<br />
ca. 3 mm long, tardily deciduous leaving a truncate base Commewijne: Brokopondo, 8 Oct 1966 (fl), van<br />
ca. 0.6 mm long; leaflets 4 or 6, opposite or altemate, Donselaar 3762 (MO, P, VEN); Jodensavanne-Mapan,<br />
ovate, widely oblong, elliptic, or widely elliptic, charta- 5 May 1953 (fl), Lindeman 3828 (US), 7 Oct 1953 (fr),<br />
ceous, 4-14.5 x 1.8-6.6 cm, adaxially glabrous or some- Lindeman 4886 (K, US). Saramacca: Nassau, 8 Mar<br />
times the midvein ferruginous, appressed-pubescent, 1949 (st), Lanjouw & Lindeman 2523 (NY).<br />
abaxially glabrous to densely puberulent, very often with<br />
FRENCH GUIANA. Without specific locality, 1863<br />
(fl), Melinon s.n. (P). Bassin de L'Approuague: Saut<br />
midvein <strong>and</strong> secondaries ferruginous-hirsutulous, the<br />
Parare, 10 Sep 1983 (st), Barrier 4263 (CAY); Station<br />
venation brochidodromus, tertiary veins reticulate, the<br />
des Nouragues, 20 Jul 1989 (st), Sabatier & Prevost 2816<br />
apex long-acuminate to caudate, the base obtuse, acute, (CAY), 9 Aug 1991 (fl), Sabatier 3510 (CAY, NY, P, U,<br />
to nearly rounded, sometimes slightly inequilateral; peti- US). Bassin du Maroni: Maroni river, without specific<br />
olules cylindrical, 2-5 mm long, glabrous, puberulent locality or date (fl), Wachenheim 66 (K, P-4). Piste de<br />
or pubescent, less often with scattered ferruginous erect St. Elie: Station Biologique ORSTOM, 29 Apr 1992 (st),<br />
hairs; rachis 1.2-5.4 cm long, terete or nearly so, with Acevedo R. 4868 (CAY, US), 12 May 1992 (st), Acevedo<br />
same indumentum as the petiolules; petioles 2-11 cm R. 4939 (CAY); between Sinnamary & Counama rivlong,<br />
adaxially slightly flattened, with same indumen- ers, 5 Jun 1991 (st), Sabatier & Prevost 3601 (CAY).<br />
tum as the rachis, slightly enlarged at base. Thyrses Region de Saul: Mont Galbao trail, 250 m, 24 Aug 1988<br />
(fl),<br />
racemiform, solitary <strong>and</strong> supra-axillary or terminal <strong>and</strong><br />
Mori et al. 19144 (CAY, MG, NY, P, US).<br />
BRAZIL. Amaph: Serra da Arum<strong>and</strong>uba, 150 m, 25<br />
congested, 4-8 cm long; cataphylls clustered, acicular,<br />
Jul 1961 (yfr), Egler & Irwin 45995 (IAN, MG, US);<br />
1.5-2 mm long; axes sulcate, puberulent, sometimes with<br />
Araguari river, 135 m, 28 Aug 1961 (yfr), M. Pires et<br />
gl<strong>and</strong>ular papillae; bracts <strong>and</strong> bracteoles deltate or subu- al. 50549 (IAN, MG, NY, US, VEN). Amazonas: Mun.<br />
late, < 0.6 mm long; dichasia simple or the flowers soli- Itapiranga. Uatumi river, 28 Aug 1979 (fr), C. Ferreira<br />
tary (due to aborted lateral flowers), especially toward et al. 822 (INPA, MG, NY). Park: Altamira, 19 Aug<br />
distal portion of inflorescence; peduncle slightly flattened, 1978, (fr), Bahia 91 (MG, NY), 16 Aug 1978 (fr), Ba-<br />
1-2 mm long, with same indumentum as the axes; hia 61 (MG, NY); Belem-Brasilia km 93, 16 Oct 1959<br />
pedicels 0.5-1 mm long, articulate at base. Calyx pale (fr), Kuhlmann & Jimbo 349 (INPA, K, MG, US); Belemgreen,<br />
2-2.5 mm long, puberulent, margins ciliate, the Brasilia: hwy., 7 Aug 1963 (fr), Maguire et al. 56058<br />
sepals unequal, free to the base or nearly so, oblong to (K, MO, NY, P, US); Santarem, 10 Sep 1969 (fr), Silva<br />
ovate; petals white, rhombate, 2-2.5 mm long, glabrous, & Souza 2535 (MG, MO, NY, P, US), 10 Sep 1969 (fr),<br />
Silva & Souza 2540<br />
the margins ciliate, extended, inrolled (appendage-like)<br />
(K, MG, MO, NY, US).<br />
at base, the apex obtuse, the base cuneate; appendages<br />
wanting; disc annular, unlobed or slightly lobed, gla-<br />
3. MELICOCCUS PETIOLULATUS Acevedobrous,<br />
ca. 0.5 mm tall; stamens 8, spreading, the filaments<br />
of unequal length, 2-3 mm<br />
Rodriguez, sp. nov.<br />
long, sparsely woollypubescent<br />
to nearly glabrous, the anthers wide-elliptic, Type. Peru, Loreto: Puerto Arturo, lower Huallaga<br />
ca. 0.5 mm long, shortly apiculate ornearly retuse; ovary river, below Yurimaguas, ca. 135 m, dense forest, 24conical,<br />
glabrous, the stigma trilobed, sometimes 25 Aug 1929 (fr), Killip, E.P & A.C. Smith 27762 (hosparsely<br />
pubescent. Fruit ellipsoid, apiculate, 1.8-2 cm lotype, US). Fig. 26a-c<br />
long, glabrous, the pericarp coriaceous, granulose, ca.<br />
0.7 mm thick; endocarp glabrous. Seed 1(2) per fruit, A M. pedicellari (Radlkofer) Acevedo- Rodriguez<br />
ellipsoid, with a thin fleshy testa. Embryo with cotylefoliolis<br />
nervatibus adaxialiter planis, sepalis caducis, et<br />
dons of similar size, lying transversely over each other.<br />
thyrsis paniculiformibus differt.<br />
<strong>Melicoccus</strong> pedicellaris is easily distinguished by Shrub 5-6 m tall. Stems terete, smooth, glabrous,<br />
its cylindrical, elongated petiolules. The specific epi- grayish, lustrous. Leaves paripinnate; distal process early<br />
thet seems to refer to the conspicuous pedicels. deciduous; leaflets 4, opposite, elliptic, 14-19 x 6.5-8.3<br />
cm, chartaceous, glabrous on both surfaces, the venation<br />
Phenology. Flowers from May to October <strong>and</strong> fruits<br />
brochidodromus, midvein prominent especially on abaxial<br />
in August to January.<br />
surface, secondary veins adaxially plane, abaxially promi-<br />
Distribution <strong>and</strong> Ecology. (Fig. 29) Surinam, nent, tertiary venation reticulate, the margins slightly<br />
French Guiana, <strong>and</strong> Brazil in non-flooded moist for- undulate, the apex long-acuminate, the acumen sometimes
TAXONOMIC TREATMENT 33<br />
X~~~~~~~~~~~~~~~~~~~~~ Icm..<br />
Fig. 26. <strong>Melicoccus</strong> petiolatus. A. fruiting branch. B. detail of infructescence showing fruit. C. embryo, dorsal<br />
view. (A from Killip & Smith 27762; B-C from Williams 4272).
34 FLORA NEOTROPICA<br />
obtuse, the base obtuse, slightly to strongly unequal;<br />
petiolules slender, 1-2.5 cm, glabrous; rachis ca. 6 cm<br />
long, slender, terete, glabrous; petioles 8-11.5 cm long,<br />
terete, glabrous, pulvinate at base. Thyrses panicleshaped,<br />
terminal; cataphylls minute, acicular; axes to 23<br />
cm long, slightly angled, puberulent; dichasia seemingly<br />
simple. Flowers unknown. Fruit ellipsoid, glabrous, ca.<br />
2 cm long (immature), smooth.<br />
Melicocuspetiolulatus seems to be most closely related<br />
to M. pedicellaris Radlkofer in that both possess<br />
similar vegetative morphology. However, M. petiolulatusa<br />
differs from M. pedicellaris by having leaflets<br />
with adaxially plane venation <strong>and</strong> early deciduous sepals<br />
(vs. impressed venation <strong>and</strong> sepals persistent at the<br />
base of fruits). The specific epithet refers to the relatively<br />
elongated petiolules that characterize this species.<br />
4. MELICOCCUS OLIVIFORMIS Kunth in Humboldt,<br />
Bonpl<strong>and</strong> & Kunth [as Melicocca<br />
olivaeformis], Nov. Gen. Sp. 5: 100. 1821 <strong>Talisia</strong><br />
oliviformis (Kunth) Radlk., Sitzungsber. Math.-Phys.<br />
Cl. Konigl. Bayer Akad. Wiss. Miinchen 8: 342.<br />
1878. Type. Colombia. Bolivar: vic. of Turbaco, 360<br />
m, without date (fr), HBK 1490 (holotype, P-HBK,<br />
photo (F neg. 36020) at MO, US; isotypes, P-2).<br />
Diclinous tree, 5-35 m tall, forming a dense crown;<br />
trunk reaching 20 to 50 (100) cm in diam. Stems sulcate,<br />
glabrous, puberulent or pubescent, lenticellate, ashcolored.<br />
Leaves paripinnate; leaflets 2 or 4, opposite,<br />
subopposite or less often altemate, 2.7-13.5(19.5) x<br />
1.3-5.3(9.3) cm; distal process acicular, ca. 5 mm long,<br />
early deciduous, leaving a 2-3 mm long base with truncate<br />
apex; leaflets glabrous, the adaxial surface dull,<br />
lighter than the abaxial surface, with secondary veins<br />
plane or slightly sunken, the abaxial surface with prominent<br />
primary <strong>and</strong> secondary veins, the venation brochidodromus,<br />
with secondary veins alternate or subopposite,<br />
arching toward the margin, tertiary veins<br />
reticulate, the margins slightly undulate, the apex obtuse,<br />
rounded or less often obtusely apiculate acute or<br />
acuminate, the base obtuse, cuneate or rounded, slightly<br />
asymmetrical; petiolules 2-12 mm long, nearly cylindrical,<br />
wrinkled when dry; rachis (0.5)1.5-4 cm long,<br />
striate, nearly terete, glabrous, lenticellate; petioles (0.8)<br />
1-5 (10.5) cm long, striate, glabrous, lenticellate, enlarged<br />
at the very base. Thyrses fasciculate, axillary or<br />
distal, 2-20 cm long; cataphylls deltate-acicular, 3-5<br />
mm long, pubescent or puberulent, on each leaf axil;<br />
axes angled or slightly flattened; bracts <strong>and</strong> bracteoles<br />
deciduous, 1-1.5 mm long; dichasia simple or compound,<br />
sometimes with aborted lateral flowers; peduncle<br />
0-4 mm long; pedicels 1-1.5 mm long, pubescent,<br />
articulate at base or up to the upper third. Calyx<br />
2-2.7 mm long, ferruginous-tomentose ortomentulose,<br />
the sepals free to the base or nearly so, concave; petals<br />
rhombate, 2.2-4.5 mm long, obtuse at apex, cuneate at<br />
base, erect at anthesis, abaxially scattered woolly-pubescent,<br />
especially along margins, adaxially puberulent<br />
to scattered woolly-pubescent; appendages a short prolongation<br />
of the margins <strong>and</strong> densely woolly-pubescent,<br />
or absent; disc cup-shaped; stamens (7) 8, spreading,<br />
the filaments pilose to woolly on the lower '/2 to 2/3, in<br />
two sets of unequal length, the shorter ones 2.5-3.5<br />
mm long, the longer ones 3-4.3 mm long, the anthers<br />
Phenology. Collected in fruit in late August. ovate or ellipsoid, ca. 1 mm long, glabrous, obtuse at<br />
apex; ovary densely <strong>and</strong> minutely whitish or ferrugi-<br />
Distribution <strong>and</strong> Ecology. (Fig. 29) Known only<br />
nous-tomentose, the stigma trilobed, papillate. Fruits<br />
from the Department of Loreto, Peru.<br />
ellipsoid to ovoid, 2-3 cm long, obtuse at apex, with short<br />
Representative specimens examined. PERU. apiculum, the pericarp ca. 0.5 mm thick. Seed ellipsoid,<br />
Loreto: Fortaleza to Yurimaguas, 29 Oct 1929 (st), Wil- 1.8-2 cm long. Embryo with cotyledons superimposed,<br />
liams 4272 (F).<br />
the upper cotyledon slightly larger than the lower one.<br />
The specific epithet refers to the olive-shaped<br />
fruits of this species.<br />
Key to the subsp. of M. oliviformis<br />
1. Mature fruits brownish yellow, ferruginoustomentose;<br />
seed with orange or yellow<br />
sarcotesta ............ M oliviformis subsp. oliviformis<br />
1. Mature fruits green, grayish or ferruginoussericeous;<br />
seed with white sarcotesta<br />
............................ M oliviformis subsp. intermedius<br />
4a. MELICOCCUS OLIVIFORMIS subsp.<br />
OLIVIFORMIS Fig. 27a-g<br />
Toulicia brachyphylla Radlkofer, Sitzungsber. Math.-<br />
Phys. Cl. K6nigl. Bayer Akad. Wiss. Miinchen<br />
20: 232. 1890. Type. Venezuela. Carabobo: Puerto<br />
Cabello, May 1874 (fl), Kuntze 1737 (holotype,<br />
NY; isotype US).<br />
Cupania congestiflora Cuatrecasas, Rev. Acad.<br />
Colomb. Cienc. 8: 475. 1952. Type. Colombia.<br />
Magdalena: Santa Marta, Jul 1903 (fl), Smith<br />
1695 (holotype, F; isotypes, K, MO, NY, US-2).<br />
Bark smooth to rough, grayish. Leaflets 2-4, 2.7-9<br />
(19.5) x 1.3-5.3(9.3) cm elliptic, ovate, lanceolate,<br />
oblanceolate, obovate, or oblong, chartaceous to sub-<br />
coriaceous; petiolules 2-10 mm long, glabrous to pu-<br />
bescent. Thyrses racemiform or panicle-shaped; axes<br />
puberulent; bracts oblong-subulate, puberulent; pe-<br />
duncle pubescent; pedicels 1-1.5 mm long, pubescent,<br />
articulate at base or up to the upper third; sepals ovate<br />
to lanceolate, acute to obtuse at apex; disc 8-1 0-lobed,
TAXONOMIC TREATMENT 35<br />
F 1<br />
L~~~~~~~~~~~L<br />
:4~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~z<br />
2E.<br />
2 2mm.<br />
Fig. 27. <strong>Melicoccus</strong> oliviformis subsp. oliviformis. A. flowering branch. B. staminate flower. C. i.s. staminate<br />
flower showing disc, pistillode, <strong>and</strong> stamens. D. flower with perianth removed showing disc <strong>and</strong> stamens. E. adaxial<br />
<strong>and</strong> lateral views of petal with marginal projections. F. stamen. G. pistillode. (All from Dug<strong>and</strong> & Jaramillo 4120).
36 FLORA NEOTROPICA<br />
glabrous, orpuberulent, 0.7-0.8 mm tall. Fruits brown- of Playa del Carmen, decidous forest, 28 May 1994 (fr),<br />
ish-yellow, nearly smooth, densely ferruginous-seri- Duran et al. 2133 (CICY); Ciudad Vallarta, 17 km E<br />
ceous. Seed with sweet, orange or yellow sarcotesta. Puerto Morelos, 8 May 1983 (fl), Cabrera & de Cabrera<br />
4652 (MO); 4 km W of Playa del Carmen, 21 Jun 1984<br />
Phenology. Flowering from January to July, <strong>and</strong> (fr), Cabrera & de Cabrera 6446 (MO). Veracruz:<br />
fruiting from March to September.<br />
Cascada de Texolo, 1000 m, 7 Mar 1977 (fr), Calzada<br />
3206 (F). Yucatin: Becanchen, on road from Tekax to<br />
Distribution <strong>and</strong> Ecology. (Fig. 29) <strong>Melicoccus</strong> Peto, 16 Jan 1956 (st), Enriquez 356 (US); without speoliviformis<br />
ssp. oliviformis is found in lowl<strong>and</strong>s of cific locality, 1917-1921 (fl), Gaumer 24137 (MO, NY),<br />
southern Mexico, Belize, Guatemala, Honduras, El 1917-1921(fl), Gaumer 24189 (MO, US).<br />
Salvador, Colombia, Venezuela, <strong>and</strong> Peru. However, it GUATEMALA. Petkn: La Libertad & vicinity, 11 Mar<br />
seems to be native only to Colombia <strong>and</strong> Venezuela, 1934 (fl), Aguilar 373 (K, NY); Remate, 31 Mar 1960<br />
where it has been collected in seemingly natural habi- (fl), Contreras 767 (NY, US); Macanche, 27 May 1966<br />
(fr), Contreras 5876<br />
tat. In the southern portions of the Yucatan Peninsula,<br />
(F, US); Melchor de Mencos road,<br />
250 m, 19 Mar 1965 (fl), Tun Ortiz 90 (NY, US); Santa<br />
it has been collected in seemingly natural habitats or in<br />
Elena, 14 Mar 1970 (fl), Tun Ortiz 761 (F, NY, US).<br />
late secondary forest, indicating that the species is pos-<br />
BELIZE. Corozal District: 1931-1932 (fl), Gentle<br />
sibly native there too. However, the Maya Indians who 402 (F, US). Orange Walk District: Indian Church,<br />
have occupied the peninsula for many centuries may Mayan ruin, 17 May 1976 (fr), Arnason & Lambert<br />
have introduced the species there due to its edible fruits. 17065 (MO); Honey Camp, Oct 1929 (fl), Lundell 558<br />
The species is known as huayum or wuayum in Mayan (NY, US); 22 Oct 1929 (st), Lundell 638 (MO, NY, US);<br />
language <strong>and</strong> is very likely the source of origin for the Jun 1931 (fl), Meyer 185 (K).<br />
Spanish word guaya or huaya. The species has been HONDURAS. Comayagua: Humuya river, 23 Apr<br />
collected in the state ofYucatan, Mexico but only from<br />
cultivated individuals <strong>and</strong> early secondary habitats. It<br />
is known to occur in dry scrubl<strong>and</strong> <strong>and</strong> forest on s<strong>and</strong>y<br />
soils, forest on limestone substrate, riparian forest on<br />
clayish soil, dry tropical forest, disturbed moist forest,<br />
savanna, <strong>and</strong> primary forest on clayish-s<strong>and</strong>y soils. This<br />
1956 (fr), Molina 6774 (F, US). Francisco Morazin:<br />
Yeguare river, 17 Mar 1951 (fl), Molina 3936 (MO, US);<br />
vic. of El Zamorano, 17 Mar 1951 (fl), Morton 7090 (US).<br />
EL SALVADOR. AhuachapAn: Vic. Ahuachapan,<br />
700-1100 m, 6 Jan 1947 (st), St<strong>and</strong>ley & Padilla 2467<br />
(MO); 800-1000 m, 2-27 Jan 1922 (st), St<strong>and</strong>ley 19712<br />
(MO, NY, US).<br />
subspecies is widely cultivated in urban areas <strong>and</strong> around PUERTO RICO: San Juan. Jardin Botanico UPR,<br />
homesteads throughout the Neotropics.<br />
cultivated, 1 Feb 1985 (st), Liogier 35365 (NY), 13 May<br />
Common names <strong>and</strong> uses. Mexico: Guaya, huaya,<br />
1985 (yfr), Liogier 35626 (NY).<br />
WINDWARD ISLANDS. St. Vincent: Botanical<br />
guaya pais, huayuim, wuayum. Belize: guaya, kinap. Garden, cultivated, 21 Apr 1892 (fl), Powell 72 (K).<br />
Guatemala: guaya. El Salvador: tapaljocote. Trinidad: COLOMBIA. Atlintico: Vic. Juan de Acosta, 3 Feb<br />
yellow chenip. Colombia: mamon cutupli, juria, 1963 (fl), Dug<strong>and</strong> 6190 (COL, NY, US); Along road to<br />
cotopris, mamon de Maria, mamon de mico, mamoncillo<br />
de monte, catapu, cutupli, cutuplis, mamon<br />
cotopri. Venezuela: cotoperi, cota prisa; cotopriz.<br />
Puerto Colombia, 4-6 Dec 1963 (st), Dug<strong>and</strong> 6570 (US),<br />
(st), Dug<strong>and</strong> 6572 (US); Lena C<strong>and</strong>elaria, 30-50 m, 1 Jan 1941 (fl), Dug<strong>and</strong> & Jaramillo 2782 (US); Los<br />
Pendales, Hac. Riodulce, 20-50 m, 21-26 Jan 1946 (fl),<br />
Representative specimens examined. MEXICO. Dug<strong>and</strong> & Jaramillo 4120 (COL-2, US); Without spe-<br />
Campeche: Sucopo, 25 Mar 1956 (fl), Enriquez 514 cific locality, 30-40 m, 10 Mar 1933 (fl), Dug<strong>and</strong> &<br />
(US); Izamal, without date (fl), Gaumer 406 (MO, NY- St<strong>and</strong>ley 375 (US); Barranquilla, Jan 1937 (fl), Elias 1508<br />
2, US); Chichankanab, without date (fl), Gaumer 1749 (US); Puerto Guiraldo, 5-10 m, 29 Apr 1960 (st), Mora<br />
(MO, US); Kancabconot, Feb 1917 (fl), Gaumer et al. 1450 (COL). Antioquia: Mun. Turbo, Lomas Aisladas,<br />
23577 (MO, NY, US); Chichankanab Lake, Apr 1917 50 m, 8 Feb 1985 (fr), Renteria et al. 3600 (JAUM).<br />
(fl), Gaumer et al. 23635 (MO, NY, US); Conhuas, 23 Bolivar: Mun. San Juan Nepomuceno, National Sanctu-<br />
Feb 1932 (fl), Lundell 1376 (US); Terrenos Brason, vic. ary Los Colorados, 230-250 m, 13 Jan 1988 (st), Gentry<br />
of Escarcega, 60 m, 14 Mar 1968 (fl), Pennington et al. et al. 60659 (MO), Gentry et al. 60665 (MO); Vic. Carmen<br />
9553 (K, NY). Chiapas: Tuxtla Gutierrez, 9 Mar 1904 de Bolivar, 19 Jan 1963 (st), Romero C. 10009 (COL).<br />
(fl), Goldman 747 (US); San Fern<strong>and</strong>o, near Tuxtla Cesar: Manaure-La Paz road, 4 km from La Paz, 200 m,<br />
Gutierrez, 11 May 1966 (fr), Laughlin 911 (F); Tuxtla, 6 May 1984 (fl), Forero et al. 9976 (COL). La Guajira:<br />
cultivated, 27 Jan 1952 (fl), Mir<strong>and</strong>a 7341 (US). Plains SE of Riohacha by road to Maicao, 10 m, 30 Jan<br />
Oaxaca: Chapingo, Campo Experimental Forestal "El 1964 (fl), Dug<strong>and</strong> 6651 (COL, US); Vic. Villanueva, 30<br />
Tormento", 80 m, 2 Dec 1967 (st), Pennington & Jan 1965 (fl), Ferreyra 1 (COL); Manure, 5 km W of<br />
Sarukhdn 9386 (K, NY). Quintana Roo: Isla Cozumel, Manure, 440-460 m, 13 Jan 1988 (fl), Gentry et al. 60709<br />
1 km NW of Faro de la Punta Celarain, 4 Jun 1986 (fr), (MO); Maicao, Correg. Albania, Campamento Tabaco-<br />
Cabrera & de Cabrera 11437 (MO); Calica, 7.5 km S Los Remedios, Fca. Los Laureles, 200 m, 4 May 1988
TAXONOMIC TREATMENT 37<br />
(fl), Roldan et al. 1003 (HUA, US); Road between Alba- ern Watershed Reserve, 21 Mar 1924 (fl), Broadway<br />
nia <strong>and</strong> Rancheria river, 120 m, 30 Apr 1988 (fl), Rolddn 5237 (F), 15 May 1931 (fl), Russell 12552 (K).<br />
et al. 945 (HUA); Aremasain, 25 K from Haucha river, ECUADOR. Sucumbios: Lago Agrio. Reserva<br />
near Rancheria river, 7 Feb 1963 (st), Saravia 2210 (US); Faunistica Cuyabeno, Laguna Imuya, 230 m, 3 Oct 1991<br />
Between Barrancas & Annerutau, 7 Mar 1962 (fl), Saravia (fr), Palacios et al. 8059 (NY).<br />
2447 (COL); Serrania La Macuira, Bosque de Nahi, 500- PERU. Loreto: Prov. Maynas. Alpahuayo. Estaci6n<br />
1700 m, 11 Apr 1964 (fl), Saravia & Saravia 3547 (US). Experimental del IIAP, 150-180 m, Nov 1990 (st),<br />
Magdalena: Along road to Fundacion, 10 Mar 1957 (fl), Vdsquez & Jaramillo 14935 (MO), Nov 1990 (st),<br />
Fern<strong>and</strong>ez P. 5283 (COL); Cienaga, 17 Mar 1957 (fr),<br />
Fern<strong>and</strong>ez P. 5319 (COL); Neguanje. Parque Natural<br />
Nacional Tayrona, 100 m, 12 Jun 1993 (st), Gentry &<br />
Vdsquez & Jaramillo 15000 (MO).<br />
Ortiz 79889a (US); Papayal, 150 m, 23 Feb 1944 (fl), 4b. MELICOCCUS OLIVIFORMIS Kunth subsp.<br />
Haught 4012 (K, NY, US); Vic. of Barrancas, 200 m, 12 INTERMEDIUS (Radlkofer) Acevedo-Rodriguez,<br />
Mar 1944 (fl), Haught 4035 (US); Neguanje. Parque<br />
Natural Nacional Tayrona, 14 Sep 1976 (fr), Lozano &<br />
Schnetter 2825 (COL, NY); North side of Sierra Nevada,<br />
1 Feb 1948 (fl), Romero C. 670 (COL, US); North side of<br />
Sierra de Santa Marta, nevado de Santo Martes, 1 Feb<br />
1949 (fl), Romero C. 711 (US); Santa Marta, 76 m, Dec<br />
1898-1901 (fl), Smith 784 (MO, NY, US), Dec 1898-<br />
1901 (fl), Smith 785 (MO, NY, US). Sucre: Coloso, Primate<br />
station, 300 m, 25 Oct 1989 (st), Gentry & Cuadros<br />
68178 (US).<br />
comb. nov. <strong>Talisia</strong> intermedia Radlkofer in Martius,<br />
Fl. Bras. 13(3): 536. 1900. Type. Brazil. Minas<br />
Gerais: Serra de Caraca, Sep 1884 (fl), Glaziou<br />
15447 (lectotype, C, here designated; isolectotypes,<br />
K, P, B-destroyed, photo of B (F neg. 5675) at NY;<br />
frag. at M). Syntypes. Brazil. Minas Gerais or<br />
Espirito Santo: 1829, Wied-Neuwied s.n. (M); Venezuela.<br />
without specific locality or date (st), Boos 20<br />
(G, n.v., W). Figs. Ic, 12c, 13b&d, 28a-g<br />
VENEZUELA. Amazonas: Atabapo. Ocamo river,<br />
vic. of raudal Arata, 270 m, Jan 1990 (fl), Fern<strong>and</strong>ez 6586<br />
(NY). Anzoategui: Km 227 on Caracas-Barcelona hwy.,<br />
16 km E of Boca de Uchire, 4 Jul 1975 (st), Gentry &<br />
Leaflets 4, 5-13.5 x 2-4.7 cm, elliptic, ovate or<br />
obovate, coriaceous, secondary veins straight or slightly<br />
arching toward the margin, tertiary veins inconspicu-<br />
Berry 14829 (MO); Boca de El Tigre, 21 Mar 1940 (fl), ous; petiolules 4-12 mm long, puberulent, glabrescent,<br />
Pittier 14298 (US); Cantaura, 15 Mar 1949 (fl), Smith 63 adaxially furrowed; rachis bicanaliculate along adaxial<br />
(US). Aragua: Limon, El Sombrero, 3 Feb 1935 (fl), surface, puberulent, glabrescent; petioles slightly flat-<br />
Archer 3013 (US); Colonia Tovar, 1856-1857 (fr),<br />
Fendler 2477 (K); La Trinidad de Maracay, 440 m, Jan-<br />
Feb 1913 (fl), Pittier 5806 (US); Lim6n, 550 m, Feb 1948<br />
(fl), Pittier 15727 (US); Lim6n, 450 m, 25 Mar 1938<br />
(fl), Williams 9977 (US); San Francisco, Villa de Cura,<br />
500 m, 27 Jan 1940 (fl), Williams 12343 (K, US-2).<br />
Carabobo: Valencia, cultivated, Feb 1920 (fl), Pittier<br />
8775 (NY, US). Cojedes: Guari, Tamanaco river, 6 Mar<br />
tened along adaxial surface. Thyrses panicle-shaped;<br />
axes sometimes sulcate, ferruginous- tomentose or<br />
tomentulose; bracts subulate or lanceolate, with same<br />
indumentum as the axis; pedicels ca. 0.1 mm long.<br />
Sepals ovate, obtuse at apex; disc cup-shaped, 5-lobed,<br />
tomentulose, ca. 0.5 mm tall. Fruits ellipsoid to ovoid,<br />
green at maturity, ferruginous or grayish sericeous. Seed<br />
1947 (fl), Curran 704 (NY). Distrito Federal: Los with sour, white sarcotesta.<br />
Cavacas, toward aqueduct, Feb 1959 (fl), Aristeguieta<br />
3825 (NY, US); Cabo Blanco, Curucuti, 7 Apr 1922 (fl),<br />
Pittier 10276 (US); Vargas, E of Osma, 50 m, 11 Mar<br />
Phenology. Flower in January, March, September,<br />
<strong>and</strong> October, <strong>and</strong> fruits in April, March <strong>and</strong> September.<br />
1973 (fl), Steyermark et al. 106882 (F, US). Falc6n:<br />
Talquarto, 6 Apr 1917 (fl), Curran & Haman 723 (K,<br />
NY, US). Guirico: San Juan de los Morros, 550 m, without<br />
date (fr), Cardona 2126 (US). Lara: 20 km W of<br />
Carora toward Maracaibo, 20 Jun 1975 (st), Gentry &<br />
Distribution <strong>and</strong> Ecology. (Fig. 29) Lowl<strong>and</strong>s of<br />
Venezuela, Guyana, <strong>and</strong> Brazil, in xerophytic areas,<br />
dense forest, gallery forest, shrubby savanna, forest<br />
margins, savanna, <strong>and</strong> forested slopes.<br />
Puig R. 14246 (MO); San Pablo, Barquisimeto-Carora Common names. Guyana: Tacho, wild genip. Braroad,<br />
1 Sep 1964 (yfr), Trujillo 6840 (F). Mir<strong>and</strong>a: 12 zil: pitomba amarela,pitomba, pitombeira. Venezuela:<br />
km E Cupira, 100 m, 4 Mar 1980 (fl), Liesner & Gonzalez<br />
mamon cutuplis, cotopalo.<br />
9151 (MO, NY). Nueva Esparta: Isla Margarita, 4 Jul<br />
1903 (fl), Johnston 299 (US). Zulia: Isla de San Carlos, Representative specimens examined. VENE-<br />
Sabaneta de Montiel, 8 May 1917 (fl, fr), Curran & ZUELA. Distrito Federal: Topo-Tacagua, Jan 1953 (fl),<br />
Haman 781 (NY, US-2); Santa Rosa, San Carlos del Zulia, Tamayo 33961 (VEN). Falc6n: Silva, Cerro Chichiriviche,<br />
2 May 1968 (fl), L6pez P. 1913 (MO, NY); Mara, along 20-200 m, 6 Sep 1974 (st), Steyermark & Manara<br />
road, 5-8 km S of Corpozulia, 50-90 m, 31 May 1980 110938 (MO, NY).<br />
(fl), Steyermark et al. 122991 (MO, NY).<br />
GUYANA. Upper Takutu/ Upper Essequibo:<br />
TRINIDAD. Botanic Gardens, cultivated, 5 Aug Karasabai, 100-110 m, 9 Mar 1990 (fl), Acevedo R. et al.<br />
1928 (yfr), Broadway s.n. (F, MO); cultivated, South- 3512 (CAY, NY, US), 9 Mar 1990 (fr), Acevedo R. et al.
38 FLORA NEOTROPICA<br />
'
TAXONOMIC TREATMENT 39<br />
I 9OWI WWL . v 6I 50W1 40wI 4owl<br />
4<br />
-v+ v~ 1sd 4 / w; ,~S~ '4<br />
* <strong>Melicoccus</strong> espiritosantensis - t) j '1 '<br />
,. itK> X,'S r\X i<br />
0<br />
* <strong>Melicoccus</strong> pedicellaris \ ., . ,; Y<br />
A <strong>Melicoccus</strong> petiolulata S ,20S ~ $<br />
+ <strong>Melicoccus</strong> olivaeformis ssp. olivaeformis A . ..<br />
v <strong>Melicoccus</strong> olivaeformis ssp. intermedia J $ E..<br />
3515 (CAY, NY, US); Rupununi Savanna, Mt. Shiriri, 200-<br />
400 m, 2 Mar 1985 (fl), Jansen-Jacobs et al. 536 (CAY,<br />
F, MG, NY, US), 2 Mar 1985 (fr), Jansen-Jacobs et al.<br />
537 (CAY, F, MG, NY, US); Shea Village, 24 Sep 1997<br />
(fl), Jansen-Jacobs et al. 5596 (CAY, NY, US); Kanuku<br />
Mts. drainage of Moku-Moku creek, 150-400 m, 31 Mar-<br />
16 Apr 1938 (fr), Smith 3504 (F, IAN, MO, NY, P, US).<br />
BRAZIL. Amazonas: Rio Branco, Porto Alegre, 23<br />
Mar 1948 (fr), Froes 23108 (IAN, US). Espirito Santo:<br />
Mun. Linhares. Reserva Florestal da CVRD, 29 Sep 1972<br />
(fl), Lino 105 (RB); Linhares, 50 m, 31 Oct 1983 (fr),<br />
Martinelli & Soderstrom 9751 (RB, US); Estasco Farinha<br />
Seca, 21 Oct 1982 (fl), Silva 355 (NY, US). Minas<br />
Gerais: Faz. Ibituruna Figueira, Rio Doce, 3 Sep 1930,<br />
(fl, fr), Kuhlmann 294 (INPA, RB, US). Rio de Janeiro:<br />
Rio de Janeiro. Horto da Florestal, [cultivated?] 1929<br />
(fr), Anonymous 572 (RB).<br />
5. MELICOCCUS ANTIOQUENSIS Acevedo-<br />
Rodriguez, sp. nov.<br />
Fig. 29. Distribution of species of <strong>Melicoccus</strong> (in part).<br />
Type. Colombia. Antioquia: Mun. San Luis, Canion<br />
del Rio Claro, northern sector, 325 m, 5?53'N,<br />
74?39'W, 2 Apr 1984 (fr), Cogollo, A. 1568 (holotype,<br />
JAUM; isotype, HUA). Fig. 30a-f<br />
A M. novogranatensi Acevedo-Rodriguez caulibus<br />
et foliolis fuifraceis, foliolis abrupte acuminatis differt.<br />
Tree 12-26 m tall. Young stems ferruginous-furfuraceous,<br />
slightly angled, becoming terete <strong>and</strong> lenticellate<br />
with age. Leaves paripinnate; distal process filiform, ca.<br />
7 mm long, early deciduous leaving a truncate base 2-3<br />
mm long; leaflets 4, opposite or the lower pair alternate,<br />
9.5-23.5 x 3.2-7.5 cm, oblong, elliptic, to nearly oblanceolate,<br />
subcoriaceous, the adaxial surface glabrous,<br />
slightly shiny or dull, with sunken or prominulous<br />
midvein, the abaxial surface ferruginous-furfuraceous,<br />
sparsely papillate, with prominent primary <strong>and</strong> secondary<br />
veins, the venation brochidodromus, secondary veins<br />
alternate or subopposite, arching toward the margin, tertiary<br />
veins finely reticulate, inconspicuous, the margins
40 FLORA NEOTROPICA<br />
N ~ ~ ~ ~ ~ ~ ~ ~ ~ "<br />
E ~~~~(1 ]imm ~~~~2mm<br />
Fig. 30. <strong>Melicoccus</strong> antioquensis. A. flowering branch. B. detail of inflorescence. C. flower with subtending<br />
bracteoles <strong>and</strong> bract. D. immature staminate flower with perianth removed, showing disc <strong>and</strong> stamens (left) <strong>and</strong><br />
same showing pistillode. E. adaxial <strong>and</strong> abaxial views of petal, with reduced marginal projections. F. immature<br />
stamens lateral <strong>and</strong> ventral views. (All from Cogollo 974).
TAXONOMIC TREATMENT 41<br />
entire, the apex abruptly acuminate, the base slightly mary humid forest, 260 m, 05 1'S, 76?15'W, 25-30<br />
asymmetrical, one side attenuate the other obtuse; peti- Mar 1994 (fr), Dik 1179 (holotype, US; isotype, MO).<br />
olules nearly cylindrical, enlarged, wrinkled when dry,<br />
Fig. 3 1a-c<br />
6-10 mm long, ferruginous firfuraceous; rachis 3-7 cm<br />
A M. antioquensi Acevedo-Rodriguez caulibus et<br />
long, terete, striolate, ferruginous-furfuraceous to foliolis glabris, foliolis apice obtusis differt.<br />
tomentulose; petioles 5-12 cm long, with same indumentum<br />
as rachis, striate or less often lenticellate, adaxially<br />
Tree 12-30 m tall; trunk reaching 70 cm in diam.;<br />
flattened, enlarged at base. Inflorescence a fasciculate<br />
bark dark brown with numerous lenticels. Stems glapanicle,<br />
axillary or ramiflorous;<br />
brous,<br />
cataphylls acicular, furfuslightly<br />
angled, lenticellate. Leaves paripinnate;<br />
raceous, 3-7 mm long,<br />
distal process<br />
clustered at base of inflorescence;<br />
filiform, 5-10 mm long, early deciduous;<br />
leaflets 2 or4, opposite,<br />
axes<br />
7-23.5 (35) x<br />
1.5-7 cm<br />
3-10.5 (12)<br />
long, angled, ferruginous-tomentulose;<br />
cm, elliptic to oblanceolate, subcoriaceous, glabrous on<br />
bracts lanceolate, persistent, 1.5-1.8 mm long, with same<br />
both surfaces, the venation brochidodromus, slightly<br />
indumentum as the axis, bracteoles oblong-elliptic, ca. 1<br />
sunken or plane on adaxial surface, prominent on abaxial<br />
mm long, with same indumentum as the axis; dichasia<br />
surface, secondary veins alternate or subopposite, archreduced<br />
to a single flower subtended by a bract <strong>and</strong> two<br />
ing toward the margin, sometimes bifurcating, tertiary<br />
bracteoles; pedicels ca. 0.5 mm long, articulate at base.<br />
veins finely reticulate, the margins entire, undulate, the<br />
Calyx ca. 1.5 mm long, ferruginous-tomentulose, adaxiapex<br />
obtuse, the base slightly asymmetrical, one side<br />
ally puberulous, the sepals ovate-lanceolate, free to the<br />
attenuate the other obtuse; petiolules nearly cylindrical,<br />
base, obtuse at apex; petals lanceolate, ca. 1.5 mm long,<br />
enlarged, wrinkled when dry, 6-10 mm long, glabrous<br />
sparsely woolly on both surface, densely so on adaxial or puberulent; rachis 3-7 cm long, terete, striolate, glalowerportion,<br />
the apex obtuse, the base obtuse-cuneate; brous or puberulent; petioles 2.7-7 cm long, glabrous<br />
appendages wanting; disc annular, 5-lobed, glabrous, ca. or puberulent, striate, lenticellate, adaxially flattened,<br />
0.2 mm tall; stamens 8, the filaments woolly, apparently <strong>and</strong> enlarged at base. Inflorescence a fasciculate panicle,<br />
equal in length, the anthers lanceolate, 0.8 mm long, gla- axillary, ramiflorous or terminal; cataphylls lanceolate,<br />
brous, apiculate at apex; pistillode woolly. Fruits glo- furfuraceous, ca. 4 mm long, clustered at base of inflobose-ellipsoid,<br />
yellow, smooth, ferruginous-sericeous, rescence; axes 2.5-4 cm long, angled, ferruginous-fur-<br />
2-2.2 cm, apiculate at apex, the pericarp crustose, ca. furaceous to tomentulose; bracts ovate, persistent, 2-3<br />
0.6 mm thick, the endocarp granulate, glabrous. Seed mm long, with same indumentum as the axis, bracteglobose-ellipsoid,<br />
ca. 1.5 cm long, with tasty, yellow oles linear or elliptic, ca. 1 mm long, with same indusarcotesta.<br />
Embryo with erect cotyledons of similar size. mentum as the axis; dichasia reduced to a single flower<br />
<strong>Melicoccus</strong> antioquensis seems to be closely related subtended by a bract <strong>and</strong> two bracteoles; peduncle ca.<br />
to M. novogranatensis because they share numerous 0.5 mm long; pedicels ca. 0.5 mm long, articulate at<br />
morphological features. <strong>Melicoccus</strong> antioquensis dif- base. Calyx 1.5-1.7 mm long, ferruginous- tomentulose,<br />
fers from the latter by the ferruginous furfuraceous adaxially puberulous, the sepals free to the base, ovate,<br />
stems <strong>and</strong> abaxial surface of leaflets (vs. glabrous), <strong>and</strong> obtuse at apex; petals subulate, 1-1.2 mm long, puberuthe<br />
leaflets with abruptly acuminate apex (vs. obtuse). lent except for the ciliate margins <strong>and</strong> the adaxial thick-<br />
The specific epithet refers to the Colombian Depart- ened lower portion, the apex acute, the base truncatement<br />
where the type was collected.<br />
cuneate; appendages wanting; disc annular, unlobed,<br />
glabrous, ca. 0.2 mm tall; stamens 8, the filaments gla-<br />
Phenology. Collected in flower during November<br />
brous to sparsely woolly, apparently of same length,<br />
<strong>and</strong> in fruit during April.<br />
the anthers ovate, ca. 0.6 mm long, glabrous, apiculate;<br />
Distribution <strong>and</strong> Ecology. (Fig. 36) Known only pistillode woolly. Fruits ovoid, yellow (bluish when<br />
from the type locality.<br />
immature fide Romoleroux), smooth, ferruginous-sericeous,<br />
2.2-3 cm, apiculate, the pericarp crustose, ca.<br />
Representative specimens examined. COLOMBIA.<br />
0.6 mm thick, the endocarp smooth, glabrous. Seed<br />
Antioquia: Mun. San Luis, Canion del Rio Claro, NW<br />
sector, 340-425 m, 30 Nov 1983 (fl), Cogollo 974<br />
ovoid, ca. 2 cm long, with cream sarcotesta. Embryo<br />
(JAUM, HUA).<br />
with erect cotyledons of equal size.<br />
<strong>Melicoccus</strong> novogranatensis is morphologically<br />
similar to M. antioquensis <strong>and</strong> M. oliviformis. It can be<br />
6. MELICOCCUS NOVOGRANATENSIS distinguished from M. antioquensis by the glabrous<br />
Acevedo-Rodriguez, sp. nov.<br />
stems <strong>and</strong> leaflets (vs. ferruginous-furfiuraceous), <strong>and</strong><br />
from M oliviformis by the single-flowered dichasia (vs.<br />
Type. Ecuador. Napo: Cant6n Aguarico. Huaorani dichasia simple or compound), calyx 1.5-1.7 mm long<br />
Ethnic Reserve, Maxus Oil Pipe road, km 86-89, pri- (vs. 2-2.7 mm), <strong>and</strong> by its subulate petals with entire
42 FLORA NEOTROPICA<br />
Fig. 31. <strong>Melicoccus</strong> novogranatensis. A. portion of branch with leaf. B. fruiting branch. C. embryo. (A from<br />
(Romoleroux 3068; B-C from Romero C. 4153).<br />
margins (vs. petals rhombate with appendage-like mar-<br />
gins). The specific epithet refers to the colonial name<br />
where the species occurs.<br />
Phenology. Collected in flower in July <strong>and</strong> Novem-<br />
ber <strong>and</strong> in fruit during January, April, October, <strong>and</strong><br />
November.<br />
Distribution <strong>and</strong> Ecology. (Fig. 36) Known from<br />
Colombia <strong>and</strong> Ecuador in terra firme forest on loamish<br />
soil, humid primary forest, <strong>and</strong> primary moist forest.<br />
Representative specimens examined. COLOMBIA.<br />
CaquetA: Along Caqueta river, upstream from mouth<br />
of Caguan river, 29 Apr 1953 (fr), Romero C. 4153<br />
(COL). Meta: Sierra La Macarena, in front of Isla Gr<strong>and</strong>e,<br />
460 m, 15 Nov 1975 (fr), Idrobo 8497 (COL). Tolima:<br />
Mariquita, 250 m, Renteria et al. 5410 (HUA).<br />
ECUADOR. Napo: Orellana, Yasuni, Estaci6n<br />
Cientifica Yasuni, Tiputini river, NE of confluence with<br />
Tivacuno river, km 20, 250 m, 28-30 Jul 1993 (st),<br />
Aulestia & Grefa 167 (MO, US), 28-30 Jul 1993 (fl),<br />
Aulestia & Grefa 192 (QCNE, MO, US), km 53-60, 230<br />
m, 6 Oct 1993 (fr), Dik 721 (QCNE, MO, US), km 44<br />
along Maxus road, 200-300 m, 22 Jan 1998 (fr),<br />
Romoleroux et al. 3068 (QCA, US).
TAXONOMIC TREATMENT 43<br />
2 mm.G ~ J \ ~ i<br />
Fig. 32. <strong>Melicoccus</strong> aymardii. A. flowering branch with detail of abaxial leaf surface. B. staminate flower with<br />
filaments not yet exp<strong>and</strong>ed. C. mature staminate flower. D. staminate flower with perianth removed showing disc<br />
<strong>and</strong> stamens. E. l.s. staminate flower showing pistillode <strong>and</strong> stamens. F. abaxial <strong>and</strong> adaxial views of petal with<br />
marginal projections. G. stamens. ( All from Aymard & Ortega 2521).<br />
7. MELICOCCUS AYMARDII Acevedo-<br />
Rodriguez, sp. nov.<br />
Type. Venezuela. Portuguesa: Dtto. Araure, 5 km<br />
NE of Agua Blanca, 25 km NW of Acarigua,<br />
afloramientos calc'areos, 250 m, 9041'N, 69004'W, 5<br />
May 1984 (fl), G. Aymard & F Ortega 2521 (holo-<br />
type, US; isotype, PORT, n.v.). Fig. 32a-g<br />
A <strong>Melicoccus</strong> espiritosantensis Acevedo-Rodriguez<br />
inflorescentia racemosis, filamentis pilosis differt.<br />
Tree 5 m tall. Stems terete, lenticellate, puberulent,<br />
dark grey. Leaves paripinnate; distal process minute,<br />
inconspicuous; leaflets 2-4, opposite, 4-9 x 1.4-2.3<br />
cm, elliptic or lanceolate, chartaceous, glabrous, dull,<br />
venation brochidodromus, tertiary veins finely reticulate,<br />
inconspicuous except for the adaxially sunken,
44 FLORA NEOTROPICA<br />
abaxially prominent midvein, the margins entire or obtuse, rounded, less often acute or mucronulate, the base<br />
slightly undulate, the apex acute or less often obtuse, inequilateral, one side obtuse or truncate the other acute<br />
the base obtuse sometimes asymmetrical; petiolules 2- or cuneate; petiolules less than 1 mm long, drying dark<br />
6 mm long, glabrous to pubescent, nearly cylindrical, brown; petioles 1-3 cm long, glabrous, flattened, cuneate,<br />
adaxially furrowed, wrinkled when dry; rachis 1-1.5 cm or less often distally winged, narrowing toward the base.<br />
long, tnrllate, puberulent, dull, grayish; petioles 1.2-3 cm Inflorescence a terminal simple or basally branched<br />
long, nearly terete, striolate, the base slightly enlarged <strong>and</strong> raceme, 2-4.8 cm long, the axes glabrous, with a few<br />
flattened along adaxial surface. Inflorescence of scattered papillae; cataphylls broadly ovate, 1-1.5 mm<br />
racemes, fasciculate on distal portion ofbranch, 2-7.5 cm long; bract triangular or subulate, 0.5-1 mm long, ciliate<br />
long; cataphylls wanting; axes angled, sparsely ferrugi- at margins; pedicels 3-4 mm long, not articulate. Flownous-tomentulose;<br />
bracts ovat'e-deltate, persistent, 0.6 ers fragrant; calyx 4(-5)-merous, the sepals in 2 unequal<br />
mm long, with same indumentum as the axis; pedicels pairs, 1.5-2 mm long, greenish, connate at base, ovate,<br />
2.5-3 mm long, tomentulose, not articulate, with a pair concave, glabrous, ciliate at margins; petals 4(-5),<br />
of opposite or alternate bracteoles, ca. 0.5 mm long. Calyx whitish to yellowish, obovate, 2.5-4 mm long, concave,<br />
2-2.5 mm long, tomentulose, the sepals free to the base, rounded at apex, woolly-pubescent along margins, with<br />
lanceolate-deltate; petals narrowly rhombate, ca. 2.2 mm a pair ofminute (1-1.5 mm long), linear, woolly-pubeslong,<br />
whitish woolly-pubescent along margins; append- cent appendages; disc 4-lobed, swollen, glabrous, brownages<br />
of two minute, suprabasal-marginal projections, ish; stamens 8, spreading, the filaments of unequal<br />
densely whitish woolly-pubescent; disc annular, gla- lengths, glabrous, 3.5-6 mm long in male flowers, <strong>and</strong><br />
brous, ca. 0.5 mm tall; stamens 7-9, spreading, the fila- ca. 1 mm long in female flowers, the anthers elliptic, ca.<br />
ments subulate, pilose to woolly on the lower ?2, of un- 0.5 mm long, retuse at apex; ovary glabrous, ovoid, the<br />
equal lengths, 1.5-2 mm long, the anthers ovate-deltate, style 1.5-2 mm long, the stigmas bilobed, papillate. Fruit<br />
ca. 0.5 mm long, glabrous, apiculate at apex. Pistillate ellipsoid, light yellow, 2.5-3.3 cm long, the pericarp<br />
flowers <strong>and</strong> fruits unknown.<br />
coriaceous, ca. 1 mm thick, the endocarp woolly-pubes-<br />
Melicocus aymardii seems to be closely related to cent. Seeds solitary, 1-1.8 cm long, with a yellowish,<br />
M. espiritosantensis. However, M. aymardii differs fleshy, edible fleshy testa. Embryo with erect, or siightly<br />
from M. espiritosantensis by: racemose inflorescences curved, similar-sized cotyledons.<br />
(vs. paniculate); dichasia reduced to a single flower (vs. The specific epithet refers to the petals bearing<br />
dichasia simple); petals with shallow appendage-like "scales" or appendages.<br />
margins (vs. petals with margins deeply cleft); <strong>and</strong> pilose<br />
filaments (vs. glabrous). The specific epithet hon-<br />
Phenology. Flowers in September <strong>and</strong> October, <strong>and</strong><br />
ors Gerardo Aymard (PORT), collector of the type <strong>and</strong><br />
fruits from October to January.<br />
eminent Venezuelan botanist.<br />
Distribution <strong>and</strong> Ecology. (Fig. 36) Bolivia (Santa<br />
Phenology. Collected in flower in May.<br />
Cruz), Brazil (Mato Grosso do Sul), Paraguay <strong>and</strong><br />
northem Argentina. Along gallery <strong>and</strong> flooded forests,<br />
Distribution <strong>and</strong> Ecology. (Fig. 36) Known only <strong>and</strong> shrubby savanna on s<strong>and</strong>y <strong>and</strong> clayish soils. Culfrom<br />
the type collection.<br />
tivated for its fruit <strong>and</strong> as a timber species.<br />
8. MELICOCCUS LEPIDOPETALUS Radlkofer, [as<br />
Common names <strong>and</strong> uses: Bolivia: Motoyoe;<br />
Paraguay: Yvapovo, Papamundo.<br />
Melicocca lepidopetala] Sitzungsber. Math.-Phys. Representative specimens examined. BRAZIL.<br />
Cl. K6nigl. BayerAkad. Wiss. Miinchen 8: 344. 1878. Mato Grosso: Faz. Mir<strong>and</strong>a, vic. of Aquidauana river,<br />
Type. Bolivia. Santa Cruz: Chiquitos, d'Orbigny 818<br />
(holotype, G, photo at US). Fig. 33a-f<br />
Dioecious tree 6-20 m tall; bark dark brown, in small<br />
18 Sep 1980 (fr), M. Pires & Furtado 17165 (MG).<br />
BOLIVIA. Santa Cruz: Prov. Andres Ibaniez, 12 km<br />
E of Santa Cruz on rd. to Cotoca, 375 m, 12 Aug 1987<br />
(fl), Nee 35630 (US), 7 km SE of Naranjillos, 480 m,<br />
plates; trunk reaching to 1 m in diam. Stems glabrous, 30 Sep 1990 (fl), Nee 38948 (US).<br />
angled. Leaves paripinnate; distal process early decidu- PARAGUAY. Without specific locality. Without date<br />
ous, rarely developing into a terminal leaflet; leaflets 2, (fl), Hassler 7244 (US). Central: Jardin Botanico &<br />
opposite, strongly asymmetrical, one half ofblade ellip-<br />
Zool6gico, Trinidad, Asunci6n, natural reserve, Oct-<br />
Nov 1991 (fr), Blas P. 1268<br />
tic, the other oblong, or obovate, 4-11.5 x<br />
(US); Ypacaray, Aug 1913<br />
2-4.5 cm,<br />
(fl), Hassler 12221 (US); San Lorenzo, 15 Oct 1893 (fl),<br />
chartaceous, glabrous on both surfaces, the abaxial sur- Lindman 2205 (US); Ypacaray river, 17 Sep 1893 (fl),<br />
face sometimes minutely puberulent, the venation brochi- Malme 962 (US); Without specific locality, 1888 (fr),<br />
dodromus, prominent on both surfaces, tertiary vena- Morong 817 (US-2). Concepci6n: 24 Oct 1991 (fr),<br />
tion reticulate, the margins entire, undulate, the apex, Basualdo 3683 (MO).
TAXONOMIC TREATMENT 45<br />
4 X \I N 2mm<br />
Fig. 33. <strong>Melicoccus</strong> lepidopetalus. A. flowering branch, with detail of lealfet's venation. B. staminate flower with<br />
detail of stamen, <strong>and</strong> 1.s. of same. C. flower bud. D. pistillate flower, <strong>and</strong> l.s. of same showing ovules. E. adaxial <strong>and</strong><br />
abaxial views of petal. F. fruiting branch. (A, D-E from Malme 962; B-C from Hassler 12221; F from Perez 1268).<br />
ARGENTINA. Corrientes: Corrientes, 6 Oct 1978<br />
(fl), Ferrucci 69 (US); Empedrado, Estancia La Yela, 20<br />
Sep 1952 (fl), Pedersen 1833 (US).<br />
9. MELICOCCUS BIJUGATUS Jacquin, Enum.<br />
Syst. P1. 19. 1760. Lectotype, Jamaica, Jacq., Select.<br />
Stirp. Amer. Hist., tab. 72. 1763, designated by<br />
Howard, 1989. Figs. 12d, 14a-b, 18e-f, 34a-d<br />
Melicocca bijuga Linnaeus, Sp. P1. ed. 2, 1: 495.<br />
1762. nom. illeg., (orth. variant).<br />
Melicocca carpopodea Juss., MWm. Mus. Hist. Nat.<br />
3: 187, fig. 4. 1817. nom. illeg., (superfluous<br />
renaming).<br />
Melicocca bijuga L.[as <strong>Melicoccus</strong> bijuga] f. alata<br />
B. P. Kitanov, Phytology (Bulgaria) 11: 48. 1979.<br />
Type. Cuba. Oriente: Siboney, vic. of Santiago de<br />
Cuba, 50-100 m, 9 Apr 1970, Kitanov 82105<br />
(SO, n.v.).
46 FLORA NEOTROPICA<br />
N BI<br />
Fig. 34. <strong>Melicoccus</strong> bijugatus. A. flowering branch, with detail of winged leaf rachis. B. staminate flower <strong>and</strong> l.s.<br />
of same. C. pistillate flower <strong>and</strong> l.s of same showing ovule. D. portion of infructescence <strong>and</strong> l.s. of fruit. [Reprinted<br />
from Acevedo-Rodriguez (1996)].<br />
Dioecious ormonoecious tree 10-25 m tall; bark light greenish, 1.5-2.2 mm long, oblong, concave, glabrous<br />
grey, smooth, with horizontal markings. Stems glabrous, except for the woolly margins; petals 5, cream to yelnearly<br />
terete. Leaves paripinnate; distal process subu- lowish, obovate, 2-2.5 mm long, narrowed at base,<br />
late, early deciduous; leaflets (2) 4, opposite or rounded at apex, woolly to sparsely woolly at margins,<br />
subopposite, asymmetrical, elliptic, oblong, ovate or lacking appendages; nectary disc annular, swollen, lobed,<br />
obovate, 4-14(20) x 2.2-5(7) cm, chartaceous, glabrous<br />
on both surfaces, the venation brochidodromus, adaxially<br />
prominulent, abaxially prominent, tertiary venation<br />
reticulate, the margins entire, slightly wavy, the apex acute<br />
or obtuse, the base attenuate on to the petiolule; petiolules<br />
drying brownish, not pulvinate, 2 mm long; rachis 1.5-<br />
3(4.5) cm long, glabrous, winged to broadly winged, or<br />
less often marginate; petioles 2.5-7 cm long, flattened,<br />
subterete or less often winged to broadly winged, glabrous.<br />
Panicles terminal, 5-12 cm long; cataphylls foglabrous;<br />
stamens 8, spreading, the filaments ofunequal<br />
length, glabrous, ca. 4 mm long in male flowers, <strong>and</strong> 1<br />
mm long in female flowers, the anthers dorsifixed, elliptic,<br />
ca. 0.6 mm long; ovary glabrous, cylindric-ellipsoid,<br />
the style ca. 0.5 mm long, the stigmas bilobed orbilobeddisciform,<br />
papillate. Fruit subglobose or ellipsoid, green,<br />
2-3.5 cm long, the pericarp coriaceous, ca. 1 mm thick.<br />
Seeds 1(2), 1.5-2.5 cm long, with a tan, fleshy testa.<br />
Embryo with erect, similar-sized cotyledons.<br />
The specific epithet refers to the bijugate leaves.<br />
liaceous, broadly ovate, 4-5 mm long; axes, glabrous, Phenology. In the Greater Antilles <strong>and</strong> Central<br />
angled, striate, the staminate inflorescences with 4-8 America flowering occurs between March <strong>and</strong> August<br />
lateral branches, slightly shorter than the main axis, the (rarely as late as November), followed by fruiting from<br />
pistillate ones with 3-4 mostly basal, short branches; April to August. In northern South America <strong>and</strong> the<br />
bracts triangular, minute, ciliate at margins; pedicels (2)5- Leeward Lesser Antilles, flowering has been recorded<br />
7 mm long, not articulate. Flowers fragrant; sepals 4, from October to May <strong>and</strong> fruiting from January to June.
TAXONOMIC TREATMENT 47<br />
Distribution <strong>and</strong> Ecology. (Fig. 36) Native to north- HAITI. Massif de la Selle, 1 May 1927 (fl), Ekman<br />
em SouthAmerica, perhaps from dry forest. Commonly H-8033 (US); Vic. of Fond Parisien, 5-13 May (fl),<br />
planted <strong>and</strong> naturalized along roads <strong>and</strong> in secondary dry<br />
forest throughout northern South America, Central<br />
America, the West Indies, Cameroon, Gabon (Fouilloy<br />
& Halle, 1973a, 1973b), <strong>and</strong> the Pacific Isl<strong>and</strong>s. In secondary<br />
forest on Thomas <strong>and</strong> St. John (US Virgin Isl<strong>and</strong>s)<br />
is sometimes the dominant species.<br />
Leonard 4175 (US).<br />
DOMINICAN REPUBLIC. Samani: Vic. of<br />
Sanchez, 29 May 1922 (fl), Abbott 2427 (US). Santo<br />
Domingo: Coastal plain, cultivated, 13 May 1929 (fl),<br />
Ekman 19447 (US).<br />
PUERTO RICO. Coamo, 19 Apr 1933 (fl), Britton<br />
& Britton 10138 (US); San German, 12 Aug 1950 (fr),<br />
Common names <strong>and</strong> uses: Colombia: Mamoncillo,<br />
Little 13604 (US); Sabana Gr<strong>and</strong>e, 16 Mar 1935 (fl),<br />
Sargent 219<br />
mamon; Cuba: mamoncillo; Dominica: kenip; Domini-<br />
(US); Fajardo, 20 Jun 1895, (fl), Sintenis<br />
1597 (M); Peiiuelas, 12 Jul 1886 (fl), Sintenis 4788 (M);<br />
can Republic: limoncillo; El Salvador: mel6n; Haiti:<br />
Guanica, 30 Aug 1915 (fl), Stevenson 3014 (US).<br />
canape; Honduras: mamon; Jamaica: genipe; Panamal: UNITED STATES VIRGIN ISLANDS. St. Croix:<br />
mam6n; Puerto Rico: quenepa; United States (Florida): Without locality, 5 Sep 1901 (st), Britton & Cowell 10<br />
Spanish lime (fide Popenoe, 1920); Venezuela: mam6n; (US). Altona, E of Christianted, 29 May 1977 (fl),<br />
Virgin Isl<strong>and</strong>s: genip, kenep, keneppy tree. Commonly Fosberg 56774 (US); Estate Thomas, Experimental<br />
cultivated for is delightful fruits (fleshy testa), which Forest, 21 Jun 1966 (st), Little 21517 (US); Buck Isare<br />
available during the fruiting season along roadsides l<strong>and</strong>. 8 Apr 1967 (st), Little 22039 (US). St. John:<br />
<strong>and</strong> markets in Colombia, French Guiana, Guyana, New<br />
York City, Puerto Rico, <strong>and</strong> Venezuela. An alcoholic<br />
drink called "bili" is made in Vieques Isl<strong>and</strong> (Puerto<br />
Rico) by aging rum with the fruits.<br />
Lameshur to Reef Bay ruins, 29 May 1993 (fl), Acevedo<br />
R. & Siaca 5441 (US). St. Thomas. Without locality,<br />
26. May 1921 (fl), Morrow 121 (US).<br />
BRITISH VIRGINS ISLANDS. Jost van Dyke: 12<br />
Apr 1967 (fl), Little 21968 (US). Virgin Gorga: Span-<br />
Representative specimens examined. UNITED ish Town, 13 Nov 1999(fl), Acevedo R. & Clubbe 10956<br />
STATES. Florida: Key Largo, Hwy 1, cultivated, 19 (US); Without locality, 20 Jun 1969 (st), Little 23767 (US).<br />
Mar 1958 (st), Stern & Chambers 220 (US).<br />
LEEWARD ISLANDS. Antigua: Near Jennings, 14<br />
HONDURAS. Morazin: Escuela Agricola Panamer- May 1938(fl), Box 1442 (US); Without locality, 4-16<br />
icana Campus, cultivated, 800 m, 23 Mar 1970 (fl), Feb 1913 (fl), Rose et al. 3454 (US). Dominica:<br />
Molina R. & Molina 25601 (US); 13 Apr 1964 (yfr), Canefield Estate, 6 Jun 1977 (fr), Nicolson 4219 (US);<br />
Molina R. 13703 (US).<br />
St. Paul, Massacre, 16 Apr 1992 (yfr), Whitefoord 7053<br />
EL SALVADOR. San Salvador: Without specific (US). Guadeloupe: Without locality, 1895 (fl), Duss<br />
locality, Mar 1923 (fl), Calder6n 1526 (US).<br />
3718 (US); Basse Terre, Botanic Garden, 17-22 Apr 1979<br />
NICARAGUA. Managua: Managua, no data, 10 Mar (yfr), Howard & Howard 19449 (US).<br />
1926 (fl), Chaves 171 (US); Villa Stimson, Apr 1932 COLOMBIA. Antioquia: Mun. Amalfi. Arenas<br />
(yfr), Garcia 1063 (US).<br />
Blancas trail, ca. 1 100 m, 12-13 Apr 1994 (fl), Fonnegra<br />
PANAMA. Canal Zone: Balboa, Nov 1923-Jan 1924 et al. 4815 (US); Venecia, km 1.5 along road Bolombolo-<br />
(st), St<strong>and</strong>ley 29248 (US). Panama: Taboga Isl<strong>and</strong>, Venecia, cultivated, 700 m, 13 Mar 1987 (fl), Zarucchi<br />
planted, Dec 1923 (st), St<strong>and</strong>ley 27931 (US). & Echeverry 4673 (US). Bolivar: San Martin de Loba,<br />
BAHAMAS. South Bimini: Without specific local- Apr-May 1916 (fl), Curran 84 (US); Vic. Turbaco, Hac.<br />
ity, May 1948 (st), Howard 10053 (US).<br />
Coloncito, 200-300 m, 9 Nov 1926 (fl), Killip & Smith<br />
CUBA. Camaguey: Vic. of Nuevitas, 21 Mar 1909 14349 (US). La Guajira: La Macuira, Jassai, 4 Mar 1963<br />
(fl), Shafer 1007 (US). Habana: Vic. Santiago de las (fr), Saravia T 2359 (US); Nazareth, Cerro Itojoro, 300-<br />
Vegas, 17 May 1905 (yfr), Cook 41 (US); 18 Jul 1904 400 m, 15 Apr 1964 (st), Saravia T & Saravia 3667<br />
(st), Wilson 251 (US); Isla de Pinos: Nueva Gerona, 15 (US); Uribia, 19 Oct 1963 (fl), Saravia T 2876 (US);<br />
Apr-1 Jun 1904 (fl), Curtiss 444 (US). Las Villas: Santa Marta, ca. 75 m, Mar 1898-1901(fl), Smith 1705<br />
Cienfuegos, Harvard Tropical Garden, cultivated, 21 Mar<br />
1926 (st), Jack 4366 (US), 16 Mar 1926 (fr), Jack 4321<br />
(US-2). Magdalena: Neguange, Tayrona National Park,<br />
100 m, 12 Jun 1993 (fr), Gentry & Ortiz 79870 (US).<br />
(US); 11 Apr 1927 (fl), Jack 5151 (US). Oriente: Santiago Tolima: El Guama, road to Saldafia, 400 m, 15 Aug 1950<br />
de Cuba, between Caban <strong>and</strong> Punta de Sal, escaped, 12 (fl), Garcia-Barriga, 13488 (US); Vic. of Prado, ca.<br />
Apr 1919 (fl), Ekman 9480 (US); Valley of Matamoros 400 m, 9 Feb 1944 (fr), Little 7160 (US).<br />
river, S of Holguin, 11 Apr 1909 (yfr), Shafer 1324 (US), VENEZUELA. Bolivar: Ciudad Bolivar, 9 Jan 1921<br />
15 Apr 1909 (fl), Shafer 1383 (US), 13 Apr 1909 (fl), (yfr), Bailey & Bailey 814 (US); Carabobo: Valencia,<br />
Shafer 1341 (US).<br />
400-800 m, 19 Feb 1920 (fl), Pittier 8776 (US). Distrito<br />
JAMAICA. Manchester: M<strong>and</strong>eville, Alligator Federal: Vic. of Caracas, Oct 1919 (fr), Rose & Rose<br />
Pond, 600 m, 20 Mar 1931 (st), Miller 1401 (US). St. 21625 (US), 19 Oct 1916 (st), Rose & Rose 21678 (US).<br />
Andrew: Near road between Gordon Town <strong>and</strong> Guava Guirico: Road to Calabozo, vic. of El Sombrero, 19 Feb<br />
Ridge, ca. 600 m, 3 Jul 1966 (fr), Anderson & Sternberg 1924 (fl), Pittier 11451 (US). Mir<strong>and</strong>a: Ocumare del Tuy,<br />
3006 (US); Dallas Mountain, Lindos Gap, ca. 500 m, 300-1200 m, 1 May 1918 (fl), Pittier 7814 (US).<br />
18 Jun 1963 (fl), Crosby et al. 204 (US). St. Elizabeth: TRINIDAD. St. Amis. Cultivated, 20 Apr 1920 (fl),<br />
Pepper, 19 Mar 1931 (st), Miller 1369 (US).<br />
Broadway s.n. (US).
48 FLORA NEOTROPICA<br />
F J cmC<br />
Fig. 35. <strong>Melicoccus</strong> jimenezii. A. flowering branch. B. staminate flower, <strong>and</strong> 1.s. of same. C. adaxial view of<br />
petal. D. pistillate flower. E. fruiting branch. F. embryo, lateral view. (A-C from Garcia & Rodriguez 5773a; D<br />
from Jimenez 3312; E-F from Jimenez 2703).<br />
FRENCH GUIANA. Bassin du Maroni: Village<br />
Assici, 15 Dec 1988 (st), Fleury 758 (CAY). Ile de Cayenne:<br />
Cayenne, cultivated, 19 Apr 1994 (fl), Loubry<br />
1956 (CAY).<br />
BRAZIL. Park: Belem, Horto Museu Goeldi [cultivated],<br />
26 Jul 1957 (fr), Cavalcante, P. 271 (IAN).<br />
FRENCH POLYNESIA. Makatea, Vaitepaua Village,<br />
[cultivated] 20 Feb 1982 (fl), Florence 4047 (US).<br />
HAWAII. Oahu, Wimanalo Research Station, cultivated,<br />
16 Nov 1976 (fr), Shearard & Spence 2 (US).<br />
SOCIETY ISLANDS: Moorea Isl<strong>and</strong>. Oponohu Bay,<br />
cultivated, 12 Jul 1981 (st), Fosberg 60936 (US).<br />
10. MELICOCCUS JIMENEZII (Alain) Acevedo-<br />
Rodriguez, Moscosoa, 9: 60. 1997. <strong>Talisia</strong>jimenezii<br />
Alain, Phytologia47(3): 181. 1980. Type. Dominican<br />
Republic. La Altagracia: Bayahibe, coastal scrub,<br />
sea level, 2 Oct 1976 (fr), Alain Liogier, P Liogier<br />
& J.J. Jimenez 25442 (holotype, UPR; isotype,<br />
MO, NY). Fig. 35a-f<br />
Dioecious tree 7-8 m tall; bark light grey, fissured,<br />
trunk reaching 25-30 cm in diam. Stems terete, glabrous,<br />
striate, brownish. Leaves paripinnate; distal process<br />
minute, subulate, persistent, occasionally a terminal<br />
leaflet is produced; leaflets 4, opposite, 4-9 x 2-4.5<br />
cm, elliptic to broadly elliptic, chartaceous, glabrous,<br />
dull, venation brochidodromus, abaxially prominent,<br />
tertiary veins finely reticulate, the margins entire,<br />
strongly revolute, the apex obtuse or rounded, the base<br />
asymmetrical, one side obtuse the other rounded; petiolules<br />
ca. 1 mm long, drying brownish, glabrous; ra-
TAXONOMIC TREATMENT 49<br />
W 9ow -+8atY X; ; 70WI 64wl o50W 40wi<br />
><br />
u ~<br />
l<br />
~~ ,_r ~~ w +' '> >-x s<br />
N~~~~~~~~~~~~~~~~~~~~~~~~~O<br />
- ' --<br />
~t t'^ '-'4*, '- -+'<br />
,<br />
aS,~~~ ;,<br />
- # . . c^ `<br />
4<br />
(r t2.<br />
. iON 1<br />
o~<br />
> 4 t~~~~~~~~~~~~~~~~~~~,<br />
x <strong>Melicoccus</strong> antioquensis -\4X s 1><br />
*: <strong>Melicoccus</strong> aymardii Q , *<br />
_ + ~~~~<strong>Melicoccus</strong> bijugatus<br />
v <strong>Melicoccus</strong> jimenezii 8\ >/ L os X''<br />
*<strong>Melicoccus</strong> lepidopetalus ;f->-- ?- , -<br />
| * <strong>Melicoccus</strong> novagranatensis t , , K<br />
Fig. 36. Distribution of species of <strong>Melicoccus</strong> (in part).<br />
chis 1-3.5 cm long, subterete, or rarely narrowly The specific epithet honors Jose J. Jimenez, emiwinged,<br />
striate, glabrous; petioles 2.4 cm long, gla- nent Dominican botanist, who accompanied the author<br />
brous, subterete, pulvinate at base. Inflorescence a (Alain) to the type locality.<br />
raceme, 5-6 cm long, on distal portion of branch;<br />
cataphylls broadly ovate, 1-2 mm long; axes angled,<br />
glabrous; bracts early deciduous; pedicels 6-7 mm<br />
Phenology. Collected in flower in January <strong>and</strong> May<br />
<strong>and</strong> in fruit from May to October.<br />
long, not articulate. Calyx 4-merous, the sepals green, Distribution <strong>and</strong> Ecology. (Fig. 36) An endanovate,<br />
concave, 1-1.2 mm long, ciliate along margins; gered, endemic species, known only from the Dominipetals<br />
4, oblong to wide-elliptic, whitish, ca. 2.2 mm can Republic from coastal scrubs in Bayahibe, on the<br />
long, ciliate along margins, lacking appendages, or with eastern side of the isl<strong>and</strong>, <strong>and</strong> in the central mountaina<br />
pair of minute, basal appendages; disc annular, 4- ous region of Jacagua in the vicinity of Santiago de los<br />
lobed, glabrous; stamens 8, spreading, the filaments Caballeros.<br />
glabrous, slightly unequal, ca. 2.5 mm long, the anthers<br />
oblong-elliptic, ca. 0.4 mm long, retuse at apex; pistillode<br />
minute, glabrous; ovary glabrous, ovoid, the stigma<br />
Common names <strong>and</strong> uses. Cotoperi, cotoperiz.<br />
Fruits are consumed locally.<br />
nearly sessile, 2-lobed. Fruits yellowish, ellipsoid or Representative specimens examined. DOMINIovoid,<br />
ca. 2.5 cm long, the pericarp leathery, ca. 0.7 CAN REPUBLIC. La Altagracia: 300 m E of<br />
mm thick. Seed solitary, ca. 1.5 cm long, with fleshy, Bayahibe, 10 m, 19 May 1995 (fl), Garcia etal. 5773a<br />
yellowish, edible, sour fleshy testa. Embryo with coty- (JBSD, US); 2 Oct 1976 (fr), Liogier et al. 8247 (NY,<br />
ledons diagonally superimposed, the upper one much US); 21 Feb 1976 (st), A. & P Liogier 24886 (NY);<br />
larger than the lower one.<br />
ca. 400 m NE of Navy Headquarters, 0 m, 21 May 1992<br />
20X'o _P',S s.............ivz\ '<br />
,'2
50 FLORA NEOTROPICA<br />
(fr), Garcia & Jimenez 3861 (JBSD, US); 21 May underground stem. Leaves spirally arranged, pari- or<br />
1992 (fr), Garcia & Ramirez 3930 (JBSD, US); 19 impari-pinnately compound; distal leaflet rudimentary,<br />
Sep 1996 (fr), Acevedo R. et al. 8477 (JBSD, US). represented by a minute process; leaflets 2-30, oppo-<br />
Santiago: Jacagua, vic. Santiago de los Caballeros; site or alternate, usually with an enlarged, pulvinate<br />
cultivated, 1954 (fr), Jimenez 2703 (US); 28 Jan 1956 petiolule; rachis short to elongated, cylindrical, keeled,<br />
(fl), Jimenez 3312 (US-2).<br />
furrowed, flattened or angled; petiole with similar shape<br />
EXCLUDED TAXA<br />
as the rachis, <strong>and</strong> usually with a markedly enlarged base;<br />
stipules wanting. Inflorescence of terminal, axillary or<br />
<strong>Melicoccus</strong> amoenus Hasskarl = Lepisanthes amoena cauliflorous, panicle-shaped or racemiform thyrses,<br />
(Hasskarl) Leenhouts (<strong>Sapindaceae</strong>)<br />
with flowers in lateral, simple or compound dichasia.<br />
Melicocca apetala Poiret = Doratoxylon mauritianum Flowers 5-merous, actinomorphic, functionally stami-<br />
Thouars ex Bojer (<strong>Sapindaceae</strong>)<br />
nate or pistillate (plants sequentially monoecious);<br />
Melicocca australis Steudel = Diploglottis australis pedicels articulate; sepals imbricate, connate at base,<br />
(Cunningham) Radlkofer (<strong>Sapindaceae</strong>)<br />
shorter to longer than the petals; corolla of distinct pet-<br />
Melicocca dentata Jussieu = Hippobromus pauciflorus als with imbricate aestivation, inserted on the base of<br />
(Linnaeus f.) Radlkofer (<strong>Sapindaceae</strong>)<br />
an extrastaminal nectary disc, the petals erect or reflexed,<br />
Melicocca diphylla Bojer = Doratoxylon mauritianum<br />
oblong, lanceolate, elliptic, or spatulate, <strong>and</strong> containing<br />
Thouars ex Bojer (<strong>Sapindaceae</strong>)<br />
an adaxial petaloid appendage, petaloid appendages<br />
Melicocca diversifolia Jussieu = Doratoxylon<br />
simple or bifid, erect, sericeous or tomentose, as long<br />
mauritianum Thouars ex Bojer (<strong>Sapindaceae</strong>)<br />
as or shorter than the petals; disc extrastaminal, annu-<br />
Melicocca geniculata Sprengel = Protium aracouchili<br />
March<br />
lar or cup-shaped, with a 5-lobed outline, glabrous or<br />
(Burseraceae)<br />
with<br />
Melicocca javanica Hasskarl =<br />
various indumenta; stamens 5-8(-10), spreading<br />
Elattostachys verrucosa<br />
(Blume) Radlkofer (<strong>Sapindaceae</strong>)<br />
or erect, in one series, the filaments of equal or unequal<br />
Melicocca paniculata Jussieu = Exothea paniculata<br />
length, glabrous or with various indumenta, the anthers<br />
(Jussieu) Radlkofer (<strong>Sapindaceae</strong>)<br />
basifixed, dorsally with ovate, oblong, lanceolate, or<br />
Melicocca pubescens de C<strong>and</strong>olle = Schleichera oleosa linear outline; ovary 3- carpellate, each carpel with a<br />
(Loureiro) Oken (<strong>Sapindaceae</strong>)<br />
single campylotropous or apotropous ovule, the style<br />
Melicocca trijuga Jussieu = Schleichera oleosa solitary, short to elongated, the stigmatic surface elon-<br />
(Loureiro) Oken (<strong>Sapindaceae</strong>)<br />
gate <strong>and</strong> trigonous or short <strong>and</strong> capitate. Fruits inde-<br />
Melicocca triptera Blanco = Tristira triptera (Blanco) hiscent, ellipsoid, ovoid, or globose, with leathery to<br />
Radlkofer (<strong>Sapindaceae</strong>)<br />
woody mesocarp. Seed 1(-3), with a more or less fleshy<br />
<strong>and</strong> usually edible testa. Embryo fleshy, notorrhizal with<br />
TALISIA AUBLET<br />
cotyledons superimposed, horizontally, or obliquely so,<br />
TALISIAAublet, Hist. PI. Guiane. 1: 349. 1775. Type.<br />
<strong>Talisia</strong> guianensis Aublet. The name is derived from<br />
Toulichi, the common name of this species in the<br />
Carib language.<br />
or rarely laterally oblique; or lomatorrhizal with straight,<br />
erect cotyledons of similar size, the radicle elongated.<br />
Pollen colporate, nearly spherical, isopolar, triangular<br />
or trigonous, with straight to convex sides, or brevicolporate,<br />
oblate, isopolar, triangular, with straight or<br />
concave sides<br />
A continental Neotropical genus of 52 species.<br />
Racaria Aublet, Hist. P1. Guiane. II, Suppl. 24. 1775,<br />
Tab. 382. Type: <strong>Talisia</strong> sylvatica (Aublet)<br />
Radlkofer.<br />
Acladodea Ruiz & Pav6n, Syst. Fl. Peruv. 1: 262.<br />
1798. Type: <strong>Talisia</strong> pinnata (Ruiz & Pav6n)<br />
Radlkofer.<br />
Meleagrinex Arruda da Camara ex Koster, Travels<br />
Brazil 496. 1816. Type: unknown.<br />
Comatoglossum Karsten & Triana in Triana, Nuev.<br />
Jen. Esp. 10. 1854. Type: <strong>Talisia</strong> stricta (Triana)<br />
Triana & Planchon.<br />
Tapirocarpus Sagot, Ann. Sci. Nat. Ser. VI, 13: 292.<br />
1882, pro parte vegetativa; fruit cf. Protium<br />
(Burseraceae). Type: Tapirocarpus talisia Sagot.<br />
Diclinous, sequentially monoecious, understory<br />
palm-like treelets, medium-sized to large emergent trees,<br />
or less frequently shrubs with a prostrate, elongated<br />
Key to the subgenera<br />
1. Anthers elliptic or ovate in outline (length/<br />
width ratio < 2); filaments of unequal lengths;<br />
sepals free to the base of calyx (or nearly so);<br />
pollen colporate, nearly spherical, isopolar,<br />
triangular or trigonous, with straight to convex<br />
sides ....... . T subgenus Pitombaria page 51<br />
1. Anthers oblong, linear or lanceolate in outline<br />
(length/width ratio > 2); filaments of equal or<br />
nearly equal length (except T. laevigata <strong>and</strong> T.<br />
hexaphylla); sepals connate at base for at least<br />
?/4 of the calyx length; pollen brevi-colporate,<br />
oblate, isopolar, triangular, with straight or<br />
concave sides ......... T. subgenus <strong>Talisia</strong> page 88
TAXONOMIC TREATMENT 5 1<br />
I. TALISIA subgenus PITOMBARIA (Radlkofer)<br />
Inflorescence of terminal, axillary or cauliflorous,<br />
Acevedo-Rodriguez, stat. nov. <strong>Talisia</strong> subsection<br />
panicle-shaped, racemiform, or congested thyrses. Se-<br />
Pitombaria Radlkofer, Sitzungsber. Math.-Phys.<br />
pals usually free to the base, or less often (T hexaphylla)<br />
Cl. K6nigl. Bayer Akad. Wiss. Miinchen 8: 344.<br />
connate at base. Petals with an adaxial petaloid append-<br />
1878. Type. <strong>Talisia</strong> esculenta (Cambessedes)<br />
age. Stamens (7) 8 (-10), erect, the filaments of un-<br />
Radlkofer. Figs. I la, 41, 45, 50, 54, & 62.<br />
equal lengths; anthers elliptic or ovate in outline (length/<br />
Medium-sized to large emergent trees or treelets, width ratio < 2). Pollen colporate, nearly spherical,<br />
less often shrubs, or exceptionally shrubs with hori- isopolar, triangular or trigonous, with straight to conzontal,<br />
elongated underground stems. Leaflets 2-16. vex sides.<br />
Key to the species of <strong>Talisia</strong> subgenus Pitombaria<br />
1. Leaflets with abaxial surface white-granulose, <strong>and</strong> scattered, appressed-pubescent . ........................ T granulosa<br />
1. Leaflets with abaxial surface otherwise.<br />
2. Anthers apiculate at apex.<br />
3. Shrubs with underground horizontal stems <strong>and</strong> numerous erect, aerial stems with deterrninate<br />
growth reaching 30 to 40 cm in height.<br />
4. Leaflets abaxially glabrous or with appressed yellowish hairs; dichasia sessile or short<br />
pedunculate; petals oblanceolate; disc tomentulose . ........................................................ T angustifolia<br />
4. Leaflets abaxially albo-sericeous; dichasia long-pedunculate; petals elliptic; disc hirsute ..T. subalbens<br />
3. Trees or treelets without underground horizontal stems, with one main trunk.<br />
5. Inflorescence fasciculate, axillary, ramiflorous or cauliflorous.<br />
6. Stems velutinous; leaflets with clathrate-reticulate tertiary venation ............................... T velutina<br />
6. Stems pubescent or puberulent; leaflets with clathrate tertiary venation ...................... T clathrata<br />
5. Inflorescence paniculate or racemiform, axillary or terminal, never cauliflorous nor fasciculate.<br />
7. Inflorescence racemiform.<br />
8. Stems puberulent; petals adaxially papillate; disc hispidulous; anthers barbate at<br />
apex ............................................................... T praealta<br />
8. Stems glabrous; petals adaxially villous; disc glabrous; anthers glabrous at apex ...... T esculenta<br />
7. Inflorescence paniculate.<br />
9. Leaflets abaxially glabrous.<br />
10. Stems puberulent; filaments woolly; anthers elliptic ....................................... T parviflora<br />
10. Stems glabrous; filaments glabrous; anthers ovate.<br />
11. Petals elliptic, adaxially glabrous, abaxially woolly-pubescent on lower half;<br />
appendage elliptic; fruit tomentose .................................................. T coriacea<br />
11. Petals oblong-ovate, adaxially papillate, abaxially glabrous or puberulent;<br />
appendage lanceolate; fruit glabrous ........................................................... T chartacea<br />
9. Leaflets abaxially puberulent, appressed-pubescent, or albo-sericeous.<br />
12. Leaflets abaxially puberulent.<br />
13. Leaflets often with adaxially raised conical insect galls or necrotic round spots;<br />
the apex obtuse, retuse or less often nearly acuminate . .......................... T simaboides<br />
13. Leaflets without insect galls or necrotic spots, the apex long acuminate or<br />
caudate ........................................................7'. japurensis<br />
12. Leaflets abaxially appressed-pubescent or albo-sericeous.<br />
14. Leaflets abaxially albo-sericeous, often cordate at base . .......................... T subalbens<br />
14. Leaflets appressed-pubescent, never cordate at base.<br />
15. Stems glabrous; leaves with 6-12 leaflets; leaflets abaxially appressed<br />
ferruginous-pubescent; leaf rachis sharply angled, sparsely tomentose.<br />
..................................................................................................................... T veraluciana<br />
15. Stems ferruginous-sericeous; leaves with 4-8 leaflets; leaflets abaxially<br />
appressed-pubescent; leaf rachis terete or obtusely angled ............... T furfuracea<br />
2. Anthers obtuse or retuse at apex.<br />
16. Stems tomentose or sericeous-tomentose.<br />
17. Leaflets abaxially glabrous or puberulent, prominent intramarginal vein lacking ............ T floresii<br />
17. Leaflets abaxially ferruginous-woolly, prominent intramarginal vein present ................. ... Tl anata<br />
16. Stems glabrous or puberulent.<br />
18. Leaves with only 2 leaflets ......................................................................' T squarrosa<br />
18. Leaves with 2-8 leaflets (some leaves with more than two leaflets always present).<br />
19. Disc tomentose or villose; petioles 1.7-8 cm long ............................. .... T firma<br />
19. Disc glabrous or puberulent; petioles 1.2-3(4) cm long ......................................... T microphylla
5 2 FLORA NEOTROPICA<br />
Fig. 37. <strong>Talisia</strong> angustifolia. A. flowering branch. B. staminate flower. C. abaxial <strong>and</strong> lateral views of petal with<br />
adnate appendage. D. staminate flower with perianth removed showing disc, stamens <strong>and</strong> detail of anther (right),<br />
I.s. same (left). E. infructescence. (A-D from Toledo & Gehrt 43167; E from Kuhlmann 59056).<br />
1. TALISIAANGUSTIFOLIA Radlkofer, Sitzungsber.<br />
Math.-Phys. Cl. Konigl. BayerAkad. Wiss. Miinchen<br />
8: 345. 1878. Type. Brazil. Goials: Without locality<br />
or date (fl), Burchell 6195 (holotype, B-destroyed;<br />
isotype, K; frag. at M). Figs. 3a-b, 37a-e<br />
<strong>Talisia</strong> pygmaea Radlkofer, Bull. Herb. Boiss. ser. 2,<br />
362. 1907. Type. Paraguay. Caaguazu, vic. of Yhu<br />
river, Oct 1905 (fl, fr), Hassler 9503 (holotype,<br />
B-destroyed; isotypes, K, MO, NY, P; frag. at M).<br />
<strong>Talisia</strong> humilis Mattos, Loefgrenia 70: 3. 1976. Type.<br />
Brazil. Sao Paulo: Itirapina, 13 Sep 1962 (fl),<br />
Felippe 43 (holotype, SP; isotypes, K, US-2).<br />
2mm<br />
Shrub with underground horizontal stems <strong>and</strong> numerous<br />
erect, aerial stems with determinate growth reaching<br />
40 cm in height, <strong>and</strong> forming a dense clump reaching<br />
3 m across. Underground stems are thicker than the<br />
aerial ones, producing scattered adventitious roots; aerial<br />
stems striate, appressed ferruginous-puberulent, mature<br />
stems lenticellate. Leaves paripinnate or less often<br />
imparipinnate; distal process filiform, 2-5 mm long; leaflets<br />
6-16, altemate or opposite, lanceolate or oblong-elliptic,<br />
(3) 4.5-15 x 1.2-2 (-4.2) cm, coriaceous, the<br />
adaxial surface glabrous, dull or slightly shiny, the abaxial<br />
surface densely to sparsely covered with appressed,
TAXONOMIC TREATMENT 53<br />
yellowish hairs, or glabrous, the venation brochido- Colaris 1086 (U); Sao Carlos, 10 Nov 1954 (fl),<br />
dromus, with primary <strong>and</strong> secondary veins prominent Kuhlmann 59056 (US); Campo Alegre, 24 Sep 1940 (fl),<br />
on abaxial surface, tertiary veins reticulate, the margins Toledo & Gehrt 43167 (US).<br />
entire, the apex acute or obtusely acuminate, the base PARAGUAY. Amambay: Estancia Primera, Feb<br />
1932 (st), Jorgensen 4594 (F, NY, US); 300 m, 10 Feb<br />
obtuse, slightly unequal; petiolules pulvinate, 1-1.5 mm<br />
1982 (fl, fr), Solomon et al. 6856 (MO, NY); Parque<br />
long, puberulent; rachis 3.5-22 cm long, terete, bisulcate<br />
Nacional Cerro Cori, in front of Cerro Muralla, 11 Dec<br />
along adaxial surface, puberulent; petioles 1.5-8 cm long, 1989 (fl), Vanni et al. 1308 (MO).<br />
flattened-canaliculate along adaxial surface, puberulent,<br />
slightly enlarged at the base. Thyrses panicle-shaped or <strong>Talisia</strong> pygmaea was treated as distinct from T anwith<br />
few lateral branches, axillary or terminal, to 23 cm gustifolia by Radlkoferbecause of its cinnamomeus (yellong;<br />
cataphylls wanting; axes to 15 cm long, angled, lowish brown) branches (vs. subferruginous light redstriate,<br />
appressed ferruginous-pubescent <strong>and</strong> usually fur- dish brown), its ovate-lanceolate leaflets with sessile or<br />
furaceous; bracts subulate, persistent, 2-2.5 mm long; decurrent bases <strong>and</strong> glabrous adaxial surface (vs. l<strong>and</strong>ichasia<br />
simple or compound, sessile or shortly pedun- ceolate, petiolulate <strong>and</strong> sparsely pilose) <strong>and</strong> its fewculate;<br />
pedicels 1.5-2.5 mm long, articulate atupperthird. branched thyrses (vs. many-branched). However, none<br />
Calyx 2.5-3 mm long, tomentulose to tomentose, the of these characters have proven to be consistent nor do<br />
sepals free to the base, deltate or deltate-elliptic, concave, they correlate with each other; they represent extremes<br />
obtuse at apex; petals oblanceolate, 4-4.5 mm long, erect in variation of these characters. Furthermore, differences<br />
at anthesis, sparsely papillate <strong>and</strong> puberulent on adaxial in pubescence on many of the specimens examined is<br />
surface, puberulent on lower third of abaxial surface, the age related. <strong>Talisia</strong> subalbens Radlkofer seems to be<br />
apex apiculate, the base clawed-attenuate; appendages closely related to T angustifolia, due to its similar habit<br />
as long as the petals, adnate to petal along half of their <strong>and</strong> general appearance. However, T subalbens can be<br />
length, lanceolate, erect, villose on adaxial surface, pu- distinguished from T angustifolia by the subcordate or<br />
berulent-papillate on abaxial surface; disc cup-shaped, cordate base of the leaflets. <strong>Talisia</strong> veraluciana Guarim<br />
5-lobed, tomentulose, ca. 0.5 mm tall; stamens 8, the fila- Neto is morphologically very similar to T angustifolia,<br />
ments of unequal length, 0.6-2.3 mm long, pubescent, however, T. veraluciana can be distinguished from it by<br />
the anthers 0.9 mm long, ovate, glabrous, apiculate at its arboreal habit <strong>and</strong> by its larger flowers.<br />
apex; ovary ovoid, ferruginous, tomentulose, the stigma<br />
trigonous, tomentulose, papillate. Fruits ovoid, densely<br />
ferruginous-tomentose, 1.8-2 x 1-1.7 cm, depressed at 2. TALISIA CHARTACEA Acevedo-Rodriguez,<br />
apex, with a short apiculum, the pericarp 2.8-3.2 mm BioLlania Edicion Esp. 6: 144. 1997. Type. Venethick,<br />
the endocarp glabrous. Seed one per fruit, known zuela. Bolivar: Municipio Raul Leoni, humid forest<br />
only in immature stage.<br />
on consolidated s<strong>and</strong>y grounds, 3 km from foothills<br />
The specific epithet refers to the distinctive narrow of Cerro Camaron (SW of Guaiquinima Tepui comleaflets<br />
of this species.<br />
plex), 42.5 km SE of Entre Rios, 250 m elevation,<br />
ca. 5?43'N, 64?07'W, 30 Oct-2 Nov 1988 (fr), G.<br />
Phenology. Flowers from August to February <strong>and</strong><br />
Aymard & A. Fern<strong>and</strong>ez 7176 (holotype, PORT;<br />
fruits in October, January <strong>and</strong> February.<br />
isotypes, MO, NY, US). Fig. 38a-e<br />
Distribution <strong>and</strong> Ecology. (Fig. 41) Brazil <strong>and</strong><br />
Paraguay, in s<strong>and</strong>y cerrado, campo-cerrado, campo- Tree to 30 m tall. Stems terete, smooth, puberulent to<br />
limpo, <strong>and</strong> open grassy fields <strong>and</strong> savannas. glabrous at maturity, dark brown to grayish. Leaves<br />
paripinnate; distal process early deciduous, leaving a trun-<br />
Representative specimens examined. BRAZIL.<br />
cate base ca. 2 mm long; leaflets 4, altemate to opposite,<br />
Goihs: Anapolis, 20 Nov 1975 (fl), Hatschbach 37742<br />
(M); Serra do Caiap6, 60 km S of Caiaponia on road to lanceolate to elliptic-lanceolate, 6-13 x 2.5-5.7 cm, chart-<br />
Jatai, 800-1000 m, 27 Oct 1964 (fl), Irwin & Soderstrom aceous, concolorous, glabrous on both surfaces, slightly<br />
7451 (K, NY, US), 30 Oct 1964 (fr), Irwin & Soderstrom shiny on adaxial surface, the venation brochidodromus,<br />
7581 (IAN, MO, NY, P, US). Mato Grosso do Sul: Nova prominulous on both surfaces especially the midvein,<br />
Andradinha, 11 Nov 1975 (fl), Hatschbach 37393 (MO, tertiary venation reticulate, the margins slightly undu-<br />
NY); Tucuru; 16 Dec 1983 (fl), Hatschbach & Callejas late, the apex long-acuminate or less often obtuse, the<br />
47313 (US); Maracaju, 20 km W, 25 Oct 1988 (fl), base obtuse or acute-obtuse <strong>and</strong> slightly unequal; peti-<br />
Hatschbach & Cervi 52622 (US). Par*: Xingu river;<br />
olules slender, adaxially canaliculate, 0.7-1 cm long,<br />
Vict6ria, along road to Ponta Nova, 7 Aug 1918 (fl),<br />
Ducke 17176 (MG). Parani: Campo Mourao, 14 Oct<br />
glabrous or puberulent; rachis 2-3(4) cm long, slender,<br />
1965 (fl), Hatschbach 13002 (MO, NY, P, US, WIS), terete to slightly angled, faintly striate, puberulent to gla-<br />
25 Jan 1967 (fl, fr), Hatschbach 15911 (NY, P, US). Sio brous; petioles 3-5(6.5) cm long, slightly flattened ad-<br />
Paulo: Uba, along road to Sao Carlos, 12 May 1969 (st), axially, slightly thickened at base. Thyrses paniculate,
5 4 FLORA NEOTROPICA<br />
3 cm.<br />
Fig. 38. <strong>Talisia</strong> chartacea. A. flowering branch. B. staminate flower. C. lateral, adaxial, <strong>and</strong> abaxial views of petal<br />
with adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens. E. fruiting branch.<br />
(A-D from Croizat 44; E from Aymard & Fern<strong>and</strong>ez 7176).
TAXONOMIC TREATMENT 55<br />
axillary or terminal on lateral branches, to 13 cm long,; cate; leaflets (6) 8-10 (-12), alternate, subopposite or<br />
cataphylls minute, early deciduous; axes slightly angled, opposite, 9-24 (44) x (2.5) 5-9 (-12) cm, elliptic, obpuberulent<br />
or glabrous; bracts triangular, early deciduous, long or oblanceolate, chartaceous to coriaceous, the<br />
0.5-0.7 mm long; dichasia simple or compound, nearly adaxial surface glabrous, with prominent midvein <strong>and</strong><br />
sessile; pedicels ca. 2 mm long, articulate at the middle. slightly impressed secondary veins, the abaxial surface<br />
Calyx 3-3.5 mm long, tomentulose, the sepals free to puberulent along midvein or glabrous, the venation<br />
the base, oblong-ovate, concave, rounded at apex; petals brochidodromus, midvein <strong>and</strong> secondary veins promioblong-ovate,<br />
3.5-4 mm long, erect, papillate on adaxial nent, secondary veins alternate or subopposite, arched,<br />
surface, glabrous to puberulent on abaxial surface, the forming a 20? 40? angle with the midvein <strong>and</strong> a strong<br />
apex obtuse, the base attenuate; appendages as long as submarginal loop, tertiary veins clathrate, the margins<br />
the petals, lanceolate, erect, obtuse at apex, adnate at base entire or wavy, revolute, the apex acuminate to caudate,<br />
along 1/4 of the petal length, woolly on both surfaces; usually mucronate, the base attenuate or obtuse, asymdisc<br />
cup-shaped, 5-lobed, tomentose, 1 mm tall; stamens metrical; petiolules nearly cylindrical, 6-15 mm long,<br />
8, the filaments of unequal length, 1.2-2 mm long, gla- glabrous or puberulent, wrinkled when dry; rachis 19brous,<br />
the anthers ca. 1 mm long, ovate, glabrous, api- 36 cm long, puberulent, striate, adaxially bicarinate on<br />
culate at apex; ovary not seen. Fruits ellipsoid, glabrous, distal portion, slightly flattened on proximal portion;<br />
purplish green, 3.5-3.7 cm long, smooth, mammiliform petioles striate or less often lenticellate, adaxially flatat<br />
apex, the pericarp 1-2 mm thick, the endocarp gla- tened. Thyrses fasciculate, cauliflorous or ramiflorous;<br />
brous. Seed one per fruit, known only in immature stage. cataphylls acicular, 2-4 mm long; axes 2-7 cm long,<br />
<strong>Talisia</strong> chartacea seems to be most closely related angled, ferruginous-pubescent; bracts subulate, persisto<br />
Tfirma Radlkofer in that both possess similar floral tent, ca. 2 mm long, with same indumentum as the axis;<br />
morphology <strong>and</strong> 4-foliolate leaves. However, T. dichasia simple or compound, nearly sessile; pedicels<br />
chartacea differs from Tfirma by having chartaceous, ca. 1 mm long, articulate at upper third. Calyx 2.5-3.2<br />
concolorous, abaxially shiny leaflets (vs. coriaceous, mm long, the sepals free nearly to the base, elliptic,<br />
discolorous, abaxially dull leaflets), a slender, greenish obtuse at apex; petals elliptic or less often ovate, obto<br />
light brown leafrachis (vs. robust <strong>and</strong>blackishbrown), tuse at apex, (3-) 4-5.8 mm long, reflexed at anthesis,<br />
<strong>and</strong> glabrous fruits with coriaceous (ca. 1 mm thick) abaxially glabrous; appendages as long as the petals,<br />
pericarp (vs. flavido-tomentose with semi-woody, 2-2.2 elliptic, erect, abaxially puberulent <strong>and</strong> papillate, adaximm<br />
thick pericarp). The specific epithet refers to the ally villous; disc cup-shaped, 5-lobed, ca. 1 mm tall;<br />
chartaceous texture of the leaflets.<br />
stamens 8, the filaments in two or three sets of unequal<br />
lengths, the shorter 2-2.5 mm long, the longer 4-5 mm<br />
Phenology. Collected in flower in December <strong>and</strong> July,<br />
long, glabrous, the anthers ca. 0.6 mm long, ovate, gla<strong>and</strong><br />
in fruit inAugust <strong>and</strong> late Octoberto earlyNovember.<br />
brous, apiculate at apex; ovary ovoid, densely sericeous,<br />
Distribution <strong>and</strong> Ecology. (Fig. 41) Known from the stigma elongated, trigonous, pubescent. Fruits el-<br />
Venezuela <strong>and</strong> Brazil in terra firme forest, humid for- lipsoid to brownish-yellow, nearly smooth, densely seriest,<br />
<strong>and</strong> along seasonally flooded river banks. ceous but glabrous at maturity, 2-3 x 1.1-2 cm long,<br />
Representative specimens examined. VENEZUELA. obtuse at apex, with short apiculum, the pericarp 1-3<br />
Amazonas: Between Atabapo river <strong>and</strong> La Esmeralda, mm thick, the endocarp granulate, glabrous. Seed el-<br />
3 Jul 1951 (fl), Croizat 44 (F). Bolivar: SW of Icabaru, lipsoid, 1-1.3 cm long, with sweet, white sarcotesta.<br />
along Los Brazileros creek, 480 m, 16 Dec 1978 (fl), Embryo with cotyledons superimposed, of equal size.<br />
Steyermark et al. 117702 (VEN).<br />
The specific epithet refers to the tertiary venation<br />
BRAZIL. Amazonas: Watoriketheri village, Perimetral which is perpendicular to the secondary veins.<br />
Norte Hwy, km 21 1, Aug 1994 (fr), Milliken 2031 (K).<br />
Key to the subspecies of <strong>Talisia</strong><br />
clathrata.<br />
3. TALISIA CLATHRATA Radlkofer, Sitzungsber.<br />
Math.-Phys. Cl. Konigl. BayerAkad. Wiss. Miinchen<br />
8: 349. 1878. Type. Brazil. Without specific locality,<br />
without date (fr), Martius s.n. (holotype, M, photo<br />
1. Calyx ferruginous-tomentulose or less often<br />
whitish puberulent; petals abaxially appressedpubescent<br />
on lower half, disc ferruginoustomentose;<br />
leaflets coriaceous, oblanceolate,<br />
(F neg. 6019) at NY, US; isotype, M).<br />
with secondary veins collected near the<br />
Tree, (4-)10-30 m tall; trunk to 20 cm in diam.<br />
Young stems striate, pubescent or puberulent, becoming<br />
terete <strong>and</strong> lenticellate with age. Leaves paripinnate<br />
margin, the basal secondary veins sometimes<br />
forming an acute angle with the<br />
midvein <strong>Talisia</strong> clathrata subsp. clathrata<br />
1. Calyx sericeous-canescent; petals abaxially<br />
or less often imparipinnate; distal process minute, trun- glabrous; disc canescent-tomentulose on upper
5 6 FLORA NEOTROPICA<br />
portion; leaflets chartaceous, elliptic, with second-<br />
ary veins forming a marginal loop 5-10 mm from<br />
the margin ..... <strong>Talisia</strong> clathrata subsp. canescens<br />
3a. TALISIA CLATHRATA subsp. CLATHRATA<br />
Figs. 6b, 39a-g<br />
Leaflets coriaceous, oblanceolate or less often elliptic,<br />
7.5-30 (44) x 3-9 (12) cm, with secondary veins<br />
collected near the margin, the basal secondaries veins<br />
sometimes forming an acute angle with the midvein,<br />
the apex abruptly acuminate, the base obtuse or attenuate.<br />
Calyx ferruginous-tomentulose or less often canescent-puberulent;<br />
petals elliptic or less often ovate,<br />
abaxially appressed-pubescent at lower half; disc ferruginous-tomentose.<br />
Phenology. Collected in flower from December to<br />
August <strong>and</strong> in fruit from May to November.<br />
Distribution <strong>and</strong> Ecology. (Fig. 41) Known from<br />
Colombia, Peru <strong>and</strong> Brazil in understory of primary,<br />
non-flooded, moist, mature forest on clayish <strong>and</strong> s<strong>and</strong>y<br />
soils, primary terra firme forest, seasonally flooded<br />
tahuampa forest, caatinga forest on clayish-s<strong>and</strong>y soils,<br />
igapo forest on clayish soils, dense forest <strong>and</strong> adjacent<br />
campina on white-s<strong>and</strong> soils.<br />
Representative specimens examined. COLOMBIA.<br />
Amazonas: Leticia, along trail to Tarapaca, 7 Apr 1975<br />
(bd), Cabrera 3329 (COL).<br />
PERU. Loreto: University Arboretum near Puerto<br />
Almendras, 27 Jul 1972 (fl), Croat 18550 (MO); vic. of<br />
Llanchama lake, close to Nanay river, 2 Aug 1972 (fl),<br />
Croat 18759 (F, MG, NY, USM); Zungaro Cocha near<br />
Iquitos, 150 m, 5 Nov 1964 (st), Dodson & Torres 2924<br />
(MO); 4 km S of Mishana, 13 Aug 1980 (fl), Foster 4429<br />
(F, U); Yanamono Explorama Tourist Camp, between<br />
Indiana <strong>and</strong> mouth of Napo river, 120 m, 28 Aug 1983<br />
(st), Gentry et al. 43759 (MO); Alpahuayo, km 20<br />
Iquitos-Nauta, 130 m, 17 Feb 1987 (bd), Gentry et al.<br />
56030 (F, MO); Iquitos-Nauta road, km 30, 140 m, 11<br />
Feb 1989 (st), Gentry et al. 65604 (MO); Iquitos, along<br />
Penia Negra road, 100 m, 3 Aug 1929 (fl), Killip & Smith<br />
27024 (F, NY, US); Mishuyacu near Iquitos, 100 m, Oct-<br />
Nov 1929 (fr), Klug 18 (F, US), Jan 1930 (fl), Klug 811<br />
(F, NY, US); Santa Maria de Nanay, along Nanay river,<br />
80-110 m, 30 Sep 1990 (fr), Pipoly et al. 12630 (US);<br />
Iquitos, along Penia Negra road, 120-140 m, 13 Jun<br />
1984 (fl), Rimachi 7499 (US, USM); Mun. Iquitos.<br />
Caserio Nina Rumy, Nanay river, 123 m, 6 Feb 1986<br />
(st), Ruiz & Balseca 816 (MO); Iquitos-Nauta road, km<br />
50, 22 Dec 1988 (fl), Ruiz & Melendez 1269 (K-2);<br />
Mazan river, Gamitanacocha, 100-125 m, 1 Feb 1935<br />
(fl), Schunke 303 (F-2, NY, US-2); Nauta, 160 m, 2 Jun<br />
1984 (fr), Vasquez & Jaramillo 5070 (MO); Rio Blanco<br />
Biological Station, 150 m, 19 Sep 1985 (fr), Vasquez et<br />
al. 6759 (MO); Canchahuayo (Ucayali river), 500 m,<br />
25 Nov 1985 (fr), Vasquez et al. 6918 (MO, NY); Puerto<br />
Almendras, 2 Oct 1986 (fr), Vasquez et al. 8068 (MO,<br />
NY),122 m, 16 Jun 1989 (fl), Vdsquez & Soto 12346<br />
(US, USM); Iquitos, along road Iquitos-Nauta, 130 m,<br />
23 May 1990 (fr), Vasquez et al. 13745 (US).<br />
BRAZIL. Acre: Basin of JuruA river, Humaita creek,<br />
22 Mar 1992 (fl), Daly et al. 7571 (US); Cruzeiro do Sul,<br />
vic. new airport, 17 Feb 1976 (fr), Monteiro & Damido<br />
461 (INPA, MG); Mun. Cruzeiro do Sul. without spe-<br />
cific locality, 20 Feb 1976 (fr), Monteiro & Damido 525<br />
(INPA). Amazonas: Vila Bittencourt, Japura river, 17<br />
Nov 1982 (fr), Amaral et al. 543 (INPA, NY, US).<br />
3b. TALISIA CLATHRATA subsp. CANESCENS<br />
Acevedo-Rodriguez, subsp. nov. Type. French<br />
Guiana. Region de Saul: Eaux Claires; Sentier<br />
Botanique, 2-5 kln from entrance, non-flooded moist<br />
forest on gentle slopes, 250 m, 3?37'N, 53?12'W,<br />
24 May 1992 (fl), P. Acevedo-Rodriguez et al. 5012<br />
(holotype, US; isotypes, A, CAY, CTES, F, HUA,<br />
K, NY, P, U). Figs. 4b, lOa, 40a-g<br />
A <strong>Talisia</strong> clathrata subsp. clathrata calice<br />
canescentibus,<br />
petalis glaberis differt.<br />
Leaflets chartaceous, elliptic or seldom oblanceolate,<br />
8.5-20.5(35) x 2.4-5-8 (9.5) cm, with secondary veins<br />
forming a marginal loop 5-10 mm from the margin,<br />
the apex long-acuminate, the base obtuse. Calyx sericeous-canescent;<br />
petals abaxially glabrous; disc canescent-tomentulose<br />
on upper portion.<br />
The newly described subspecies differs from the<br />
typical subspecies by the characters shown in the key<br />
to the subspecies. The subspecific epithet refers to the<br />
canescent sepals of this subspecies.<br />
Phenology. Flowers from May to July, <strong>and</strong> fruit-<br />
ing from June to November.<br />
Distribution <strong>and</strong> Ecology. (Fig. 41) Non-<br />
flooded, moist lowl<strong>and</strong> forest in Guyana, French<br />
Guiana <strong>and</strong> Brazil.<br />
Common name. Guyana: S<strong>and</strong> mora, wa-i.<br />
Representative specimens examined. GUYANA.<br />
Barima/Waini: Barama River, Kariako, 145 m, 25 Sep<br />
1996 (st), van Andel 26sls5 (US).<br />
FRENCH GUIANA. Bassin de L'Approuague:<br />
Regina. Eastern plateau of Montagne Tortue, 11 km WNW<br />
of Approuague river, 16 Jun 1988 (fl), Feuillet et al.<br />
10087 (NY, US); Station des Nouragues, 16 Jul 1989 (fr),<br />
Sabatier & PrJvost 2792 (CAY, NY, P, US), 24 Jun 1994<br />
(st), Sabatier & Prevost 4237 (CAY, US). Bassin du<br />
Maroni: Antecume Pata, Nov 1975 (fr), Moretti 364<br />
(CAY-2); Gr<strong>and</strong> Inini river, 26 Jul 1990 (st), Sabatier &<br />
Prevost 3433 (CAY), 26 Jul 1990 (st), Sabatier & Prevost<br />
3436 (CAY). Region de Saul: Route de Belizon, ca. 2 km<br />
S from Eaux Claires, ca. 200 m, 19 May 1992 (st), Acevedo<br />
R. et al. 4956 (US), 26 May 1992 (fl), Acevedo R. & Angell<br />
5021 (CAY, US-2); Layon Eaux Claires, Sentier Botanique,<br />
ca. 700 m from Route de Belizon, 230 m, 22 May 1992<br />
(bd), Acevedo R. et al. 4996 (CAY, US); Montagne La
TAXONOMIC TREATMENT 57<br />
3 mm.<br />
t t X ~~~ ~~~~~2 mm. ~<br />
Fig. 39. <strong>Talisia</strong> clathrata subsp. clathrata. A. sterile branch. B. staminate flower. C. lateral <strong>and</strong> adaxial views of<br />
petal. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens. E. infructescence. F. embryo, lateral<br />
view. (A from Killip & Smith 27024; B-D from Schunke 303; E-F from Monteiro & Damido 461).
5 8 FLORA NEOTROPICA<br />
2mm~~~~~~~~~~~~~~~~<br />
X tE.<br />
Fig. 40. <strong>Talisia</strong> clathrata subsp. canescens. A. flowering branch. B. staminate flower. C. adaxial <strong>and</strong> lateral<br />
views of petaf with adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens (left)<br />
<strong>and</strong> l.s. same (right). E. top views of disc. F. infructescence. G. embryo, lateral view. (A-E from Mori et al. 21365;<br />
F-G from Mori et al. 14961).
TAXONOMIC TREATMENT 59<br />
9.MwI O.- 7WNI 60W 50W! 40W<br />
N~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~O<br />
X,~~> a/, _1'"<br />
"A<br />
Fi. 1 Dsriuio f peis nTaiiasbgnu itmara(i ar)<br />
f*.<br />
A <strong>Talisia</strong> chartacea \ L ;<br />
* <strong>Talisia</strong> clathrata spp. clathrata ............. .<br />
tj<br />
X t - * '<br />
<strong>Talisia</strong> clathrata ssp.canescens , ,< ,<br />
Fig. 41' Distributionofspeciesin<strong>Talisia</strong>subgenusPito i/a 0n p<br />
~~~~~~~~~~~~~~<br />
Fumee, 200-400 m, 21 Sep 1982 (fr), Mori & Boom 14961 glabrous on both surfaces, the venation brochidodromus,<br />
(CAY, MO, NY), 16 Aug 1982, (fr), Mori & Boom 14711<br />
(MO, NY); Layon Boeuf Mort, 250-300 m, 15 Jun 1988<br />
(yfr), Mori & Gracie 18951 (CAY, NY, P); Saul, 18 May<br />
1973 (fl), Oldeman 3304 (CAY, MO, NY, US).<br />
BRAZIL. Amazonas: Manaus. Disto. Agropecuario,<br />
BDFF, km 41, 50-125 m, 12 Jul 1990 (fl), Mori et al.<br />
21365 (US).<br />
the midvein plane or sunken on adaxial surface, prominent<br />
on abaxial surface, secondary veins inconspicuous,<br />
or less often prominulous on abaxial surface, tertiary<br />
veins reticulate, the margins entire or slightly undulate,<br />
slightly revolute, the apex acute to long-acuminate, gl<strong>and</strong>ular-<br />
mucronulate, or less often obtuse, obtusely apiculate,<br />
retuse, or nearly rounded, the base rounded, obtuse<br />
or acute, sometimes asymmetrical or slightly so;<br />
4. TALISIA CORIACEA Radlkofer, Sitzungsber. petiolules canaliculate, 2-5 mm long, puberulent or gla-<br />
Math.-Phys. Cl. K6nigl. Bayer Akad. Wiss. brous; rachis 0.7-2.5 cm long, slightly flattened, striate,<br />
Munchen 8: 346. 1878. Type. Brazil. Bahia: Ilheus, lenticellate, puberulent; petioles 2-5 cm long, slightly<br />
1840 (fl), Luschnath s.n. (holotype, B-destroyed, flattened, lenticellate, canaliculate, wider at base. Thyrses<br />
photo (F neg. 5673) at MO, NY, US; isotype, BR-<br />
2 sheets, photos at US). Figs. lb, 42a-d<br />
paniculate, terminal, to 15 cm long, the branches to 10<br />
cm long; cataphylls lacking; axes angled, sulcate, minutely<br />
tomentose; bracts minute, early deciduous, mi-<br />
Tree 7-30(?) m tall; trunk to 140 cm in diam. Stems nutely tomentose; dichasia simple, sessile, sometimes<br />
terete to obtusely angled, puberulent, becoming glabrous reduced to a single flower; pedicels ca. 1.5 mm long, ar<strong>and</strong><br />
lenticellate with age. Leaves paripinnate or less of- ticulate below the middle or at the base. Calyx 2.3-3.2<br />
ten imparipinnate; distal process truncate, minute; leaflets mm long, tomentose, the sepals free to the base, concave,<br />
(2) 4-6, opposite or alternate, elliptic to lanceolate, or ovate, obtuse at apex; petals elliptic, 3.2-5.5 mm long,<br />
less often oblanceolate, 2.5-10 x 1.2-4.5 cm, coriaceous, reflexed, woolly-pubescent on lower abaxial surface,
60 FLORA NEOTROPICA<br />
t *<br />
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~2 -mlM<br />
cm.D 2;mB X<br />
Fig. 42. <strong>Talisia</strong> coriacea. A. flowering branch. B. staminate flower <strong>and</strong> flower with part of perianth cut away<br />
showing disc <strong>and</strong> stamens. C. adaxial <strong>and</strong> abaxial views of petal with adnate appendage. D. flower with perianth<br />
removed showing disc, stamens, <strong>and</strong> pistillode. (All from Luschnath 1840).<br />
adaxially glabrous, ciliate at margins, the apex obtuse, bryo with cotyledons superimposed, of equal size.<br />
the base tapering; appendages slightly shorter than the The specific epithet refers to the coriaceous texture<br />
petals, elliptic, erect, densely woolly-pubescent adaxial- of the leaflets.<br />
ly, minutely woolly-pubescent on abaxial surface; disc<br />
cup-shaped, 5-lobed, minutely tomentose, ca. 1 mm tall;<br />
stamens 8, the filaments of unequal length, 0.8-2 mm<br />
long, glabrous, the anthers ca. 1 mm long, elliptic, glabrous,<br />
apiculate at apex; ovary nearly conical, tomen-<br />
Phenology. Flower from November to January <strong>and</strong><br />
in May, collected in fruit in July.<br />
Distribution <strong>and</strong> Ecology. (Fig. 45) In tropical moist,<br />
terra firme forest in lowl<strong>and</strong>s of Brazil <strong>and</strong> Venezuela.<br />
tose, the stigma obconical, tomentulose, papillate. Fruits Representative specimens examined. VENEellipsoid,<br />
tomentose, 2.2 cm long (immature), green, ZUELA. Amazonas: Metacuni river, 20 Jan 1990 (fl),<br />
shortly apiculate at apex, the pericarp 1 mm thick, woody. Stergios & Velazco 13978 (PORT, NY, US). Barinas: 77<br />
Seeds ellipsoid, ca. 1.7 cm long, with fleshy testa. Em- km from Barinas along road to San Cristobal, 350 m, 7<br />
2 mm.
TAXONOMIC TREATMENT 6 1<br />
L ~ ~ ~ L<br />
?.m2mL 7<br />
Fig. 43. <strong>Talisia</strong> esculenta. A. flowering branch. B. detail of leaflet apex showing venation. C. staminate flower.<br />
D. adaxial <strong>and</strong> abaxial views of petal with adnate appendage. E. staminate flower with perianth removed showing<br />
disc, stamens <strong>and</strong> pistillode. F. branch with infructescence. (A-E from Daly et al. 635; F from Nee & Coimbra 36952).<br />
May 1964 (fl), Breteler 3936 (F, NY, P, U, US, VEN-2).<br />
BRAZIL. Amazonas: Mun. Manaus. Manaus-<br />
Itacoatiara road, km 148, 18 May 1972 (fl), Loureiro<br />
et al. s.n. (INPA-35821, US), km 175, trail 23, 4 Jul<br />
1968 (fr), Rodrigues etal. 21329 (INPA). Bahia: Without<br />
specific locality, 1841 (fl), Luschnath s.n. (NY);<br />
1857 (fl), Martius 1851 (M). Mun. Una. Maruim, km<br />
33 road Oliven9a-Buerarema,I00 m, 13 May 198 1(st),<br />
Mori et al. 13975 (NY). Rio de Janeiro: Mun. Rio de<br />
Janeiro. Rio de Janeiro. Horto Florestal, [cultivated?] 15<br />
Dec 1931 (fl), Lourenqo 571 (INPA, U); road to Vista<br />
Chinesa, km 1, 24 Nov 1965 (fl), L. Sobre 1155 (US).<br />
5. TALISIA ESCULENTA (Cambessedes) Radlkofer,<br />
Sitzungsber. Math.-Phys. Cl. Konigl. Bayer Akad.<br />
Wiss. Miunchen 8: 345. 1878.-Sapindus esculentus<br />
Cambessedes in Saint-Hilaire, PI. Usuel. Bras. t. 68.<br />
Aug. 1828. Type. Brazil. Minas Gerais: Sertao du<br />
Rio Sao Francisco, 1824 (fl), Saint-Hilaire s.n. (holotype,<br />
MPU; isotype, P). Fig. 43a-f
6 2 FLORA NEOTROPICA<br />
Treelet or tree, 5-10 (20) m tall; trunk to 50 cm in Distribution <strong>and</strong> Ecology. (Fig 45) Brazil, Paradiam.;<br />
bark brownish, flaky. Twigs nearly terete, gla- guay, <strong>and</strong> Bolivia. In gallery, terra firme, varzea,<br />
brous, lenticellate with age. Leaves paripinnate or less caatinga, <strong>and</strong> dry forests, isl<strong>and</strong> forest surrounded by<br />
often imparipinnate; distal process minute, filiform, 4- savanna, <strong>and</strong> disturbed secondary forest, also widely<br />
5 mm long, early deciduous leaving a truncate base; cultivated for its edible fruits (with fleshy testa).<br />
leaflets (2) 6 to 8, opposite to alternate, elliptic or less<br />
Common names <strong>and</strong> uses. Brazil. Without specific<br />
often oblong-elliptic, lanceolate-elliptic or oblanceolate,<br />
locality: Olhio de boi, pitomba de macaco (fide Pio<br />
4.5-15 x 1.7-7.5 cm, chartaceous, the adaxial surface<br />
Correa 1984, <strong>and</strong> Lorenzi, 1992); Amazonas: pitomba,<br />
slightly shiny, glabrous, the abaxial surface glabrous<br />
pitombeira; Bahia: feijao cru', pitomba; Maranhao:<br />
or puberulous, the venation brochidodromus, pitomba; Rio de Janeiro:pitombeira,pitomba da mata.<br />
prominulous on both surfaces, tertiary veins reticulate, This species is commonly cultivated for its edible fruit<br />
the margins entire, undulate, the apex obtuse, acute, ob- (with fleshy testa), which is sold in local markets. The<br />
tusely acuminate or sometimes emarginate, the base sap is employed as a fish poison <strong>and</strong> the wood is used<br />
obtuse, rounded or rarely truncate, slightly asymmetri- in the construction of boxes (Pio Correa 1984).<br />
cal; petiolules slender, 1-3 mm long, puberulent or<br />
pubescent, usually drying dark brown; rachis (1) 3.5-<br />
Note: There is a strong indication that the protologue<br />
13 cm long, obtusely angled, puberulent or pubescent;<br />
of this species is the work of Cambessedes. Firstly, in<br />
petioles (3) 4.5-6.5 (9) cm long, slightly flattened along<br />
the description of the pistillate flowers <strong>and</strong> the fruits<br />
Saint-Hilaire is credited as the source of this<br />
adaxial surface, thickened <strong>and</strong> darker at the<br />
informavery<br />
base,<br />
tion. It is unlikely that Saint-Hilaire would cite himself<br />
with same indumentum as the rachis. Thyrses simple,<br />
as the source of his description. Secondly, the locality<br />
racemiform, distal or axillary on lateral branches, 15information<br />
is written in the third person <strong>and</strong> the usage<br />
25 cm long; cataphylls acicular, 3-4 mm long, congiven<br />
for the plants refers again to Saint-Hilaire. Accordgested,<br />
axillary in young growth; axes nearly terete to<br />
ing to Taxonomic Literature II (Stafleu & Cowan, 1983)<br />
angled <strong>and</strong> sulcate, puberulent or pubescent; bracts<br />
parts 9-14 of this book were co-authored by<br />
oblong, 3-4 mm long with same indumentum as the<br />
Cambessedes <strong>and</strong> de Jussieu. Parts 1-8 were written<br />
axis; dichasia compound or less often simple; peduncles<br />
exclusively by Saint-Hilaire, <strong>and</strong> in contrast with the later<br />
flattened, 2-6 mm long, pubescent to tomentulose;<br />
parts, it is written in first person, indicating the differpedicels<br />
2.5-4 mm long, articulate at the lower third,<br />
ence of style between Saint-Hilaire <strong>and</strong> his co-authors.<br />
with same indumentum as the peduncle. Calyx 3.5-4<br />
Since Cambessedes wrote the treatnent of <strong>Sapindaceae</strong><br />
mm long, appressed-ferruginous-tomentulose, the sefor<br />
Flora Brasiliae Meridionalis (1824-1833) of Saintpals<br />
free to the base or nearly so, ovate, concave, slightly<br />
Hilaire, it would be logical to assume that he was the<br />
unequal; petals elliptic or elliptic-lanceolate, 4-5 mm<br />
person responsible for the description of S. esculentus.<br />
long, reflexed at anthesis, white, villose adaxially, appressed-pubescent<br />
on lower half abaxially, the apex Representative specimens examined. BRAZIL.<br />
acute or obtuse, the base narrowed; appendages with<br />
Without specific locality, 1825-1830 (fr), Burchell 7971<br />
(K, P); without data (fl), Sello s.n. (K). Amazonas:<br />
same shape <strong>and</strong> length as the petals, puberulent abaxially,<br />
Cachoerinha-Igarape do 40, 4 Nov 1955 (fl), Mello 2275<br />
villous adaxially, adnate along margins of lower half of<br />
(INPA, MG). Bahia: Barreiras, along road to Santo<br />
the petal to form a pocket, the apex obtuse or bifid; disc Desiderio, 23 Dec 1954 (fr), Black 54-17714 (IAN, U);<br />
annular, 5-lobed, glabrous, ca. 0.6 mm tall; stamens 8, Formosa do Rio Preto, 13 Oct 1908 (fl), Dias et al. 117<br />
spreading, the filaments of unequal length, white, 3-4 (US); Mun. Itacare, Faz. Monte Alegre, along Contas<br />
mm long, pilose to glabrous, the anthers ca. 1.2 mm river, cultivated, 18 Aug 1996 (fr), Jardim 952 (NY,<br />
long, elliptic, glabrous, apiculate at apex; ovary coni- US); Alvorada, 270 km from Brasilia, Correntes river, 2<br />
cal, ferruginous-tomentose, the stigma cylindric-capitate,<br />
tomentulose, papillate. Fruits ovoid to nearly<br />
rounded, minutely puberulent <strong>and</strong> yellow when ripe,<br />
2-3 cm long, shortly apiculate at apex, the pericarp ca.<br />
1 mm thick Seeds 1-2 per fruit, ellipsoid, 1.7-2 cm<br />
long, with a fleshy, clear white cover. Embryo with<br />
Jul 1964 (fl), M. Pires 58132 (K, MO, NY, US). Cearal:<br />
Without specific locality, 13 Apr 1918 (fr), Curran 30<br />
(US); Serra de Maranguabe, 14 Sep 1908 (bd), Ducke<br />
1634 (MG); Without specific locality, Aug-Nov 1838<br />
(fl), Gardner s.n. (NY); Between Reden9ao & Palmacea,<br />
10 Oct 1980 (fl), Nunes & Martins 8996 (F); Serra de<br />
Baturite, Sep 1910 (fl), Ule 9064 (K, US). Goias: Withcotyledons<br />
superimposed, of equal size.<br />
out specific locality, 1896 (fl), Glaziou 20862 (K, P).<br />
The specific epithet refers to the fruits (edible, fleshy Maranhao: Between Viana & B<strong>and</strong>eirantes, 17 Oct 1980<br />
seed coat) of this species.<br />
(fl), Daly et al. 635 (K, MG, NY, US); Mun. Tuntum,<br />
Palmeirinhas, between P. Duarte-Barro do Corda, 26 Feb<br />
Phenology. Flower from July to February <strong>and</strong> fruit<br />
from June to April.<br />
1983 (fr), Taylor et al. E-1036 (F, MG, MO, NY, US).<br />
Mato Grosso: San Luis de Caceres, Sep 1911 (fl), Hoehne
TAXONOMIC TREATMENT 63<br />
4507 (M); Cuiaba, 19 Sep 1902 (fl), Malme 2300 (US);<br />
without date (fl), Manso 273 (M); Serra do Roncador,<br />
50 km N of Chavantina, Vau river, 9 Oct 1964(fl), Prance<br />
& Silva 59317 (M, MO, NY, P, US). Minas Gerais: With-<br />
out specific locality, s.d. (fl), Claussen s.n. (K); Apr-<br />
Aug 1840 (fl), Claussen s.n. (P, K-2); 1838 (fl), Claussen<br />
500 (P); Mun. Varzea de Palma, along road from Varzea<br />
de Palma to Serra do Cabral, 16 Jan 1996 (fr),<br />
Hatschbach & Silva 64141 (NY, US); Reserva de Gr<strong>and</strong>e<br />
Sertao, Veredas, Rio Preto, 11 Jun 1989 (fr), Ratter et<br />
al. 6366 (NY, US); Sao Francisco river, Sep 1834 (fl),<br />
Riedel & Lund 2645 (NY, US). Para: Alcantara, 26 Sep<br />
1903 (bd), Ducke 424 (MG); Santa Izabel, 20 Oct 1908<br />
(fl), Anonymous, MG 9743 (MG-2); Concei9ao do<br />
Araguaia, 16 Aug 1955 (fl), Macedo 4048 (US).<br />
Pernambuco: Ipojuca, Praia do Cupe, 10 Dec 1970 (fl),<br />
Andrade Lima 70-6231 (F); Isl<strong>and</strong> of Itamarica, Dec<br />
1837 (fl, fr), Gardner 951 (F, K-2, NY, P-2); Tapera.<br />
without specific locality, Dec 1930 (fl), Pickel 146 (F);<br />
thicket, 9 Jan 1932 (fl), Pickel 306 (IAN, US); Brejo<br />
Madre de Deus, 4 Feb 1995 (fl), Rodal & Sales 460<br />
(US); Vicencia, Eng. Canavieiras, 10 Dec 1964 (fl),<br />
Teixeira 2590 (US). Piaui: Mun. Valencia, Faz. Experi-<br />
mental da Universidade de Piagaba, 30 Oct 1984 (yfr),<br />
Freire 3709 (US); Sertao, Oct 1838 (fl), Gardner 1501<br />
(K-2, NY, P-2); Parnagua, 16 Aug 1980 (fl), Santino<br />
279 (MG); Mun. Teresina, Teresina, 11 Oct 1985 (fl),<br />
Sousa et al. 4230 (US). Rio de Janeiro: Santa Cruz,<br />
road to Sepatiba, 22 Nov 1980 (fl), V Freire 100 (K);<br />
Without specific locality, Feb 1874 (fl), Glaziou 6491<br />
(K, P), Sep 1876 (fl), Glaziou 8309 (K, P), Nov 1879<br />
(fl), Glaziou 10424 (K, P).<br />
BOLIVIA. Beni: Ballivian. 63 km from Santa Rosa<br />
toward Puerto Teresa, 170 m, 17 Sep 1993 (fl), de Michel<br />
& Beck 1237 (LPB, US-2); Don Lorenzo, 200-400 m,<br />
27 Jan 1995(fr), Mostacedo et al. 2680 (LPB, USZ); Prov.<br />
Chiquitos, Cordillera Santiago, Sep (fl), Orbigny 894 (P),<br />
Orbigny 896 (P); Beni River, Jul 1886 (fr), Rusby 1390<br />
(NY, US). Santa Cruz: Prov. Velasco. Las Gamas, 850<br />
m, 15 Nov 1993 (fr), Arroyo et al. 282 (US); Camp El<br />
Refugio, 27 Jun 1994 (fr), Guillen 1954 (US, USZ), 30<br />
Jun 1994 (st), Guilltn & Coria 2005 (MO, USZ); Reserva<br />
Forestal Bajo Paragua, Cerro Pelao, 450 m, 19 Oct 1994<br />
(fr), Killeen et al. 7033 (US, USZ); Prov. Nuflo de Chavez.<br />
10 km E of Concepci6n, 500 m, 13 Dec 1994 (fr), Killeen<br />
& Jardim 7424a (LPB, US); Prov. Andres Ibafiez, 450<br />
m, 29 Nov 1988 (fr), Nee & Coimbra 36952 (US); El<br />
Venao, 29 Aug 1987 (fl), M. Saldias P. 43 (USZ); Prov.<br />
Velasco. San Juancito, 20 km N of San Ignacio, 1 Jan<br />
1990 (fr), Seidel 3148 (LPB, US); Prov. Sara, 350 m, 8<br />
Oct 1926 (fl), Steinbach 7604 (K, MO, NY), Buenavista,<br />
8 Oct 1924 (fl), Steinbach 6595 (K); Prov. Velasco. Parque<br />
Nacional N. Kempff Mercado, trail to WCS antenna, 250<br />
m, 2 Oct 1995 (fr), Vargas et al. 4008 (MO).<br />
PARAGUAY. Without specific locality, Sep 1901-<br />
1902 (fl), Hassler 7413 (K, MO, NY, P-2, US). Amambay:<br />
Estancia Tres Hermanos, 9 Dec 1991 (fr), Basualdo 3830<br />
(MO); Cerro Lorito II, 400 m, 11 Dec 1978 (fr), Bernardi<br />
19128 (F, NY); Apa river, 29 Jul 1910 (fl), Fiebrig 4178<br />
(K, M); Concepci6n. Sep 1901-1902 (fl), Hassler 7413a<br />
(K, MO, P, US); Bella Vista, 15 Dec 1983 (fr), Vanni et<br />
al. 282 (F, MO). Central: Asuncion, Botanical Garden<br />
& Zoo, cultivated, Oct-Nov 1991 (fl), Perez 1288 (US),<br />
Dec 1991 (fr), Perez 1436 (US).<br />
6. TALISIA FIRMA Radlkofer, Sitzungsber. Math.-<br />
Phys. Cl. Konigl. Bayer Akad. Wiss. Miinchen 8:<br />
346. 1878. Type. Venezuela. Amazonas: Casiquiare,<br />
Vasiva & Pasimoni rivers, 1853-54 (fl), Spruce<br />
3311 (holotype, B-destroyed; isotypes, K-3, NY,<br />
P-2; frag. at M). Figs. Sb, 9a, 12a, 44a-f<br />
<strong>Talisia</strong> multinervis Radikofer, Sitzungsber. Math.-<br />
Phys. Cl. Konigl. Bayer Akad. Wiss. Miinchen 8:<br />
346. 1878. Type. Brazil. Uapes river, vic. of<br />
Cachoeira Ipanore [as Panure], Oct 1852-Jan<br />
1853 (fl), Spruce 2421 (holotype, B-destroyed;<br />
isotypes, C, K-2, NY, P; frag. at M).<br />
Tree 10-20 (30) m tall, branching on upper portion;<br />
trunk to 27 cm in diam.; bark light grey, smooth. Twigs<br />
nearly terete to obtusely angled, sulcate, glabrous,<br />
lenticellate with age. Leaves paripinnate or less often<br />
imparipinnate; distal process filiform, ca. 4 mm long,<br />
early deciduous; leaflets (2) 4 (5), opposite, lanceolate,<br />
oblong or elliptic, 5.5-17 x 3-7.8 cm, subcoriaceous<br />
to coriaceous, glabrous, the adaxial surface slightly<br />
lustrous, with plane midvein, the abaxial surface dull,<br />
drying darker, with prominent midvein, the venation<br />
brochidodromus, prominulous on both surfaces, tertiary<br />
veins reticulate, the margins entire, undulate, the<br />
apex obtuse, acute to long-acuminate, the base asymmetrical,<br />
one side obtuse the other rounded; petiolules<br />
pulvinate, slender, 5-10 mm long, slightly flattened on<br />
adaxial surface, glabrous; rachis 1-4 cm long, nearly<br />
terete, bisulcate along adaxial surface, glabrous; petioles<br />
1.7-8 cm long, slightly flattened along adaxial<br />
surface, slightly enlarged at base, glabrous. Thyrse<br />
panicle-shaped, axillary or distal, 5-25 cm long;<br />
cataphylls absent; axes angled, sulcate, puberulent;<br />
bracts early deciduous, oblong-lanceolate, ca. 3 mm<br />
long, with same indumentum as the axis; bracteoles<br />
similar but smaller; dichasia simple to compound, sometimes<br />
only one flower developing; peduncles slightly<br />
flattened, 0-2 mm long, pubescent or tomentulose;<br />
pedicels 3-4 mm long, articulate at upper third, with<br />
same indumentum as the peduncle. Calyx green, 3-4.5<br />
mm long, puberulent to pubescent, the sepals free to<br />
the base, oblong-lanceolate to ovate, slightly concave;<br />
petals elliptic-deltate, lanceolate-deltate or deltate, 3.6-<br />
5.5 mm long, reflexed at anthesis, white, adaxially villose<br />
on upper half, abaxially appressed-pubescent on<br />
lower half, the apex acute or obtuse, the base cuneate;<br />
appendages similar to the petals in shape, as long as or
64 FLORA NEOTROPICA<br />
Fig. 44. <strong>Talisia</strong> firma. A. flowering branch. B. staminate flower. C. I.s. staminate flower showing disc, stamens,<br />
<strong>and</strong> pistillode. D. adaxial <strong>and</strong> abaxial views of petal with adnate appendage. E. stamens. F. portion of infructescence.<br />
(A-E from Liesner 8866; F from Gentry 47377).
TAXONOMIC TREATMENT 65<br />
SOW? SGAI TO~~7W? SOW SAN? 40W<br />
66 FLORA NEOTROPICA<br />
Delgado 8458 (PORT, NY); Isla Rat6n, 1971 (fl), Bossio base; leaflets 24, opposite or less often alternate, ovate,<br />
s.n. (US); Vic. of Manare, 28 km S of San Carlos de Rio lanceolate or elliptic, 5.5-11.5 x 2.6-6.6 cm, coriaceous,<br />
Negro, along Rio Negro, 119 m, 22 Apr 1981 (fl), Clark<br />
& Maquirino 7931 (MO, NY); Casiquiare river, El<br />
Porvenir, 13 Feb 1991 (fl), Colella & Guayamare 2138<br />
(US); Brazo Casiquiare, between the mouth of Pasimoni<br />
& Culimacare rivers, 80 m, 25 Jul 1984 (fl), Davidse<br />
27875 (MO), 26 Jul 1984 (fl), Davidse 27960 (MO);<br />
Mawarinuma river, 140 m, 27 Apr 1984 (st), Gentry &<br />
Stein 47010 (MO); Baria river, 130 m, 11 May 1984<br />
glabrous, the adaxial surface lustrous, the abaxial surface<br />
dull, drying lighter, the venation brochidodromus,<br />
with tertiary veins highly reticulate, these plane or<br />
slightly sunken on adaxial surface, prominent on abaxial<br />
surface, tertiary veins reticulate, the margins entire, undulate,<br />
revolute, the apex obtuse, rounded, acute or<br />
acuminate, the base rounded or obtuse, sometimes asym-<br />
(fr), Gentry & Stein 47377 (MO); Cafno de Cholo, 16 metrical; petiolules cylindrical, rugose, grayish, 5-10<br />
km NE of San Carlos de Rio Negro, 120 m, 29 Jan 1980 mm long, furrowed along adaxial surface, appressed-<br />
(fl), Liesner 8866 (MG, MO, VEN), 29 Jan 1980 (fl), puberulous or pubescent; rachis 1.5-7 cm long, nearly<br />
Liesner 8883 (NY, MO, VEN); Paciba river, between<br />
Lago Paciba & Casiquiare river, 130 m, 5 Apr 1953 (fl),<br />
Maguire & Wurdack 34869 (MO-2, NY, VEN); Vic. of<br />
Piedra Arauicaua, along Pacimoni-Yatua river, 130 m,<br />
16 Jul 1959 (fl), Wurdack & Adderley 43476 (MG, MO-<br />
2, NY, US, VEN); Near Solano along Casiquiare river, 9<br />
Jul 1959 (fl), Wurdack & Adderley 43363 (K, MG, MO,<br />
NY, P, US, VEN); Yatua river, 110 m, Apr 1991 (fr),<br />
terete, bisulcate along adaxial surface, appressed-puberulent,<br />
lenticellate; petioles 3-6.5 cm long, slightly<br />
flattened along adaxial surface, slightly enlarged at base,<br />
appressed-puberulent, lenticellate. Thyrses panicleshaped,<br />
axillary or distal, 10-20 cm long; cataphylls<br />
wanting; axes slightly flattened, sulcate, ferruginoustomentose;<br />
bracts early deciduous, oblong-lanceolate,<br />
Velazco 1745 (MO-2, PORT).<br />
ca. 4 mm long, with same indumentum as the axis; brac-<br />
PERU. Loreto: Prov. Maynas: Iquitos, Quistococha, teoles similar but smaller; dichasia compound; pe-<br />
100 m, 29 Oct 1979 (st), Ayala 2004 (MO); Mishana, duncles terete, 3-4 mm long, tomentose; pedicels < 1<br />
Nanay river, half way between Iquitos & Sta. Maria de<br />
Nanay, 140 m, 23 Mar 1979 (st), Gentry et al. 26114<br />
(MO); Yanamono Explorama Tourist Camp, 130 m, 1 Jul<br />
1983 (st), Gentry et al. 42476 (MO); Moronillos, vic. of<br />
Iquitos, 116 m, 15 Sep 1986 (fr), Visquez & Jaramillo<br />
7913 (MO, NY).<br />
BRAZIL. Amazonas: Mun. Barcelos. 10 km N of<br />
Barcelos, 100 m, 6 Aug 1996 (fl), Acevedo R. et al. 7963<br />
(INPA, US), (fl), Acevedo R. et al. 7988 (INPA, US);<br />
mm long, articulate at the apex, with same indumentum<br />
as the peduncle. Calyx yellowish, ca. 5 mm long, tomentose,<br />
the sepals 3-4 mm long, ovate-deltate, slightly<br />
concave; petals narrowly elliptic, 3.5-4.5 mm long,<br />
reflexed at anthesis, yellowish, adaxially glabrous,<br />
abaxially villose, the apex acuminate, the base clawed;<br />
appendages as long as the petals, adaxially villous,<br />
abaxially glabrous, adnate along margins of lower half<br />
Lateral channels of Rio Negro toward entrance to Araga of the petal to form a pocket, the apex acuminate; disc<br />
river, 100 m, 7 Aug 1996 (fl), Acevedo R. et al. 8053 annular, 5-lobed, glabrous, 1-1.5 mm tall; stamens 8,<br />
(INPA, US); Upper Rio Negro, 100 m, 16 Aug 1996 (fr), the filaments of unequal length, 3-4 mm long, glabrous,<br />
Acevedo R. et al. 8390 (INPA, US); Rio Preto, 17 Aug the anthers 1-1.2 mm long, ovate, glabrous, obtuse at<br />
1996 (yfr), Acevedo R. et al. 8448 (INPA, US); Vila<br />
Bittencourt, along Japura river, 19 Nov 1982 (fr), Amaral<br />
et al. 579 (INPA, MG, MO, NY, US); Cauaburi river, 18<br />
Jun 1976 (fr), Coelho 495 (INPA, MG); Mun. Barcelos.<br />
Along Araga river, 29 Jul 1985 (fl, yfr), Cordeiro 318<br />
(F, INPA, NY, US); Carauari, Pogo Jurua, Jul 1980 (fr),<br />
da Silva et al. 905 (MG); Mun. Manaus. Reserva Ducke,<br />
Manaus-Itacoatiara, km 26, 7 Aug 1995 (fr), Sothers et<br />
apex; ovary conical, ferruginous-tomentose, the stigma<br />
cylindric-trigonous, tomentulose. Fruits asymmetrically<br />
depressed-ovoid, woody, densely ferruginous-sericeous,<br />
brown when ripe, 3.5-4.2 x 4.5-5 cm, the pericarp<br />
2-5 mm thick Seeds one per fruit, ovoid, ca. 3 cm<br />
long, with a fleshy white cover. Embryo with cotyledons<br />
superimposed, of equal size.<br />
al. 539 (US).<br />
The specific epithet honors Dr. Roman S. Flores,<br />
collector of the type specimen.<br />
7. TALISIA FLORESII St<strong>and</strong>ley, Tropical Woods<br />
26: 14. 1931. Type. Mexico. Yucatain: Progreso,<br />
Mar 1931 (Fr), R. S. Flores s.n. (holotype, F<br />
633290). Fig. 46a-h<br />
Tree 6-30 m tall, branching on upper portion; trunk<br />
to 1 m in diam. Twigs nearly obtusely angled, sulcate,<br />
ferruginous-tomentose, becoming terete, glabrous, <strong>and</strong><br />
noticeable lenticellate with age. Leaves paripinnate; distal<br />
process filiform, early deciduous, leaving a truncate<br />
Phenology. Known to flower from April to August<br />
<strong>and</strong> to fruit in February, July <strong>and</strong> November.<br />
Distribution <strong>and</strong> Ecology. (Fig. 50) Endemic to<br />
theYucatan Peninsula (Guatemala <strong>and</strong> Mexico), in tall,<br />
moist <strong>and</strong> rain forests.<br />
Common name <strong>and</strong> uses. Guatemala. Peten: Poloc.<br />
Fruits are reported as edible (St<strong>and</strong>ley, 1931); dry fruits<br />
are used as rattles <strong>and</strong> the woody mesocarp is used in<br />
the construction of toys, similar to a whirligig.
TAXONOMIC TREATMENT 67<br />
3mm.~~~~~~~~~~~~~~~~~H<br />
LI 7D WG<br />
(7<br />
(1)~~~~~~~~~~~~/1<br />
Fig. 46. <strong>Talisia</strong> floresii. A. flowering branch. B. dichasium. C. staminate flower. D. adaxial <strong>and</strong> abaxial views<br />
of petal with adnate appendage. E. staminate flower with part of perianth cut away showing disc <strong>and</strong> stamens.<br />
F. flower with perianth removed showing disc <strong>and</strong> stamens (left) <strong>and</strong> ls. same (right). G. pistillode. H. portion of<br />
infructescence. (A-G from Bartlett 12680; H from Enriquez 392).
6 8 FLORA NEOTROPICA<br />
Representative specimens examined. MEXICO. branches to 12 cm long; cataphylls absent; axes slightly<br />
Campeche: Calakmul, Zon-Laguna, flooded forest, 15 obtusely angled, sulcate, ferruginous-papillate inter-<br />
May 1997 (fl), Alvaro 721 (CICY); Calakmul, tall, moist mixed with soft, long hairs; bracts persistent, oblongforest,<br />
28 Jun 202 (fr), Acevedo-Rdgz. & Tapia 12234 lanceolate, ca. 4 mm long, with same indumentum as<br />
(CICY, US); La China, 1.5 km SE of Campeche, remnant<br />
the axis; bracteoles similar but smaller; dichasia simple,<br />
tree along roadside, 27 Jun 2002 (fr), Acevedo et al. 12200<br />
sessile; pedicels 1.5-2 mm long, articulate on lower half,<br />
(CICY, US); Tuxpefia, 8 Nov 1931 (fr), Lundell 917 (K,<br />
MO, US). Quintana Roo: 2 km N of Laguna Guerrero, with same indumentum as the axis. Calyx pale green,<br />
1 Jul 1984 (fr), Cabrera & Cabrera 6569 (F); Othon 4-4.5 mm long, papillate-sericeous to tomentose, the<br />
Blanco, 4 km NW of Estero Franco, flooded forest on sepals ca. 3 mm long, ovate to elliptic, slightly concave;<br />
organig soils, 17 May 1985 (fl), Cabrera 8360 (CICY). petals elliptic-ovate, 4.5-6 mm long, white, adaxially<br />
Tabasco: Reforma, Balancafn, 22 May-6 Jun 1939 (fl), papillate, abaxially densely appressed-pubescent on<br />
Matuda 3193 (F, K). Yucatin: Becanchen, vic. of Aguada lower half, the apex obtuse, the base clawed; append-<br />
Xcruz-Akal, 3 Feb 1956 (fr), Enriquez 392 (US). ages deltate, as long as the petals, adaxially densely<br />
GUATEMALA. Peten: Tikal National Park, on ru- sericeous on upper half, abaxially papillate, adnate along<br />
ins, 11 Nov 1959 (fr), Contreras 375 (MO); Between margins of lower half of the petal to form a pocket, the<br />
San Jose & El Remate, along Laguna Peten, 5 Aug 1967<br />
apex obtuse; disc annular, 5-lobed, fleshy, tomentulose,<br />
(fl), Contreras 6991 (MO); San Andres, 4 May 1933<br />
1-1.2 mm tall; stamens 8, the filaments of unequal<br />
(fl), Lundell 3121 (US); Kantetul Bajo, 2 May 1933 (fl),<br />
length, 2.7-4.5 mm long, glabrous, the anthers ca. 1<br />
Lundell 3185 (K).<br />
mm long, ellipsoid, glabrous, obtuse at apex; ovary<br />
conical, ferruginous-tomentose, the stigma cylindric-<br />
8. TALISIA FURFURACEA S<strong>and</strong>with, Kew Bull. trigonous, papillate. Fruits ovoid or ellipsoid, woody,<br />
1935. 121. 1935. Type. Guyana. Mazaruni: Mazaruni densely ferruginous-sericeous, yellowish brown, 2.5-<br />
Station, 1 Mar 1934 (fl), Davis 359 (Forest Dept. 2.8 cm long, the pericarp ca. 3 mm thick Seeds one per<br />
ofBritish Guiana 2352) (holotype, K, n.v.; isotypes, fruit, ellipsoid, ca. 2 cm long, with a thin fleshy cover.<br />
NY, K-3). Figs. 3c-f, 5a, 47a-g Embryo with cotyledons superimposed, the upper cotyledon<br />
slightly larger than the lower one.<br />
The specific epithet seems to refer to the indumentum<br />
found on this species, however, it is better described<br />
as sericeous or appressed-pubescent, rather than<br />
furfuraceous.<br />
Tree to 30 m tall, branching on upper portion to<br />
produce a dense crown; trunk to 45 cm in diam., bark<br />
grayish brown, rough. Young growth conspicuously<br />
ferruginous-tomentose intermixed with short papilliform<br />
hairs. Twigs nearly terete, sulcate, rough, glabrescent<br />
with age. Leaves paripinnate; distal process cylindrical,<br />
truncate, ca. 4 mm long, early deciduous; leaflets<br />
4-8, opposite, elliptic to oblanceolate, 6.5-21 x 2.6-8<br />
cm, rigid-coriaceous, the adaxial surface slightly lustrous,<br />
glabrous, depressed along both sides of the<br />
prominulous midvein, sometime with scattered, raised,<br />
conical insect galls, the abaxial surface dull, sparingly<br />
appressed-pubescent, especially along the strongly<br />
prominent mid <strong>and</strong> secondary veins, the venation<br />
brochidodromus, forming a marginal loop, tertiary venation<br />
reticulate, the margins entire, revolute to strongly<br />
revolute, the apex obtuse, or shortly acuminate, the base<br />
obtuse, cuneate or rounded sometimes slightly asymmetrical;<br />
petiolules cylindrical, slightly enlarged at base,<br />
rugose, grayish, 4-10 mm long, furrowed along adaxial<br />
surface, puberulous; rachis 1.5-14 cm long, nearly terete,<br />
or obtusely angled on young leaves, bisulcate along<br />
adaxial surface, ferruginous-papillate intermixed with<br />
soft, long hairs, becoming glabrous with age; petioles<br />
3.5-9 cm long, slightly flattened along adaxial surface,<br />
slightly enlarged at base, with same indumentum as the<br />
rachis. Thyrses panicle-shaped, axillary or congested<br />
on distal portion of branches, to 21 cm long, the lateral<br />
Phenology. Known to flower from September to<br />
March <strong>and</strong> to fruit from October to May.<br />
Distribution <strong>and</strong> Ecology. (Fig. 50) Endemic to<br />
the Guianas, in mixed forests on s<strong>and</strong>y soil or loam.<br />
Representative specimens examined. GUYANA.<br />
Cuyuni/Mazaruni: Mazaruni Station, 30 m, 14 May<br />
1936 (fr), Davis 501 (K-2). Upper Demerara: Moraballi<br />
Creek, Essequibo river, 8 Sep 1939 (fl), Fanshawe 251<br />
(K-3, NY); Mabura Hill, 10 Dec 1994 (fr), Jansen-<br />
Jacobs 1134 (US). West Demerara: Makauria Creek,<br />
Essequibo river, 15 Oct 1940 (yfr), Fanshawe 576 (K,<br />
NY-2).<br />
SURINAM. Brokopondo: Brownsweg, nature park,<br />
Feb 1977 (fl), Roberts & v. Troon 14806 (MO, NY).<br />
FRENCH GUIANA. Bassin du Sinnamary:<br />
Sinnamary river, 8 Sep 1988 (st), Sabatier & Prevost<br />
2202 (CAY, US). Piste de Saint Elie: Station Biologique<br />
ORSTOM, 29 Apr 1992 (st), Acevedo R. & Grimes 4863<br />
(CAY, NY, US), 1 May 1992 (st), Acevedo R. & Grimes<br />
4874 (CAY).<br />
9. TALISIA GRANULOSA Acevedo-Rodriguez, sp.<br />
nov.
TAXONOMIC TREATMENT 69<br />
G fro Janen Jcobs1134<br />
G from Jansen-Jacobs 1134).~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~<br />
Fig. 47. <strong>Talisia</strong> furfuracea. A. flowering branch. B. staminate flower. C. abaxial, adaxial <strong>and</strong> lateral views of<br />
petal with adnate appendage. D. staminate flower with perianth removed showing disc, stamens, <strong>and</strong> detail of<br />
anther. E. portion of infructescence. F. l.s. fruit. G. embryo, dorsal view. (A-D from Roberts & Troon 14806; B-<br />
Type. Brazil. Amazonas: Mun. Manaus. Reserva<br />
Ducke, Manaus-Itacoatiara Hwy, km 26, plateau forest,<br />
2053'S, 59058'W, 15 Jul 1997 (fr), PA. Assunfao et al.<br />
538 (holotype, US; isotype, INPA, n.v.). Fig. 48a-b<br />
A <strong>Talisia</strong> floresii St<strong>and</strong>ley foliolis abaxiale albo-<br />
granulosis differt.<br />
Tree; trunk furrowed; bark reddish brown, with<br />
numerous lenticels, peeling off in irregular plates; inner<br />
bark light orange. Young stems striate, minutely<br />
appressed-pubescent, becoming terete <strong>and</strong> lenticellate.<br />
Leaves paripinnate; distal process acicular, deciduous,<br />
leaving a 1 mm long base with truncate apex; leaflets<br />
4-6, opposite or subopposite, 5-9 x 1.7-4, oblanceolate<br />
or obovate, coriaceous, the adaxial surface glabrous,<br />
slightly lustrous, with sunken primary <strong>and</strong> secondary<br />
veins, the abaxial surface albo-granulose, scattered,<br />
appressed-pubescent, with prominent primary <strong>and</strong><br />
secondary veins, the venation brochidodromus,<br />
orangish, with secondary veins alternate or opposite,<br />
straight or slightly arching toward the margin, tertiary<br />
veins reticulate, the margins strongly revolute, the apex<br />
obtusely apiculate, the base obtuse; petiolules 1-5 mm<br />
long, minutely appressed-pubescent, adaxially furrowed;<br />
rachis 1.4-3.5 cm long, striate, minutely appressed-pubescent;<br />
petioles 2.5-4.2 cm long, minutely
7 0 FLORA NEOTROPICA<br />
Fig. 48. <strong>Talisia</strong> granulosa. A. sterile branch <strong>and</strong> detail of abaxial leaflet surface. B. fruit <strong>and</strong> lateral view of<br />
embryo. (A-B from Assun9ao 538).<br />
appressed-pubescent, lenticellate, slightly flattened <strong>and</strong><br />
bicanaliculate along adaxial surface, slightly enlarged<br />
at base. Inflorescence <strong>and</strong> flowers unknown. Fruits<br />
depressed-globose, brownish, smooth, minutely ferruginous-sericeous,<br />
2 x 3.1 cm long, the pericarp<br />
woody, ca. 2 mm thick. Seed ca. ellipsoid, ca. 2.7 cm<br />
long, with fleshy testa. Embryo peanut-shaped; cotyledons<br />
superimposed, of equal size.<br />
<strong>Talisia</strong> granulosa is similar to T floresii, however,<br />
T granulosa can be distinguished from the latter by<br />
the leaflets with albo-granulose <strong>and</strong> scattered, appressed-pubescent<br />
abaxial surface (vs. glabrous). The<br />
specific epithet refers to the granulate appearance of the<br />
abaxial surface of the leaflets.<br />
Phenology. Collected in fruit during July.<br />
Distribution <strong>and</strong> Ecology. (Fig. 50) Known only<br />
from the type collection.<br />
3 cm.<br />
10. TALISIA JAPURENSIS (C. de C<strong>and</strong>olle)<br />
Radlkofer in Martius, Fl. Bras. 13(3): 560. 1900.<br />
Guareajapurensis C. de C<strong>and</strong>olle in Martius, Fl.<br />
Bras. 11(1): 199. 1878. Type. Brazil. Amazonas:<br />
Japura river, Martius s.n. (holotype, G?,n.v.;<br />
isotype, M). Fig. 49a-f<br />
Tree 3-14 m tall. Stems terete, light brown, striate,<br />
ferruginous-tomentose, glabrescent <strong>and</strong> lenticellate with<br />
age. Leaves imparipinnate or paripinnate; distal process<br />
early deciduous, leaving a truncate base 2-3 mm long;<br />
leaflets (2)3-8, alternate, subopposite or opposite, elliptic,<br />
(4)6-23.5 x (1.8) 3-9.5 cm, chartaceous, slightly<br />
discolorous, the adaxial surface glabrous with<br />
prominulent midvein <strong>and</strong> slightly impressed secondary<br />
veins, the abaxial surface puberulent especially along<br />
veins, glabrescent, venation brochidodromus, prominent<br />
on abaxial surface, especially the midvein <strong>and</strong>
TAXONOMIC TREATMENT 7 1<br />
Fig. 49. <strong>Talisia</strong> japurensis. A. denuded fruiting branch. B. inflorescence. C. staminate flower. D. lateral, adaxial,<br />
<strong>and</strong> abaxial views of petal with adnate appendage. E. staminate flower with perianth removed showing disc <strong>and</strong><br />
stamens. F. fruiting branch. (A from Martius s.n.; B-E from Ducke 18906; F from Martius s.n.).
7 2 FLORA NEOTROPICA<br />
9owl 7rWI s H owI 50WI 5RV 40W<br />
lp . o's. , S ,
TAXONOMIC TREATMENT 73<br />
of cachoeira Alta, 20 Sep 1954 (fl), Chagas s.n., herb. ellipsoid, glabrous, retuse at apex; ovary ferruginous-<br />
127 (IAN, INPA); Mindu creek, 27 Aug 1956 (fl), sericeous, the stigma capitate. Fruits not known.<br />
Coelho s.n., herb. 4130 (INPA-2); Mun. Presidente <strong>Talisia</strong> lanata can be distinguished from all other<br />
Figueredo along road to hydroelectric project, close to<br />
species of <strong>Talisia</strong> by the woolly pubescence of inflothe<br />
airport, 16 Jul 1986 (fr), C. Ferreira 7597 (US); Mun.<br />
rescences <strong>and</strong> abaxial surface of leaflets. No other spe-<br />
Borba. vic. of Urucurituba, 4-6 Sept 1934 (fl), Krukoff<br />
5960 (F, MO, NY, US); Manaus, 12 Sep 1955 (fl), Mello<br />
cies of <strong>Talisia</strong> is known to have this kind of pubess.n.,<br />
herb. 1883 (INPA); Manaus, road to Aleixo, at INPA cence on its vegetative parts. The specific epithet refers<br />
grounds, 9 Oct 1976 (yfr), Monteiro 1285 (INPA); Rio to the indumentum.<br />
Negro, vic. of Cuieiras river, 12 Oct 1972 (fl), Pires &<br />
Piata 266 (INPA, US); Manaus, 3 Oct 1961 (fr),<br />
Phenology. Collected in flower during January.<br />
Rodrigues & Chagas 2557 (INPA); Manaus-Porto Velho Distribution <strong>and</strong> Ecology. (Fig. 54) Known only<br />
road, between Castanho <strong>and</strong> Tupana rivers, 17 Jul 1972<br />
(bd), Silva et al. 827 (INPA). Pari: Tapaj6s river, 14<br />
Aug 1923 (fl), Ducke s.n., herb. 18906 (RB, U).<br />
from the type collection.<br />
12. TALISIA MICROPHYLLA Uittien, Recueil<br />
Trav. Bot. Neerl. 34: 483. 1937. Type. Surinam.<br />
11. TALISIA LANATAAcevedo-Rodriguez, sp. nov. Brownsberg, 22 Mar 1924 (fl), Boschwezen 6445<br />
Type. Colombia. Amazonas: Araracuara, Inchi, disturbed<br />
vegetation, 17 Jan 1985 (fl), NC. Garzon, P<br />
(holotype, U, photo at US; isotypes, K, IAN, MO,<br />
NY, U). Fig. 52a-g<br />
Palacios & J. Mirana 145 (holotype, COAH). Tree 20-25 m tall, with small crown; trunk reaching<br />
Figs. 4d, 51a-d 35 cm in diam.; buttressed at base; bark light grey or<br />
light brown, rough lenticellate. Stems terete, glabrous or<br />
A T. furfuracea S<strong>and</strong>with foliolis et inflorescentiis<br />
lanatis differt.<br />
puberulent, striate, dark brown, sometimes minutely<br />
lenticellate. Leaves paripinnate or less often imparipinnate;<br />
Tree 8 m tall. Stems nearly terete, sulcate, ferrugi- distal process acicular, 4-5 mm long, carinate along<br />
nous-tomentose. Leaves imparipinnate; distal process adaxial surface, early deciduous leaving a truncate base;<br />
early deciduous; leaflets 7, alternate, with lowermost pair leaflets (2) 4 (5) opposite or alternate, obovate, elliptic,<br />
opposite, elliptic or nearly so, 10.7-15.5 x 4.2-5.1 cm, oblong or lanceolate, 4.5-12 x 1.5-4.5 cm, chartaceousrigidly<br />
coriaceous, bullate, adaxially glabrous <strong>and</strong> lus- coriaceous, usually with scattered necrotic round spots,<br />
trous, with sunken primary <strong>and</strong> secondary veins, glabrous on both surfaces, discolorous (abaxial surface<br />
abaxially densely ferruginous-woolly over the promi- darker), the venation brochidodromus, inconspicuous,<br />
nent primary <strong>and</strong> secondary veins, scattered so on the plane on both surfaces, midvein prominent on both surreticulate<br />
tertiary veins, the venation brochidodromus, faces, tertiary veins reticulate, the margins entire or<br />
forming a strong continuous intramarginal vein, the slightly undulate, slightly revolute, the apex obtusely<br />
margins entire, strongly revolute, the apex obtuse, with acuminate to caudate, gl<strong>and</strong>ular-mucronulate, the base<br />
a short apiculum, the base obtuse, slightly unequal; peti- usually asymmetrical, obtuse, rounded or obtuse-cuneate;<br />
olules cylindrical, 7-10 mm long, densely ferruginous- petiolules slightly thickened, 2-5 mm long, glabrous or<br />
tomentose; rachis ca. 10.5 cm long, terete, ferruginous- puberulent, adaxially canaliculate; rachis 2-4(-6) cm<br />
tomentose, striate; petioles ca. 11.5 cm long, terete, long, obtusely angled, adaxially carimnate, puberulent; petferruginous-tomentose,<br />
striate, slightly enlarged at the ioles 1.2-3 (4) cm long, slightly flattened, striate, swolvery<br />
base. Thyrses fasciculate, axillary, ca. 9 cm long; len at the very base. Thyrses panicle-shaped, terminal<br />
cataphylls apparently lacking; axes nearly terete, ferrugi- on lateral branches, 8-12 cm long, branches 2-4 cm long;<br />
nous-woolly; bracts oblong, puberulent, ciliate at mar- cataphylls deltoid, 1.5-2 mm long, puberulent; axes<br />
gins, 2.5-3 mm long; dichasia compound, sessile; angled, sulcate, minutely ferruginous pubescent; bracts<br />
pedicels ca. 1 mm long, articulate at the middle, woolly. <strong>and</strong> bracteoles subulate-lanceolate, 1-1.5 mm long, per-<br />
Calyx ca. 4 mm long, tomentose, the sepals free to the sistent, minutely ferruginous pubescent; dichasia combase,<br />
ovate, obtuse at apex; petals (immature) elliptic, ca.<br />
3 mm long, adaxially papillate, abaxially glabrous, except<br />
pound or the distal ones simple; peduncle 2-3 mm long,<br />
minutely ferruginous pubescent or tomentulose; pedicels<br />
for the pilose base, the apex obtuse, the base cuneate- ca. 1.2 mm long, articulate at the base. Calyx 2-2.6 mm<br />
attenuate; appendages nearly as long as the petals, broadly<br />
deltate, adaxially sericeous, abaxially glabrous at base,<br />
sericeous toward the apex; disc annular, tomentose, ca.<br />
0.5 mm tall; stamens (immature) 8 or 10, the filaments<br />
of equal length, glabrous, the anthers ca. 0.8 mm long,<br />
long, ferruginous-tomentulose or pubescent, the sepals<br />
free to the base, concave, ovate, obtuse or acute at apex,<br />
adaxially tomentulose; petals rhombic-ovate, 3-4 mm<br />
long, glabrous or sparsely pubescent on both surfaces,<br />
the apex acute, the base cuneate; appendages as long as
74 FLORA NEOTROPICA<br />
~~~~~~~~y ~ ~ ~ ~ ..<br />
2mm fi- f<br />
Fig. 51. <strong>Talisia</strong> lanata. A. flowering branch <strong>and</strong> detail of abaxial <strong>and</strong> adaxial surfaces of leaflets. B. flower bud.<br />
C. abaxial <strong>and</strong> adaxial views of petal with adnate appendage. D. pistillate flower with perianth removed showing<br />
disc, stamens <strong>and</strong> pistil. (A-D from Garzon et al. 145).
TAXONOMIC TREATMENT 75<br />
2 mm.<br />
L Im.<br />
Eimm} ~~5mm<br />
iW~~~~~~~~~~~ n<br />
Fig. 52. <strong>Talisia</strong> microphylla. A. flowering branch. B. staminate flower. C. adaxial <strong>and</strong> abaxial views of petal with<br />
adnate appendage. D. staminate flower with perianth removed showing disc, stamens <strong>and</strong> pistillode. E, stamen.<br />
F. pistillode (left) <strong>and</strong> i.s. pistillode (right). G. leaf. (A-F from Forest Dept. British Guiana 5355; G from Wood<br />
Herbarium Surinam 321).<br />
the petals or only 2/3 the length of petals, rhombic-ovate, capitate, 3-lobed, tomentulose. Fruits ovoid, ferruginousabaxially<br />
papillate, adaxially woolly-pubescent, fused to tomentose, minutely rugose, 2-2.4 cm long, shortly apithe<br />
petal along its basal margins to form a pocket, trun- culate at apex, the pericarp 1 mm thick, coriaceous, the<br />
cate at apex; disc annular, 10-lobed, glabrous or spar- endocarp sparingly pubescent or glabrous. Seeds ellipingly<br />
puberulent, ca.0.8 mm tall; stamens 8, the filaments soid, with pale pink or whitish edible, fleshy testa. Emsubulate,<br />
of equal or unequal lengths, 0.8-2 mm long, bryo not seen.<br />
glabrous, the anthers 0.5-0.6 mm long, ovoid, glabrous, The specific epithet refers to the small size of the<br />
retuse at apex; ovary nearly conical, tomentose, the stigma leaflets in this species.<br />
.....
7 6 FLORA NEOTROPICA<br />
Phenology. Collected in flower from March to May to 17 cm long; cataphylls lacking; axes angled, sulcate,<br />
<strong>and</strong> in September, <strong>and</strong> in fruit in June.<br />
puberulent; bracts early deciduous; dichasia compound,<br />
Distribution <strong>and</strong> Ecology. (Fig. 54) The Guianas,<br />
Ecuador, <strong>and</strong> Brazil, in primary, lowl<strong>and</strong>, moist, nonflooded<br />
forest.<br />
sessile; pedicels ca. 1 mm long, articulate at base. Calyx<br />
1.5-2 mm long, tomentose, the sepals free to the base,<br />
concave, lanceolate, obtuse at apex; petals ca. 3 mm long,<br />
lanceolate, clawed at lower half, pilose abaxially at claw,<br />
Common name. Surinam: zwarte pintolobus. the blade abaxially glabrous, adaxially papillate, the apex<br />
obtuse; appendages as long as the petals, elliptic, erect,<br />
Representative specimens examined. GUYANA. densely sericeous, adaxially, sparsely sericeous- papil-<br />
Upper Demerara/Berbice: Moraballi creek, Essequibo<br />
late on abaxial surface; disc 5-lobed, minutely woollyriver,<br />
45 Apr 1946 (fl), Forest Dept. of British Guiana<br />
pubescent; stamens 8, the filaments of unequal lengths,<br />
5355 (K-2, NY, US); Bartica, on the Essequibo river,<br />
0.7-1.8 mm long, woolly-pubescent, the anthers ca. 0.6<br />
17 Jun 1952 (fr), Forest Dept. of British Guiana 6966<br />
(K, NY). Essequibo Isl<strong>and</strong>s/West Demerara: Groete mm long, elliptic, glabrous, apiculate at apex. Pistillate<br />
creek, lower Essequibo river, 20 Jun 1944 (fr), Fanshawe flower unknown. Fruits ellipsoid, ferruginous-sericeous-<br />
1982 (NY).<br />
tomentose, 2.2 cm long (immature), green, shortly api-<br />
SURINAM. Sakali(?), May 1945 (st), Wood her- culate at apex, the pericarp 1 mm thick, leathery, the enbarium<br />
Surinam 321 (NY). Nickerie: Fallawatra, 8 Nov docarp tomentulose. Seeds ellipsoid, ca. 1.3 cm long,<br />
1971 (st), Jimenes-Saa 1571 (CAY).<br />
with fleshy testa. Embryo with cotyledons superimposed,<br />
FRENCH GUIANA. Piste de Saint Elie: Station of equal size.<br />
Biologique ORSTOM, 4 May 1992 (st), Acevedo R. 4890<br />
<strong>Talisia</strong> parviflora seems to be closely related to T<br />
(CAY), 1 Nov 1991 (st), Prevost & Sabatier 2976<br />
coriacea because of their morphological similarity.<br />
(CAY).<br />
ECUADOR. Sucumbios: Reserva Cuyabeno, 1 km<br />
However, T parviflora differs by: calyx 1.5-2 mm long<br />
N of Laguna Gr<strong>and</strong>e, 265 m, 1 Apr 1988 (st), Valencia with lanceolate sepals (vs. calyx 2.3-3.2 mm long, with<br />
et al. 67728 (QCA).<br />
ovate sepals); petals ca. 3 mm long, (vs. 3.2-5.5 mm<br />
BRAZIL. Amazonas: Manaus. Distr. Agropecuario long); filaments woolly-pubescent (vs. glabrous). The<br />
da Suframa, Faz. Esteio, Nov 1979 (st), Rankin et al. 84 specific epithet refers to the relatively small flowers of<br />
(INPA). Para: Tocantins river, 10 Apr 1981(st), Maciel<br />
et al. 576 (MG); Tucurui, 22 Sep 1983 (fl), Ramos 910<br />
(INPA, NY), 25 Nov 1983 (st), Ramos 1169 (INPA, NY).<br />
this species.<br />
Phenology. Collected in flower during May <strong>and</strong><br />
August, <strong>and</strong> in fruit during October.<br />
13. TALISIA PARVIFLORA Acevedo-Rodriguez,<br />
sp. nov.<br />
Type. Brazil. Amazonas: Manaus-Caracarai road,<br />
km 121, s<strong>and</strong>y soils, 8 Aug 1974 (fl), A. Loureiro et<br />
al. s.n. (holotype, MO). Fig. 53a-e<br />
A T. coriacea Radlkofer floribus minoribus et<br />
filamentis pubescentibus differt.<br />
Tree 10-20 m tall; trunk to 30 cm in diam. Stems<br />
terete, puberulent, striate, becoming glabrous <strong>and</strong><br />
lenticellate with age. Leaves paripinnate; distal process<br />
truncate, minute; leaflets 4, opposite, lanceolate, oblong<br />
or ovate, 4-10 x 1.9-4.5 cm, coriaceous, glabrous on<br />
both surfaces, the venation brochidodromus, the midvein<br />
plane or sunken on adaxial surface, prominulous on<br />
abaxial surface, secondary <strong>and</strong> tertiary veins inconspicuous,<br />
the margins slightly undulate, the apex obtuse to<br />
long-acuminate, the base rounded or obtuse, slightly<br />
asymmetrical; petiolules canaliculate, 3-5 mm long, puberulent<br />
or glabrous; rachis 0.8-3 cm long, slightly flattened<br />
adaxially, striate, puberulent; petioles 2.5-5 cm<br />
long, slightly flattened adaxially, striate, pulvinate at base.<br />
Thyrses panicle-shaped, terminal, to 18 cm long, branches<br />
Distribution <strong>and</strong> Ecology. (Fig. 54) In moist, terra<br />
firme forest on s<strong>and</strong>y or clayish-s<strong>and</strong>y soils in low-<br />
l<strong>and</strong>s of Brazil.<br />
Representative specimens examined. BRAZIL.<br />
Amazonas: Manaus-Itacoatiara road, km 104, trail to<br />
INPA, 23 May 1967 (fl), Byron & Elias 67-51 (INPA);<br />
Carabinani river, 22 Oct 1976 (fr), Ramos s.n. (INPA).<br />
14. TALISIA PRAEALTA Sagot ex Radlkofer,<br />
Sitzungsber. Math.-Phys. Cl. K6nigl. Bayer Akad.<br />
Wiss. Muinchen 8: 345. 1878. Cupania praealta<br />
(Radlkofer) Sagot, Ann. Sci. Nat. Bot. Ser. 6, 12:<br />
199. 1881. Type. French Guiana. Acarouani, Mar<br />
1857 (fl), Sagot 1047(holotype, B-destroyed, photo<br />
(F neg. 5679) at US; lectotype, P, here designated,<br />
photo at US; isotypes, K-2, NY, P-3, U, n.v.; frag.<br />
ex B at M). Fig. 55a-f<br />
Tree to 30 m tall; trunk reaching 25 cm in diam.,<br />
buttressed at base; bark light brown to grayish, rough,<br />
with numerous horizontal rows of lenticels, peeling off<br />
in large irregular plates; inner bark reddish brown.<br />
Branches terete, striate, puberulent. Leaves paripinnate;
TAXONOMIC TREATMENT 77<br />
2mm<br />
C ~~~~mm.<br />
Fig. 53. <strong>Talisia</strong> parviflora. A. flowering branch. B. staminate flower. C. abaxial <strong>and</strong> adaxial views of petal with<br />
adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens. E. stamens. (All from<br />
Loureiro et al. s.n.).<br />
distal process acicular, 2-4 mm long; leaflets 2-4, opposite<br />
or subopposite, elliptic or obovate, chartaceous to<br />
subcoriaceous, 5-12.5 (-20.5) x 1.9-5.5 (8.2) cm, glabrous,<br />
often with scattered, necrotic round spots, midvein<br />
impressed adaxially, prominent abaxially, secondary<br />
veins prominulous abaxially, tertiary veins reticulate, the<br />
apex obtuse or obtusely acuminate <strong>and</strong> retuse, the base<br />
acute or obtuse, decurrent on to the petiolule, sometimes<br />
slightly asymmetrical; petiolules slender, 2-6 (15) mm<br />
long; rachis 0.7-3.5 (5.5) cm long, slightly flattened along
7 8 FLORA NEOTROPICA<br />
9owl I' .<br />
70WI 60w 50w1 40W<br />
* <strong>Talisia</strong> lanata<br />
V <strong>Talisia</strong> microphylla[<br />
* <strong>Talisia</strong> parviflora<br />
K iON<br />
*4/,J Y.'. . ;--' . 7 t, 5'1O<br />
A<br />
Fig. 54. Distribution of species in <strong>Talisia</strong> subgenus Pitombaria (in part).<br />
~~3mm.<br />
~~~f<br />
A. F.4t ~~~~~~~E.<br />
Fig. 55. <strong>Talisia</strong> praealta. A. fruiting branch. B. staminate flower. C. adaxial <strong>and</strong> abaxial views of petal with adnate<br />
appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens (left) <strong>and</strong> I.s. same showing pistillode<br />
(right). E. stamens. F. pistillode (left) <strong>and</strong> I.s. pistillode (right). (A from Mori et al. 20822; B-F from Wachenheim 308).<br />
2Q
TAXONOMIC TREATMENT 79<br />
adaxial surface, striate, puberulent; petioles 0.7-2.5 (7.5) (st), Villiers & Feuillet 2020 (CAY). Bassin du Maroni: Haut<br />
cm long, similar to rachis, slightly enlarged at base. Th- Maroni, Aug 1979 (fr), Moretti 971 (CAY-3); Saut du<br />
yrses racemiform, 2-8 cm long, axillary, congested or Litani, vic. Antecume Pata, 4 Aug 1989 (fr), Moretti 1189<br />
less often solitary; cataphylls wanting; axes puberulent; (CAY); Gr<strong>and</strong> Inini river, 13 Jul 1990 (st), Sabatier &<br />
bracts <strong>and</strong> bracteoles subulate, 0.5-1 mm long, early Prevost 3254 (CAY); Godebert, 14 Jun 1921 (fl),<br />
deciduous; dichasia simple, sessile, or of a solitary flower Wachenheim 308 (P). Bassin de L'Oyapock: Armontabo<br />
due to the abortion of lateral flowers; peduncle 1-2.2 creek, between Saut Bace & Saut Canori, 4 Jul 1969 (yfr),<br />
mm long, tomentose; pedicels 1-2 mm long, tomentose, Oldeman T-285 (CAY, P, US); opposite Colonia Agricola<br />
articulate at the middle. Calyx 2.5-3 mm long, ferrugi- do Oiapoque, about 4 km N of mouth of Cricu river, 12<br />
nous-tomentose, the sepals free to the base or nearly so, Aug 1960 (fr), M. Pires 47465 (F, NY). Bassin du<br />
oblong or elliptic; petals elliptic, ca. 2.2 mm long, abaxially Sinnamary: Tigre creek, 7 m, 14 Jun 1994 (fr), Bordenave<br />
tomentose on lower half, adaxially papillate; appendages 1013 (CAY). Piste de Saint Elie: Station Biologique<br />
deltate, as long as the petals, sericeous-tomentose on both ORSTOM, 1 May 1992 (st), Acevedo R. et al. 4873 (CAY,<br />
surfaces; disc annular, 5-lobed, minutely hispidulous; US), 3 May 1992 (st), Acevedo R. 4882 (CAY, US); Interstamens<br />
(7)8, the filaments of unequal length, 2-3 mm section of Sinnamary-Counamari rivers, 12 Jan 1991 (st),<br />
long, sparsely to densely pilose, the anthers oblong-el- Pr&vost & Sabatier 2978 (CAY), 4 Oct 1991 (st), Sabatier<br />
lipsoid, apiculate <strong>and</strong> barbate at apex, ca. 0.7 mm long; & Prevost 3894 (CAY). Region Littorale: Kourou,<br />
ovary ferruginous, sericeous-tomentose, the stigma elon- Passoura creek, 6 May 1992 (st), Acevedo R. et al. 4905<br />
gated, papillate. Fruits ellipsoid, light green, to 2.2 cm (CAY, US). Region de Saul: Montagne La Fumee, 300 m,<br />
long, minutely ferruginous, sericeous, the pericarp nearly 5 Sep 1989 (fr), Mori et al. 20822 (CAY, US-2).<br />
woody, ca. 1 mm thick, smooth to slightly granulate, the BRAZIL. Amazonas: Mun. Itapiranga, Pitinga river,<br />
endocarp glabrous. Seed one per fruit, nearly ellipsoid,<br />
ca. 1.7 cm long, with slightly fleshy testa. Embryo with<br />
24 Aug 1979 (fr), C. Ferreira et al. 689 (INPA, NY, US).<br />
cotyledons lying dorsiventrally over each other, the upper<br />
one slightly larger than the basal one.<br />
15. TALISIA SIMABOIDES Kramer, Act. Bot.<br />
<strong>Talisia</strong> praealta vs. T squarrosa: T praealta has Neerl. 21: 676. 1972. Type. Surinam. North Westcongested<br />
short inflorescences <strong>and</strong> (2) 4-6-foliolate ern Surinam, Snake creek a tributary of Marataka<br />
leaves, while T squarrosa has long, paniculate thyrses river, 17 May 1965 (fl), RJ.M. Maas 10818 (holo<strong>and</strong><br />
bifoliolate leaves. <strong>Talisia</strong>praealta vs. T coriacea, type, U, n.v.; isotypes, K, NY). Fig. 56a-h<br />
although very similar at times seems to overlap, the<br />
shape of leaflets seems to be different; filaments are<br />
glabrous in T coriacea, pilose in T praealta.<br />
The specific epithet meaning very high, refers to the<br />
relatively large size of this species.<br />
Tree to 30 m tall; trunk reaching 35 cm in diam.,<br />
buttressed at base to 1 m high; bark grayish brown,<br />
smooth, with lenticels in rows; inner bark orange or<br />
reddish brown. Branches sulcate, tomentulose, becoming<br />
terete <strong>and</strong> lenticellate with age. Leaves paripinnate<br />
Phenology. Collected in flower in February, June or imparipinnate; terminal process truncate, ca. 2 mm<br />
<strong>and</strong> July; fruiting from July to September.<br />
long; leaflets 5-8, alternate or subopposite, oblong,<br />
Distribution <strong>and</strong> Ecology. (Fig. 58) Known from<br />
Venezuela, Surinam, French Guiana <strong>and</strong> the State of<br />
Amapa, Brazil, in moist, non-flooded forest <strong>and</strong> gallery<br />
forest often in primary or disturbed habitats.<br />
elliptic, lanceolate, or nearly obovate, chartaceous to<br />
subcoriaceous, 4-9(14) x 1.5-3.4(4.5) cm, discolorous,<br />
the venation brochidodromus, tertiary veins finely reticulate,<br />
the adaxial surface glabrous, often with scattered,<br />
raised, conical insect galls, or necrotic, round<br />
Common names: Venezuela: Mamon de cerro; spots, with impressed midvein <strong>and</strong> prominulous sec-<br />
French Guiana: singabassou, tapuyma; Brazil: pitombarana.<br />
Representative specimens examined. VENE-<br />
ZUELA. Barinas: Pedraza, 18 Feb 1954 (st), Bernardi<br />
1147 (K, VEN).<br />
SURINAM. Brokopondo: Brownsweg, Feb 1978 (fl),<br />
Roberts 16313 (CAY, K, NY, US). Saramacca: Nassau,<br />
21 Feb 1949 (st), Lanjouw & Lindeman 2218 (NY).<br />
FRENCH GUIANA. Bassin de L'Approuague: Saut<br />
Sarari, 7 Sep 1984 (fr), Riera 783 (CAY-2); Station des<br />
Nouragues, 1 Nov 1987 (st), Sabatier & Prevost 1932<br />
(CAY, US); Arataye river, 70 km SW of Regina, 6 Oct 1983<br />
ondaries, the abaxial surface usually drying brownish,<br />
minutely puberulent, especially along the prominent<br />
midvein, secondary veins inconspicuous or less often<br />
prominulous, the apex obtuse, retuse, sometimes nearly<br />
acuminate, the base obtuse or acute, decurrent onto the<br />
elongated petiolule; petiolules nearly cylindrical, slender,<br />
glabrous, 3-7 mm long, striate, adaxially<br />
canaliculate; rachis 3.5-7(11) cm long, puberulent, terete,<br />
striate; petioles 2.5-5.5 cm long, puberulent, slightly<br />
flattened adaxially, striate, minutely lenticellate, slightly<br />
enlarged at base. Thyrses panicle-shaped, 9-25 cm long,<br />
terminal on branches; cataphylls wanting, the axes ob-
80 FLORA NEOTROPICA<br />
Fig. 56. <strong>Talisia</strong> simaboides. A. sterile branch. B. flowering branch. C. pistillate flower. D. pistillate flower with<br />
perianth removed showing pistil <strong>and</strong> sterile stamens (left) <strong>and</strong> l.s. same (right). E. adaxial, abaxial, <strong>and</strong> lateral<br />
views of petal with adnate appendage. F. lateral <strong>and</strong> ventral views of stamen. G. portion of infructescence. H.<br />
embryo, dorsal view. (A-F from Sabatier & Prevost 3958; G-H from Sabatier & Prevost 3820).<br />
tusely angled, striate, minutely, velvety pubescent; above the base, abaxially glabrous; disc annular, crenate,<br />
bracts <strong>and</strong> bracteoles triangular, tomentose, ca. 0.5 mm tomentose, 0.9 mm tall; stamens 8, the filaments of<br />
long, early deciduous; dichasia simple, nearly sessile; unequal lengths, glabrous or puberulent, the anthers<br />
pedicels 1.5-2 mm long, ferruginous-tomentulose, ar- ovoid, 0.5-0.75 mm long, apiculate; ovary ovoid, toticulate<br />
at the middle or below. Calyx pale green, 2.5- mentose, the stigma trigonous-capitate, papillate. Fruit<br />
3 mm long, minutely tomentose or pubescent, the se- ellipsoid to ovoid, ca. 2 cm long, densely appressed<br />
pals free to the base, ovate or deltate, concave; petals ferruginous pubescent, the pericarp woody, ca. 1 mm<br />
white, rhombo-ovate or ovate, ca. 3 mm long, abaxially thick, the endocarp sparsely woolly-pubescent. Seed<br />
appressed-pubescent at base, adaxially glabrous, cu- solitary, with thin, dry testa. Embryo with cotyledons<br />
neate at base, obtuse at apex; appendages as long as the of similar size, lying transverse over each other.<br />
petals, ovate-deltate, fused at base to the basal margins The specific epithet seems to refer to the Simabaof<br />
the petal to form a pocket, adaxially white-sericeous like (Simaroubaceae) appearance of the leaves.
TAXONOMIC TREATMENT 81<br />
Phenology. Flowering from May to August, <strong>and</strong><br />
fruiting in September.<br />
Distribution <strong>and</strong> Ecology. (Fig. 58) Endemic to<br />
French Guiana, in lowl<strong>and</strong>, moist, primary, non-<br />
flooded forest.<br />
Representative specimens examined. FRENCH<br />
GUIANA. Bassin de L'Approuague: Station des<br />
Nouragues, 26 Oct 1987 (st), Sabatier & Prevost 1852<br />
(CAY), 26 Jul 1989 (st), Sabatier & Prevost 2885 (CAY).<br />
Bassin du Maroni: Godebert, 14 Jun 1921 (fl),<br />
Wachenheim 371 (P-2). Bassin du Sinnamary: Sinnamary<br />
river, along Courcibo river, vic of Saut Caouene, 500 m,<br />
10 Aug 1967 (fl), Oldeman B-1194 (CAY, P, US). Piste<br />
de Saint Elie: Station Biologique ORSTOM, 28 Apr 1992<br />
(st), Acevedo R. et al. 4857 (CAY, US); Intersection of<br />
Sinnamary-Counamamari rivers, 27 Jul 1991 (fl),<br />
Sabatier & Prevost 3658 (CAY, NY, U, US), 27 Sep 1991<br />
(fr), Sabatier & Prevost 3820 (CAY, U, US); Station<br />
Biologique ORSTOM, 6 Aug 1991 (st), Sabatier & Prevost<br />
3717 (CAY). Region du Saul: Montagne La Fumee, 200<br />
m, 15 Sep 1982 (st), Boom & Mori 1688 (CAY, NY); 25<br />
Oct 1982 (st), Boom & Mori 2379 (NY).<br />
16. TALISIA SQUARROSA Radlkofer, Sitzungsber.<br />
Math.-Phys. Cl. K6nigl. Bayer Akad. Wiss.<br />
Miinchen 8: 346. 1878. Type. Guyana. Roraima,<br />
1842-43 (fl), Rob. Schomburgk 738 (holotype, BM<br />
?; isotypes, P, NY; frag. at M). Fig. 57a-e<br />
0.6-0.7 mm tall; stamens 8, the filaments glabrous, of<br />
unequal length, 1-2 mm long, the anthers ovate, obtuse at<br />
apex, 0.7-0.8 mm long; ovary conical, sericeous-tomentose,<br />
the stigma elongated, trigonous. Fruits (immature)<br />
ellipsoid or ovoid, sericeous-tomentose, the pericarp<br />
woody, smooth. Seed ellipsoid, with white juicy sarcotesta<br />
(fide Polak 1992).<br />
According to Steam (1983), squarrosa means rough<br />
with scales, a term that does not seem to describe any<br />
morphological features in this species. The stems of<br />
this species are rough however, due to the presence of<br />
numerous lenticels.<br />
Phenology. Flowers from March to October <strong>and</strong><br />
produces fruit from May to October.<br />
Distribution <strong>and</strong> Ecology. (Fig. 58) Known from<br />
Guyana <strong>and</strong> French Guiana, in non-flooded, moist forest<br />
on s<strong>and</strong>y or clayish soils. According to Polak (1992),<br />
this species is frequent in the Wallaba <strong>and</strong> the Clump-<br />
Wallaba forest on white s<strong>and</strong>s.<br />
Common names <strong>and</strong> uses. French Guiana: Grigri,<br />
singabassou; Guyana: c<strong>and</strong>lewood, karimora, (fide<br />
Brunner et al. 1994), muro-balli, moroballi, s<strong>and</strong> mora.<br />
The leaves, fruits, wood, <strong>and</strong> heartwood are used for<br />
fish poisoning in Guyana.<br />
Representative specimens examined. GUYANA.<br />
Without specific locality, Demerara river, 1 Mar 1943<br />
(st), Fanshawe 1215 (K);Without specific locality or date<br />
Tree to 20-30 m tall; trunk reaching 30 cm in diam.,<br />
(fl), Schomburgk 736 (K), (fl), Schomburgk 1351 (M,<br />
buttressed at base; bark silvery grey, inner bark reddish<br />
US). Barima/Waini: Amakura river, 23 Mar 1923 (fl),<br />
brown. Branches terete, rough, lenticellate, glabrous. de la Cruz 3475 (MO, NY). Potaro: Potaro river, be-<br />
Leaves paripinnate; distal process early deciduous; leaf- low Tukeit, 16 May 1944 (fl), Maguire & Fanshawe<br />
lets 2, opposite, elliptic, coriaceous, 5.3-9(19) x 2.4- 23510 (K, MG, MO, NY, P, US). Upper Demerara/<br />
4.5(7.5) cm, glabrous, dull, the venationbrochidodromus, Berbice: Yawakuri forest, Berbice-Rupununi trail, Jul<br />
the adaxial surface with prominulous venation, the abaxial 1919 (fl), Abraham 219 (K, NY); Mora-mora-bisi creek,<br />
surface with prominent primary <strong>and</strong> secondary veins, ter- Courantyne river, 7 May 1917 (fr), Hohenkerk 715 (K,<br />
NY); Moraballi Creek, Essequibo river, 24 Sep 1929<br />
tiary veins reticulate, prominulous, the apex obtuse or<br />
(fr), S<strong>and</strong>with 333 (K-2, NY, P), 28 Sep 1929 (fl),<br />
acute, the base acute or obtuse, asymmetrical; petiolules<br />
S<strong>and</strong>with 357 (K, NY, P); Vic. of Mabura hill, 28 Oct<br />
pulvinate, glabrous, 3-7 mm long, drying dark brown; 1982 (fr), Stofers et al. 87 (NY, US).<br />
petioles 2-5.5 cm long, glabrous, flattened along adaxial FRENCH GUIANA. Bassin de L'Iracoubo:<br />
surface, lenticellate. Thyrses panicle-shaped, to 27 cm long, Rocoucoua, close to Iracoubo, 8 Sep 1986 (bd), Prevost<br />
terminal or axillary on distal portion ofbranches; cataphylls 2170 (NY). Bassin de la Mana: Organabo, ca. 2 km W<br />
wanting; axes obtusely angled, sulcate, puberulent; bracts of Organabo river, north of road, 9 Jul 2000 (st), Acevedo<br />
<strong>and</strong> bracteoles subulate, < 1 mm long, early deciduous; R. 11117 (CAY, US); Camp Charvein-Acarouany, km 4,<br />
dichasia compound; peduncles 2-4 mm long, puberulent<br />
29 Sep 1954 (yfr), Anonymous 226 m (CAY), (fl), Anonymous<br />
227m (CAY); Camp Charvein, 14 Oct 1913 (fl),<br />
orminutelytomentose; pedicels 2-3 mm long, tomentulose,<br />
Benoist 54 (P); Organabo Station, 12 Jun 1995 (st), Loubry<br />
articulate at the middle. Calyx 3-4 mm long, tomentose,<br />
2322 (CAY), 16 May 1993 (st), Loubry 2373 (CAY, US);<br />
the sepals free to base, elliptic to ovate, concave; petals Cayenne-St. Laurent road, km 171.5, 3 Sep 1986 (fl),<br />
white, rhombo-elliptic or wide elliptic, 2.8-3 mm long, Sastre et al. 8222 (CAY, P, U, US).<br />
adaxially minutely papillate, abaxially appressed-pubescent<br />
on lower half, the base cuneate to nearly clawed, the<br />
apex obtuse; appendages as long as the petals, deltate, as 17. TALISIA SUBALBENS (Martius) Radlkofer,<br />
wide as the petals ornanrower, abaxiallypapillate, adaxially Sitzungsber. Math.-Phys. Cl. Konigl. Bayer Akad.<br />
tomentose; disc cup-shaped, 5-lobed, minutely tomentose, Wiss. Miinchen 8: 345. 1878. Cupania subalbens
82 FLORA NEOTROPICA<br />
IA 0X<br />
A.~~~~~~~~~~~~~m<br />
I X<br />
t<br />
3 mm.<br />
Fig. 57. <strong>Talisia</strong> squarrosa. A. flowering branch. B. staminate flower. C. adaxial <strong>and</strong> abaxial views of petal with<br />
adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens. E. stamen. (All from<br />
S<strong>and</strong>with 490).
TAXONOMIC TREATMENT 83<br />
9oWI 80 ?, 70WI 60W 5CWI 40W<br />
.~~~~~~~~~~~~~. ..' . ... 2<br />
21~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~<br />
_ %ff;s tse vo-t 1 -> ;-s! 2Q~~~~~~~~<br />
NI<br />
}xv XI_;Q gg- '.2<br />
7 Nj,~~~4<br />
S~~~~~~~~~~~~~~~~~~~~~~<br />
t<strong>Talisia</strong> squarrosa ,', , .--' .. ' ' as u X' '<br />
Fig. 58. Distribution of species in <strong>Talisia</strong> subgenus Pitombaria (in part).<br />
Martius, Flora 21(2): 72. 1838. Type. Brazil. Mato<br />
Grosso: Serra a Cima, close to Cuiaba', Oct (without<br />
year) (fl), Martius Herbarium 264 (holotype,<br />
M; isotype, K). Fig. 59a-g<br />
ly papillate <strong>and</strong> puberulent, abaxially puberulent at base<br />
<strong>and</strong> lower margins, the base attenuate or nearly clawed,<br />
the apex obtuse sometimes pubescent, slightly retuse;<br />
appendages as long as the petals, adnate to petal half of<br />
Shrub or treelet, 0.3-2 m; stems terete, cano- or fer- their length, elongate-deltate, erect, adaxially villose<br />
ruginous-tomentulose, striate. Leaves paripinnate; dis- along margins <strong>and</strong> upper half, abaxially puberulenttal<br />
process filiform, 3-4 mm long, truncate at apex; leaf- papillate; disc annular, 5-lobed, tomentose, 0.6-0.7 mm<br />
lets 8-12, opposite to alternate, asymmetrically tall; stamens 8, the filaments of unequal length, 2-3 mm<br />
oblong-elliptic, sub-lanceolate, 4-1O x 1.5-3.2 cm, co- long, tomentose, the anthers 1.2-1.6 mm long, ellipriaceous,<br />
the adaxial surface puberulent, dull, with soid or oblong-ovoid, glabrous, obtuse or apiculate at<br />
midvein slightly sunken, the abaxial surface albo-seri- apex; ovary conical, ferruginous-tomentose, the stigma<br />
ceous, with prominent midvein <strong>and</strong> prominulous sec- trigonous to capitate, tomentulose, papillate. Fruits<br />
ondary veins, the venation brochidodromus, tertiary ovoid, minutely ferruginous-tomentose, 2-2.5 cm long,<br />
veins reticulate, the margins entire, revolute, the apex shortly apiculate at apex, the pericarp woody, 3-4 mm<br />
obtuse or short- acuminate, with obtuse acumen, the thick. Seed solitary, the testa thin, apparently not fleshy.<br />
base unequal, obtuse, rounded or cordate; petiolules Embryo with cotyledons laying slightly obliquely dorslightly<br />
pulvinate, 1-2 mm long, minutely pubescent, siventrally over each other, the upper one slightly larger<br />
adaxially canaliculate; rachis 12-17 cm long, terete, than the lower one.<br />
bicanaliculate along adaxial surface, minutely pubes- The specific epithet refers to the whitish appearance<br />
cent; petioles 3-6 (1 1) cm long, slightly flattened along of the abaxial surface of leaflets.<br />
adaxial surface, striate, slightly enlarge at the very base. Phenology. Flowers from August to November <strong>and</strong><br />
Thyrses simple or panicle-shaped, axillary or terminal, fruits in October <strong>and</strong> November.<br />
10-25 cm long; cataphylls acicular, minutely tomen-<br />
Distribution <strong>and</strong><br />
tose; axes<br />
Ecology. (Fig. 62) Endemic to the<br />
angled, striate, minutely ferruginous-tomentose;<br />
bracts subulate, deciduous, ca. 2 mm long; dicha-<br />
Chapada dos Guimaraes <strong>and</strong> adjacent areas in the state of<br />
Mato<br />
sia compound; peduncle 2-10 mm; pedicels 2-4 mm<br />
Grosso, Brazil, in s<strong>and</strong>y cerrado <strong>and</strong> gallery forest.<br />
long, articulate at the middle. Calyx 3.5-4 mm long, Common name. Brazil: Cancudo.<br />
abaxially tomentose, adaxially appressed-pubescent, the<br />
sepals 2.5-3 mm long, elliptic, concave, obtuse at apex;<br />
Representative specimens examined. BRAZIL. Without<br />
specific locality or date (fl), Martius 146 (MO, P).<br />
petals elliptic to ovate, 3.5-4.5 mm long, erect, adaxial- Mato Grosso: Caxipozinho river, vic. of Cachoeira Veu
8 4 FLORA NEOTROPICA<br />
'7<br />
N~~~~~~~~~~~~~<br />
~~~~~~~~V72~~~~~~~~~~~~~~~~~~~3m<br />
Fig. 59. <strong>Talisia</strong> subalbens. A. flowering branch. B. staminate flower. C. adaxial <strong>and</strong> abaxial views of petal with<br />
adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens. E. lateral <strong>and</strong> ventral<br />
views of stamen. F. pistillode (left) <strong>and</strong> I.s. same (right). G. fruit (right) <strong>and</strong> c.s. fruit (left). (A-F from Hatschbach<br />
37543; G from Santos & Rosario 400).<br />
de Noiva, 21 Oct 1985 (fr), C. Ferreira et al. 6556 (MG,<br />
US); Riberao da Salgadeira, 14 Nov 1975 (fl), Hatschbach<br />
37543 (US); Rio Claro, 23 Oct 1993 (fl), Macedo et al.<br />
3331 (INPA); Chapada dos Guimaraes, Colegio Buriti<br />
field, 720 m, 11 Oct 1973 (fl), Prance et al. 18815 (K,<br />
US); Chapada dos Guimaraes, along road to Cachoeira<br />
Veu de Noiva, 21 Oct 1985 (fl), Pirani 1354 (US); Cuiaba,<br />
without specific locality, Aug 1927 (fl), Riedel 1106 (US);<br />
Santa Ana da Chapada, 20 Sep 1902 (fl), Robert 554b<br />
(K); Chapada dos Guimaraes, 21 Nov 1982 (fr), Santos<br />
& Rosario 400 (IAN, MG); Santo Ant6nio de Levenger,<br />
70 km W of Cuiaba; 5 km SW of Sao Vicente, 23 Oct<br />
1985 (fl), Thomas<br />
et al. 4553 (MO, US).<br />
18. TALISIAVELUTINAAcevedo-Rodriguez, sp. nov.<br />
Type. Peru. Loreto: Prov. Coronel Portillo. Dtto<br />
Iparia. Bosque Nacional de Iparia, tropical dry forest,<br />
along Ucayali river, 250-300 m, 20 Aug 1968 (fl),<br />
Schunke Vigo 2637 (holotype, F; isotypes, NY, US).<br />
Figs. 16e-f, 60a-e
TAXONOMIC TREATMENT 85<br />
2 mm.<br />
Fig. 60. <strong>Talisia</strong> velutina. A. leaf. B. inflorescence. C. staminate flower. D. lateral, abaxial, <strong>and</strong> adaxial views of<br />
petal with adnate appendage. E. staminate flower with perianth removed showing disc <strong>and</strong> stamens, <strong>and</strong> detail of<br />
stamen (left). (A from Schunke V 2637; B-E from Renteria 4841).
86 FLORA NEOTROPICA<br />
A T. clathrata Radlkofer foliis pilosis vel velutinis 30 m, 4 Apr 1985 (fr), Renteria 3741 (JAUM); Quebrada<br />
et caulibus velutinis differt.<br />
la Puerca <strong>and</strong> Malagon, 10 m, 24 Mar 1986 (fl), Renteria<br />
et al. 4758 (JAUM); Uraba-Chigorod6-Malagon,<br />
Shrub 3-7 m tall. Stems slightly sulcate, nearly ter- Cocuelo to Mono Macho, 10 m, 27 Mar 1986 (fl),<br />
ete, ferruginous-velutinous. Leaves imparipinnate or<br />
paripinnate; distal process acicular, to 1.5 cm long, early<br />
deciduous, leaving a truncate base; leaflets 8-11, alter-<br />
Renteria et al. 4841 (JAUM).<br />
nate, opposite or subopposite, 19-75 x 7-19 cm, elliptic 19. TALISIA VERALUCIANA G. Guarim Neto,<br />
to oblanceolate, chartaceous, the adaxial surface com- Acta Amazonica 9: 239. 1979. Type. Brazil.<br />
pletely glabrous or velutinous along the sunken primary Amazonas: Mun. HumaitA, terra firme forest, 1934<br />
<strong>and</strong> secondary veins, the abaxial surface pilose to (fr), B.A. Krukoff6886 (holotype, BR, n.v.; isotypes,<br />
sparsely velutinous, especially along veins, the vena- A, n.v., BM, n.v., F, K, MO, U, US-2).<br />
tion brochidodromus, with secondary veins alternate<br />
Fig. 61a-f<br />
or subopposite, tertiary veins clathrate-reticulate, prominent<br />
on abaxial surface, the margins wavy, the apex<br />
abruptly acuminate, mucronate, the base obtuse to<br />
Tree to 27 m tall; trunk buttressed at base. Stems angled<br />
to terete, smooth, striate, lenticellate, glabrous. Leaves<br />
rounded, slightly asymmetrical; petiolules 8-15 mm imparipinnate or paripinnate; distal process truncate, 2-3<br />
long, velutinous, nearly cylindrical; rachis 16-32 cm mm long; leaflets 6-12, alternate or opposite, oblong,<br />
long, velutinous, striate, nearly terete; petioles 27-56 ovate, elliptic or less often oblanceolate, 5.5-14.5 x 2-5<br />
cm long, velutinous, striate, terete, slightly enlarged at cm, coriaceous, adaxially glabrous, lustrous or opaque,<br />
base. Thyrses fasciculate, cauliflorous; cataphylls ac- with sunken midvein, abaxially densely appressed, fericular,<br />
to 1.2 cm long, velutinous, congested in supra- ruginous-sericeous, dull, with prominent midvein <strong>and</strong><br />
axillary buds; axes 2-15 cm long, angled, velutinous- secondary veins, tertiary veins reticulate, inconspicuous,<br />
tomentose; bracts subulate, persistent, 2-4 mm long, the venation brochidodromus, with secondaries formsparsely<br />
tomentose to glabrous; bracteoles similar to ing a 60?-70? angle with midvein, tertiary veins reticubracts<br />
but smaller; dichasia compound, sessile; pedicels late, the margins entire, revolute, the apex abruptly acumica.<br />
1 mm long, articulate above or below the middle. nate, mucronate, the base obtuse, or rounded, sometimes<br />
Flowers congested along inflorescence axes. Calyx unequal; petiolules cylindrical, lenticellate, 3-7 mm long,<br />
(2.5) 4-5.2 mm long, sericeous-tomentose, the sepals minutely ferruginous-sericeous; rachis 3-11 cm long,<br />
ovate-deltate, ca. 1.5-2.3 mm long, obtuse at apex; sharply angled, minutely sericeous, striate, sometimes<br />
petals elliptic to nearly spatulate, obtuse at apex, long- lenticellate, <strong>and</strong> adaxially bisulcate on distal portion; petattenuate<br />
at base, 5-6.7 mm long, abaxially glabrous, ioles 3-9 cm long, flattened along adaxial surface, striadaxially<br />
papillate; appendages as long or slightly longer ate, sparsely tomentulose, slightly enlarged at the very<br />
than the petals, oblong or deltate, erect, adnate to at- base, sometimes lenticellate. Thyrses panicle-shaped,<br />
tenuate base of petal, adaxially villous, abaxially axillary or terminal, to 30 cm long,; cataphylls acicular,<br />
sparsely villous <strong>and</strong> papillate; disc poculiform, 5-lobed, ca. 4 mm long, minutely sericeous, clustered, axillary,<br />
hirsute, ca. 1 mm tall; stamens 8, the filaments unequal, early deciduous; axes angled, striate, minutely ferrugi-<br />
2.5-3.5 mm long, glabrous, the anthers 0.7-1.2 mm<br />
long, ellipsoid, glabrous, apiculate at apex. Fruits<br />
(young) ellipsoid, ferruginous, sericeous-velutinous,<br />
the pericarp thick-woody.<br />
This species differs from T. clathrata by its<br />
velutinous pubescence (vs. abaxially glabrous leaflets;<br />
puberulent stems <strong>and</strong> leaf rachis). The specific epithet<br />
refers to the indumentum of stems, leaf rachis <strong>and</strong> inflorescence<br />
axes.<br />
nous-sericeous; bracts subulate, tomentulose, 1-1.5 mm<br />
long, early deciduous; dichasia simple or compound; peduncle<br />
0.5-3 mm long, tomentulose; pedicels ca. 1.5 mm<br />
long, articulate at the middle or at base. Calyx 3-3.5 mm<br />
long, tomentose, the sepals free to the base, oblong or<br />
elliptic, obtuse at apex; petals elliptic, 5.5-5.7 mm long,<br />
erect, adaxially glabrous, abaxially glabrous, except for<br />
the appressed-pubescent lower third, the apex obtuse,<br />
the base cuneate to attenuate; appendages as long as the<br />
Phenology. Collected in flower in March <strong>and</strong> Sep- petals, adnate to the petal half oftheir length, deltate, erect,<br />
tember, <strong>and</strong> fruit in April.<br />
adaxially sericeous, abaxially puberulent papillate; disc<br />
Distribution <strong>and</strong> Ecology. (Fig. 62) Known only<br />
from the lowl<strong>and</strong>s of Colombia. [upl<strong>and</strong> mixed Guadua<br />
forest]<br />
5-lobed, tomentulose, ca. 0.6 mm tall; stamens 8 (10),<br />
the filaments of unequal length, 3-4.5 mm long, pilose,<br />
the anthers ca. 1 mm long, ellipsoid, glabrous, apiculate<br />
at apex; ovary ovoid, ferruginous, shortly tomentose, the<br />
Representative specimens examined. COLOMBIA. stigma trigonous-capitate, papillate. Fruits ellipsoid,<br />
Antioquia: Mun. Chigorod6. Bohios trail, Fca. La Cabafia, densely ferruginous-sericeous, 1.8-3 cm long, apiculate
TAXONOMIC TREATMENT 87<br />
Fig. 61. <strong>Talisia</strong> veraluciana. A. flowering branch. B. detail of inflorescence. C. staminate flower. D. abaxial,<br />
adaxial, <strong>and</strong> lateral views of petal with adnate appendage. E. staminate flower with perianth removed showing<br />
disc <strong>and</strong> stamens. F. fruiting branch. (A-B from Oliveira et al. 242; C-E from Cavalcante 1840; F from Ramos<br />
& Mota 1675).
8 8 FLORA NEOTROPICA<br />
.ow<br />
m- , 7. . 0.W SN 5oI 4.W<br />
"
TAXONOMIC TREATMENT 89<br />
panicle-shaped thyrses, or exceptionally cauliflorous. mens 5-8, erect, the filaments of essentially equal length,<br />
Calyx with sepals connate to various degrees, 1/4 to 23 glabrous or with various indumenta, the anthers obthe<br />
length of calyx; petals with well developed petaloid long, lanceolate, or linear. Pollen brevi-colporate, obappendages<br />
with densely sericeous adaxial surface; sta- late, isopolar, triangular, with straight or concave sides.<br />
Key to the species of <strong>Talisia</strong> subgenus <strong>Talisia</strong><br />
1. Stamens 5 (sometimes up to 8 in same plant).<br />
2. Leaflets with a conspicuous intramarginal vein<br />
3. Plant glabrous or nearly so.<br />
4. Leaflets 4-6, obovate or oblanceolate; disc glabrous .............................................................. T obovata<br />
4. Leaflets 8 or more, elliptic, narrowly elliptic, oblong-elliptic, oblong, or less often oblanceolate<br />
or falcate; disc variously pubescent.<br />
5. Leaflets abaxially minutely pubescent along veins, the apex acuminate, abruptly acuminate<br />
or apiculate; petiolules minutely pubescent; leaf rachis minutely pubescent, terete or<br />
sometimes obtusely angled, canaliculate or slightly compressed on distal portion;<br />
fruits 1-2 cm long .......................................................... T sylvatica<br />
5. Leaflets abaxially glabrous, the apex long-acuminate, acuminate or obtuse; petiolules<br />
glabrous; leaf rachis glabrous, slightly flattened dorsiventrally, sharply angled toward<br />
the margins on distal portion; fruits 1.8-2.5 cm long ..................................................... T nervosa<br />
3. Plant pilose, tomentose or minutely pilose.<br />
6. Leaf rachis terete, striate, pilose to tomentose; petals obovate, abaxially appressed-pubescent,<br />
clawed at base; filaments pilose ............................................................ T pinnata<br />
6. Leaflet rachis slightly flattened, minutely hirsute; petals elliptic, abaxially glabrous, cuneate or<br />
attenuate at base; filaments glabrous ........................................................................ T . pilosula<br />
2. Leaflets lacking a conspicuous intramarginal vein.<br />
7. Petals abaxially pubescent or puberulent, clawed or nearly so at base; disc tomentose.<br />
8. Leaf rachis trigonous, striate; leaflets elliptic, oblong or oblanceolate ............. ................. Tl ongifolia<br />
8. Leaf rachis pentagonous, bisulcate, not striate; leaflets oblong-elliptic or elliptic ............ T carinata<br />
7. Petals abaxially glabrous, cuneate at base; disc glabrous or pubescent .............................. T macrophylla<br />
1. Stamens 8 (seldom 7 or 9 in same plant).<br />
9. Petals abaxially pubescent or tomentose.<br />
10. Petals abaxially sericeous-tomentose or appressed-pubescent throughout.<br />
11. Leaf rachis sharply triangular; anthers lanceolate ............................................................ T marleneana<br />
11. Leaf rachis terete; anthers oblong.<br />
12. Stems puberulent; filaments of equal length, pilose; leaflets 6-8; petiolules not drying<br />
dark brown; calyx 2.5-3 mm long, the sepals deltate ............................................. T douradensis<br />
12. Stems glabrous; filaments of unequal length, glabrous; leaflets 11-15; petiolules drying<br />
dark brown; calyx 4-7 mm long, the sepals ovate or rounded ............................... T. megaphylla<br />
10. Petals abaxially pubescent or tomentose only at base.<br />
13. Filaments glabrous.<br />
14. Leaflets 2-7; leaflets abaxially glabrous; calyx puberulous or pubescent; petals adaxially<br />
papillate ......................................................... T ghilleana<br />
14. Leaflets 11-24; leaflets abaxially pubescent along veins; calyx tomentose; petals adaxially<br />
glabrous ...............................................................<br />
T croatii<br />
13. Filaments pilose, pubescent or tomentose.<br />
15. Stems glabrous.<br />
16. Leaflets 6-8, oblanceolate, or less often elliptic, abruptly acuminate at apex, abaxially<br />
glabrous; rachis terete; calyx puberulent; petals elliptic, adaxially glabrous; disc<br />
puberulent .......................................................7'. equatoriensis<br />
16. Leaflets 11-14, oblong or oblong-elliptic, obtuse at apex, abaxially puberulent along<br />
veins; rachis obtusely quadrato-rhombic; calyx tomentulose; petals obovate, adaxially<br />
puberulent; disc tomentose .............................................................T. bullata<br />
15. Stems pubescent.<br />
17. Inflorescence axes, bracts <strong>and</strong> calyx with scattered gl<strong>and</strong>ular hairs.<br />
18. Leaflets with clathrate tertiary venation ............................................................ . T morii<br />
18. Leaflets with reticulate tertiary venation.<br />
19. Stems cano-pubescent; disc tomentose at apex; anthers lanceolate; fruit glabrous,<br />
the pericarp to 5 mm thick .............T.................................... T princeps<br />
19. Stems minutely hirsute; disc hirsute; anthers oblong; fruit appressed-puberulent,<br />
the pericarp ca. 1 mm thick ..................................................T. pinnata
90 FLORA NEOTROPICA<br />
17. Inflorescence axes, bracts or calyx lacking gl<strong>and</strong>ular hairs.<br />
20. Leaflets lanceolate or elliptic-lanceolate; petals adaxially papillate, abaxially puberulent<br />
at base; petal appendage shorter than the petal .......................................... T acutifolia<br />
20. Leaflets oblanceolate or oblong; petals adaxially glabrous, abaxially tomentose at<br />
base; petal appendage as long as the petal.<br />
21. Stems, abaxial side of leaflets, <strong>and</strong> leaf rachis canescent; filaments sparingly<br />
wooly pubescent; fruits appressed ferruginous-pubescent . ............................ T stricta<br />
21. Stems, abaxial side of leaflets, <strong>and</strong> leaf rachis setigerous; filaments tomentose;<br />
fruits puberulent .................................................................T. setigera<br />
9. Petals abaxially glabrous.<br />
22. Stems <strong>and</strong> abaxial side of leaflets glabrous; leaf rachis glabrous or puberulent.<br />
23. Filaments of unequal length.<br />
24. Inflorescence fasciculate, axillary, ramiflorous or cauliflorous, less often simple or<br />
panicle-shaped; sepals connate for l/2 to 3/4 the length of calyx ................................. T hexaphylla<br />
24. Inflorescence solitary, axillary or terminal, never cauliflorous nor fasciculate; sepals<br />
connate for less than l/2 the length of calyx.<br />
25. Tree to 16 m tall; stems terete, lacking lenticels; leaf rachis terete or slightly angled,<br />
puberulent ...................................................T. laevigata<br />
25. Shrub; stems slightly sulcate, lenticellate; leaf rachis cross-section crescent-shaped,<br />
adaxially bicanaliculate on distal portion, glabrous ................................................ T oedipoda<br />
23. Filaments of equal length.<br />
26. Calyx poculiform .......... ................................................ T cupularis<br />
26. Calyx cup-shaped.<br />
27. Filaments, ovary <strong>and</strong> disc glabrous (disc sometimes hispidulose).<br />
28. Treelet; leaflets 16-22, with acuminate apices; petals 6-7.5 mm long, abaxially<br />
glabrous ................................................T. guianensis<br />
28. Tree; leaflets 2-12, with rounded, retuse <strong>and</strong> mucronate apices; petals 4.8-6.2<br />
mm long, abaxially appressed pubescent at base ............................................... T. retusa<br />
27. Filaments pilose, ovary sericeous or tomentose, <strong>and</strong> disc pubescent or tomentose.<br />
29. Petals oblong; disc tomentose, tomentulose, pubescent or less often glabrous;<br />
anthers oblong; leaflets strongly asymmetrical at base ....................................... T cerasina<br />
29. Petals ovate-lanceolate; disc tomentose; anthers lanceolate; leaflets symmetrical or<br />
slightly asymmetrical ............................................................. T eximia<br />
22. Stems, abaxial side of leaflets, <strong>and</strong> leaf rachis tomentose or hirsute.<br />
30. Leaflets with a strong intramarginal vein; thyrses terminal or cauliflorous ................... T dasyclada<br />
30. Leaflets without a strong intramarginal vein; thyrses terminal or axillary.<br />
31. Leaflets abaxially minutely hirsute over the entire surface or less often only on veins.<br />
32. Inflorescence axes, bracts, bracteoles <strong>and</strong> calyx hirsute; petals oblong, cuneate-attenuate<br />
at base; disc minutely hirsute at apex; fruits ovoid to globose, minutely hirsute ..... T mollis<br />
32. Inflorescence axes, bracts, bracteoles <strong>and</strong> calyx velutinous; petals elliptic, longattenuate<br />
at base; disc velutinous at apex; fruits trigonous (in x.s.), sericeoustomentose<br />
.............................................. T pachycarpa<br />
31. Leaflets abaxially glabrous or pubescent only along veins.<br />
33. Stems tomentose; leaflets 10-14, acuminate at apex; rachis minutely hirsute; petiolules<br />
pulvinate; dichasia compound, sessile ........................................ T hemidasya<br />
33. Stems tomentulose; leaflets 16-24, caudate at apex; rachis tomentulose; petiolules<br />
cylindrical; dichasia simple, short pedunculate ........................................ T caudata<br />
20. TALISIAACUTIFOLIA Radlkofer, Sitzungsber. pelago Anavilhanas, 3 Mar 1976 (fl), Medri 33<br />
Math.-Phys. Cl. K6nigl. BayerAkad. Wiss. Miinchen (holotype, INPA).<br />
8: 349. 1878. Type. Brazil. Amazonas: Uanauca-<br />
Gapo, Dec 1851 (fl), Spruce 1992 (lectotype, K,<br />
here designated, photo at US; isolectotype, K-2,<br />
P). Syntypes. Brazil. Amazonas: Manaus, along<br />
Taruma-Aqu creek, Feb 1855 (fr), Spruce 1992 (K-<br />
3); Rio Negro, s.d. (fl), Martius s.n. (M).<br />
Figs. 4a, 9b, 63a-h<br />
Treelet 1.5 to 4 m tall, sometimes with few upright<br />
branches; trunk ca. 2.5 cm in diam. Stems terete,<br />
smooth or minutely lenticellate, puberulent or pubescent.<br />
Leaves paripinnate; distal process acicular, ca. 3 mm long,<br />
early deciduous, leaving a truncate base; leaflets (4) 6-8<br />
(10), alternate to opposite, lanceolate to elliptic-lanceolate,<br />
6-3 1 x 2.4-10 cm, coriaceous, glabrous except<br />
<strong>Talisia</strong> ,nedri G. Guarim Neto, Acta Amaz. 9: 235. for the abaxially, minutely pilose midvein, the venation<br />
1979. Type. Brazil. Amazonas: Rio Negro, Arqui- brochidodromus with a slightly conspicuous marginal
TAXONOMIC TREATMENT 9 1<br />
3mm.<br />
B ff<br />
mm. 3<br />
]3cm.<br />
Fig. 63. <strong>Talisia</strong> acutifolia. A. flowering branch <strong>and</strong> leaf. B. staminate flower. C. adaxial <strong>and</strong> abaxial views of<br />
petal with adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens. E. stamen.<br />
F. pistillate flower with perianth removed showing pistil <strong>and</strong> sterile stamens (left) <strong>and</strong> l.s. same (right). G. steril<br />
stamen. H. fruit. (A-G from Liesner 4162; H from Liesner 8687).
92 FLORA NEOTROPICA<br />
loop, plane on adaxial surface, prominent on abaxial Common names <strong>and</strong> uses. Known in Brazil as<br />
surface, tertiary veins reticulate, the margins sometimes pitomba, pitomba amarela, pitombeira, <strong>and</strong> olhio de<br />
revolute, the apex long-acuminate, acuminate or less venado. The seeds have a fleshy, edible coat, consumed<br />
often acute, the base acute-obtuse, sometimes unequal; by the local people.<br />
petiolules pulvinate, 0.5-1 cm long, minutely pubes- Representative specimens examined. VENEZUELA.<br />
cent; rachis 3-22 cm long, terete, minutely pubescent, Amazonas: San Carlos de Rio Negro, 120 m, 3 Dec 1977<br />
glabrescent; petioles 7.5-15 cm long, gradually thick- (fl), Liesner 4162 (MO, NY, VEN), 120 m, 25 Jan 1980<br />
ened toward base. Thyrses panicle-shaped, sometimes (fr), Liesner 8687 (MO, NY, VEN); Confluence of Negro<br />
fasciculate, terminal or supra-axillary; cataphylls flat- & Casiquiare rivers, 120 m, 15 May 1979 (fr), Liesner<br />
tened-acicular or sub-pinnate, 1.7-2 cm long, tomen- 7439 (MO, VEN); Casiquiare river above Chapez6n,<br />
between Solano <strong>and</strong> Boca, 120 m, 31 Jan 1980 (fr),<br />
tose; axes to 20 cm long, terete, ferruginous-tomentose;<br />
Liesner & Clark 8906 (MO, VEN); Rio Negro, vic. San<br />
bracts triangular, persistent, 1.5-2 mm long; dichasia<br />
Carlos de Rio Negro, 23-29 Jul 1982 (fr), Stergios &<br />
simple or compound, sessile or shortly pedunculate; Aymard 4213 (PORT).<br />
pedicels to 1.5 mm long, articulate at the apex. Calyx BRAZIL. Amazonas: Rio Negro, ca. 100 m, 16 Aug<br />
2.5-3 mm long, tomentulose, the sepals 1-1.5 mm long, 1996 (fl), Acevedo R. et al. 8362 (INPA, NY, US); 16<br />
oblong, concave to slightly keeled, rounded at apex; Aug 1996 (fr), Acevedo R. et al. 8414 (INPA, US); Rio<br />
petals oblanceolate to elliptic, 4-4.5 mm long, reflexed Preto, ca. 100 m, 17 Aug 1996 (fl), Acevedo R. et al.<br />
8442 (INPA, US), (fl), Acevedo R. et al. 8456 (INPA,<br />
at anthesis, papillate on adaxial surface, glabrous on<br />
US); Rio Taruma-Mirim, 29 Apr 1976 (fr), Adis 7 (MG);<br />
abaxial surface except for a few hairs near the base, the<br />
Parana' de Sao Jose de Ariranha, 11 Feb 1944 (fl),<br />
apex sometimes slightly retuse, the base attenuate; ap- Baldwin 3290 (F, IAN, NY, US); Reserva Ducke,<br />
pendages slightly shorter than petals, oblong, erect, Manaus-Itacoatiara Hwy, km 26, 80 m, 19 Jan 1990 (st),<br />
entire or bifid at apex, sericeous-tomentose on both sur- Gentry & Nelson 69247 (MO); Reserva Ducke, Nov 1972<br />
faces; disc cup-shaped, 5-lobed, hirsute, ca. 0.8 mm (st), Rodrigues 9227 (INPA); Maues, Parauari river,<br />
tall; stamens 8, the filaments of equal length or slightly Mucaja, 7 Dec 1961 (fl), Rodrigues & Coelho 3925<br />
unequal, 4-5 mm long, minutely pilose, the anthers (INPA-2, NY); Upper Rio Negro, Ilha da Bateria, 29 Nov<br />
1947 (fl), Schultes & L6pez 9246 (IAN); Rio Negro, ca.<br />
1.2-1.6 mm long, oblong-lanceolate, glabrous, apicu-<br />
Ilha da Silva, 16 Jan 1978 (fl), Steward et al. 378 (K,<br />
late at apex; ovary nearly conical, tomentose, the stigma<br />
NY); Manaus, Cachoeira Gr<strong>and</strong>e, 27 Dec 1874 (fl), Traill<br />
obconical to capitate. Fruits ellipsoid to ovoid, glabrous, 125 (K); Barcelos, along Rio Negro, 1 Jan 1902 (fl),<br />
(trigono-obovoid <strong>and</strong> appressed-pubescent when Ule 6037 (INPA, K, M).<br />
young), turning from green to yellow, 1.7-2.5 (3) cm long,<br />
minutely granulate to smooth, apiculate, the pericarp<br />
0.7-0.8 mm thick, the endocarp granulate, glabrous. 21. TALISIA BULLATA Radlkofer in Martius, Fl.<br />
Seeds ellipsoid, with fleshy testa; cotyledons superim- Bras. 13(3): 556. 1900. Type. Ecuador. Manabi:<br />
posed horizontally or obliquely, the lower one slightly Rosario, Jul 1893 (fl), Eggers 15004 (lectotype,<br />
larger to twice as large as the upper one, sometimes M, here designated; isolectotypes, B-destroyed, C,<br />
poorly differentiated in the area adjacent to the radicle. n.v., K, US, photo of B (F neg. 5671) at US, frag.<br />
Two collections with different dates <strong>and</strong> localities at MO. Syntype. Ecuador. without locality, Aug<br />
were distributed under Spruce 1992 (both annotated by 1893 (fl), Zapullo s.n. (?). Fig. 64a-g<br />
Radlkofer). The first is from Taruma-Agu creek, col-<br />
Treelet 8-12 m tall; bark grayish, lenticellate. Stems<br />
lected in February of 1855. The second collection is<br />
terete, glabrous, lenticellate. Leaves paripinnate or less<br />
from Uanauca-Gapo <strong>and</strong> was collected in December<br />
often imparipinnate; distal process acicular, deciduous,<br />
of 1851. I have designated the 1855 collections as lec- leaving a truncate base ca. 4 mm long; leaflets 11-14,<br />
totypes <strong>and</strong> isolectotypes because there are more du- alternate to opposite, oblong to oblong-elliptic, 23-79<br />
plicates available for this collection than for the 1851 x (7.5) 9-21.5 cm, the distal <strong>and</strong> basal leaflets smaller<br />
collection. The specific epithet refers to the character- than the median ones, rigidly coriaceous, bullate, the<br />
istic leaflets with acute or acuminate apices. adaxial surface with deeply sunken veins, glabrous,<br />
Phenology. Collected in flower from December to<br />
February <strong>and</strong> in August; known to fruit in January, May<br />
<strong>and</strong> August.<br />
the abaxial surface with prominent, puberulent veins,<br />
the venation brochidodromus, with secondary veins alternate,<br />
arching, nearly parallel, forming a strong submarginal<br />
vein, the margins strongly revolute, the apex<br />
Distribution <strong>and</strong> Ecology. (Fig. 67) From central obtuse, the base obtuse-rounded, unequal or slightly<br />
to westem Amazon toward Rio Negro area, in varzea so; petiolules pulvinate, slightly flattened along adaxial<br />
<strong>and</strong> igapo forests.<br />
surface, 1.2-1.7 x 0.5-1.0 cm, puberulent to glabrous;
TAXONOMIC TREATMENT 93<br />
Fig. 64. <strong>Talisia</strong> bullata. A. habit. B. leaf. C. inflorescence with detail of denuded dichasium. D. flower bud. E.<br />
mature pistillate flower. F. lateral, abaxial, <strong>and</strong> adaxial views of petal with adnate appendage. G. pistillate flower<br />
with perianth removed showing, disc, sterile stamens, <strong>and</strong> pistil (left) <strong>and</strong> ls. same showing ovary, ovules, <strong>and</strong><br />
sterile stamens with detail of sterile stamen (right). (A-B from Acevedo R. et al. 6909; C-G from Eggers 15004).
94 FLORA NEOTROPICA<br />
rachis 37-77 cm long, obtusely quadrato-rhombic, to (fl), Poiteau s.n. (K-2, P); without specific locality<br />
transverse-rhombic, firrowed, puberulent or glabrous;<br />
or date (fl), Richard s.n. (P-3). Fig. 65a-h<br />
petioles 30-45 cm long, terete, striate, greatly enlarged <strong>Talisia</strong> carinata forna sericea Radlkofer in Martius,<br />
at base, slightly depressed along adaxial surface. Th- Fl. Bras. 13 (3): 549. 1900. Type. French Guiana.<br />
yrses panicle-shaped, apparently terminal; cataphylls Montagne de Kaw, Roura, 1858 (fl), Sagot s.n.<br />
(lectotype, P, here designated; isolectotype, M).<br />
acicular, 4-5.5 cm long; axes more than 50 cm long,<br />
Syntypes. French Guiana. Cayenne, without date<br />
secondary branches to 20 cm long, angled, sulcate,<br />
(fl), Martin s.n. (K, n.v., P); without specific lodensely<br />
covered with minute, cinnamomeus hairs, <strong>and</strong> cality or date (fl), Poiteau s.n. (K-2, P); without<br />
scattered gl<strong>and</strong>ular hairs; bracts ovate to deltate, per- specific locality or date (fl), Richard s.n. (P-3).<br />
sistent, 1-1.6 mm long; dichasia compound, sessile,<br />
congested along axes; pedicels to 1.5 mm long, tomen- Treelet to 3 (7) m tall, unbranched or with a few uptose,<br />
articulate at the apex. Calyx 3-3.5 mm long, right branches on distal portion, these with determinate<br />
tomentulose, the sepals ca. 2 mm long, ovate, concave, growth due to a terminal inflorescence; trunk to 5 cm in<br />
rounded at apex, ciliate at margins; petals obovate, 6- diam., bark grayish, smooth. Stems terete, minutely<br />
6.5 mm long, reflexed at anthesis, puberulent on adaxial lenticellate, puberulent, glabrescent. Leaves paripinnate<br />
surface, tomentose on lower half of abaxial surface, the or less often imparipinnate; distal process acicular, early<br />
apex rounded, the base attenuate-clawed; appendages deciduous leaving a truncate base 2-3 mm long; leaflets<br />
as long as the petals, lanceolate, erect, sericeous on both 8-16 (26), alternate or subopposite, oblong-elliptic or<br />
surfaces; disc cup-shaped, 5-lobed, tomentose, ca. 1 mm elliptic, (5) 7.2-21 (27.5) x (2.5-) 3-5.5 (-7.9) cm,<br />
tall; stamens 8, the filaments of equal length, ca. 1.5 mm chartaceous to subcoriaceous, glabrous, the adaxial surlong,<br />
pubescent, the anthers ca. 1.3 mm long, oblong, face with a prominulous midvein, <strong>and</strong> slightly sunken<br />
glabrous, apiculate at apex; ovary ovoid, densely fer- secondary veins, the abaxial surface with prominent,<br />
ruginous-tomentose, the stigma nearly capitate. Fruits puberulent veins, the venation brochidodromus, with<br />
ellipsoid, granulate, puberulent or glabrous, 2.6-3 cm secondary veins altemate or subopposite, arching, terlong,<br />
apiculate at apex, the pericarp coriaceous, ca. 1 tiary veins reticulate, the margins undulate, the apex acumm<br />
thick, the endocarp puberulent. Seed one per fruit, minate to long-acuminate, the base oblique, one side<br />
ellipsoid. Embryo with cotyledons laying obliquely obtuse the other attenuate, tapering on to the petiolule,<br />
dorsiventral over each other, the upper one slightly distal leaflets usually larger than the proximal ones; petilarger<br />
than the lower one.<br />
olules pulvinate at base, canaliculate along adaxial sur-<br />
The specific epithet refers to the blistered appear- face, 3.5-10 mm long, glabrous to puberulent, the pulviance<br />
of the leaflets.<br />
nus obconical to cylindrical, 3.5-5 mm long; rachis (12)<br />
18-52 cm long, pentagonous, bisulcate, obtusely to<br />
Phenology. Collected in flower during July <strong>and</strong> narrowly angled, nearly terete toward base, glabrous or<br />
August, <strong>and</strong> in fruit in May <strong>and</strong> September. puberulent, smooth; petioles 10-17 (27) cm long, ter-<br />
Distribution <strong>and</strong> Ecology. (Fig. 67) In coastal, non- ete, pulvinate at base. Thyrses panicle-shaped, terminal<br />
flooded rainforest of westem Colombia <strong>and</strong> Ecuador. or axillary on distal portion of main stem <strong>and</strong> branches,<br />
or less often cauliflorous; cataphylls acicular, clustered,<br />
Representative specimens examined. COLOMBIA. supra-axillary, 5-12 mm long, persistent or deciduous;<br />
Antioquia: San Luis, along Medellin-Bogota hwy, ca. km axes (13.5-) 19-25 (-68) cm long, the secondarybranches<br />
25, 500-630 m, 23 May 1990 (fr), Cogollo et al. 4572<br />
6-10 (-21) cm long, angular, usually sulcate, reddish<br />
(MEDEL). Choc6: Mun. Nuqui; Corregimiento Termales,<br />
tinged, sparsely to densely covered with minute, whitcoastal<br />
zone between Piedra Piedra & Terco river, 9 Sep<br />
ish hairs; bracts ovate, persistent, ca. 0.5 mm long; di-<br />
1994 (st), Acevedo R. et al. 6909 (F, HUA, K, NY, US).<br />
ECUADOR. Esmeraldas: Eloy Alfaro. San<br />
chasia<br />
Miguel,<br />
compound, sessile or shortly pedunculate; pedicels<br />
Cayapas river, 100 m, 3-5 Sep 1993 (fr), Palacios & 0.5-1 mm long, articulate at the middle. Calyx 1-1.8 mm<br />
Tirado 11097 (US).<br />
long, puberulent to pubescent, the sepals 0.5-0.6 mm<br />
long, ovate, concave, rounded at apex; petals white, oblong,<br />
truncate at base, 2.5-3.6 (-4.2) mm long, reflexed<br />
22. TALISIA CARINATA Radlkofer, Sitzungsber. at anthesis, adaxially glabrous or papillate, abaxially ap-<br />
Math.-Phys. Cl. K6nigl. Bayer Akad. Wiss. pressed-pubescent, especially on lower half, the apex<br />
Miinchen 8: 349. 1878. Type. French. Guiana. rounded, the base cuneate-obtuse; appendages as long<br />
Montagne de Kaw, Roura, 1858 (fl), Sagots.n. (lec- as or a little shorter than the petals, lanceolate, erect,<br />
totype P, here designated; isolectotype, M). Syntypes. entire at apex, adaxially sericeous-tomentose, abaxially<br />
French Guiana. Cayenne, without date (fl), Martin sparsely sericeous-tomentose or glabrous; disc annus.n.<br />
(K, n.v., P-2); without specific locality or date lar, 5-lobed, pubescent to tomentose, 0.4-0.5 mm tall;
TAXONOMIC TREATMENT 95<br />
Fig. 65. <strong>Talisia</strong> carinata. A. inflorescence. B. staminate flower. C. i.s. staminate flower showing disc, stamens,<br />
<strong>and</strong> pistillode. D. adaxial <strong>and</strong> lateral views of petal with adnate appendage. E. staminate flower with perianth<br />
removed showing disc <strong>and</strong> stamens. F. leaf. G. fruiting branch. H. seed. (A-E from Mori et al. 19109; F-H from<br />
Mori et al. 14955).<br />
2 mm.
9 6 FLORA NEOTROPICA<br />
stamens 5 (6), the filaments of equal length, 1.5-2.2 mm<br />
long, pilose, the anthers 1.1-1.3 mm long, oblong, glabrous,<br />
apiculate at apex; ovary ovoid, densely ferruginous-tomentose,<br />
the stigma capitate. Fruits 1-2-seeded,<br />
ellipsoid to obovoid, turning from green to orange-yellow,<br />
sparselypubescent, glabrescent, granulate, 1.5-2.1(-<br />
2.5) cm long, rounded at apex, shortly apiculate, the<br />
pericarp 0.4-1.2 mm thick, the endocarp granulate, glabrous.<br />
Seeds ellipsoid, to 1.5 cm long, with fleshy, edible,<br />
cream testa; cotyledons superimposed, of equal size.<br />
<strong>Talisia</strong> carinata seems to be closely related to T<br />
sylvatica. However, T carinata differs from T sylvatica<br />
by: secondary veins 8-11 (vs. 11-20); abaxial leaf<br />
surface without granules (vs. punctate or granulate);<br />
venation <strong>and</strong> leaf rachis glabrous (vs. puberulent); <strong>and</strong><br />
petals pubescent sericeous adaxially (vs. glabrous). In<br />
addition, <strong>Talisia</strong> sylvatica on the average, has larger<br />
leaflets <strong>and</strong> fewer per leafthan T carinata. A few specimens<br />
of T carinata with large leaflets resemble T<br />
acutifolia, however, T carinata differs by its angled<br />
leaf rachis (vs. terete), chartaceous <strong>and</strong> more numerous<br />
leaflets (vs. coriaceous <strong>and</strong> fewer leaflets), <strong>and</strong> by<br />
its flowers with abaxially appressed-pubescent petals<br />
(vs. glabrous), <strong>and</strong> 5 stamens (vs. 8).<br />
The specific epithet refers to the abaxially keeled<br />
midvein of the leaflets.<br />
Phenology. Known to flower from May to Octo-<br />
ber <strong>and</strong> to fruit all year round.<br />
Distribution <strong>and</strong> Ecology. (Fig. 67) Guianas <strong>and</strong><br />
Brazil. An understory treelet of terra firme <strong>and</strong> seasonally<br />
flooded, lowl<strong>and</strong>, rain to dry forests.<br />
Common names <strong>and</strong> uses. French Guiana. Creole:<br />
Dayacoussa, gaulette indienne, bois flambeau,<br />
payacoussa, picoussa, petite gaulette, tit-gaulette;<br />
Oyampi: touliatan; Wayapi: tuliata. Surinam.<br />
Bosknippa. The fruits, although of small size have an<br />
edible juicy testa covering the seed.<br />
Representative specimens examined. SURINAM.<br />
Nickerie: Kabalebo Dam project, 30-130 m, 20 Sep<br />
1980 (fr), Lindeman et al. 501 (MO).<br />
FRENCH GUIANA. Without locality, 3 May 1901 (fl),<br />
Geay 993 (P-2), 18 Aug 1969 (fl), Irwin et al. 47630 (IAN,<br />
NY, P, US-2); s.d., Poiteau s.n. (K). Bassin de<br />
L'Approuague: Station des Nouragues, 26 Jan 1989 (fr),<br />
Loubry 163 (CAY, US); Arataye river, top of Saut Parar6,<br />
40 m, 3 Feb 1969 (fr), Oldeman 2922 (CAY, P, US);<br />
Approuague river toward Parepou creek, 25 Sep 1968 (fl),<br />
Oldeman B-1871 (CAY, P, US). Bassin de la Camopi:<br />
D6grad Claude, Tamouri, 20 Mar 1974 (fr), Lescure 169<br />
(CAY-2, P); Roche Jose, 7 Dec 1967 (fr), Oldeman 2597<br />
(CAY-2, P, US); Gr<strong>and</strong> Tamouri, 200 m from Camopi river,<br />
13 Feb 1968 (fr), Oldeman & Sastre 219 (CAY-2, IAN,<br />
NY, U-2). Bassin de L'Inini: Without specific locality, 7<br />
Apr 1986 (fr), Feuillet 3692 (CAY); Montagne Bellevue<br />
de L'Inini, 550 m, 15 Aug 1985 (fr), de Granville et al.<br />
7500 (CAY-2, U), 550 m, 30 Aug 1985 (fl), de Granville<br />
et al. 7919 (CAY, P, US); Monts Atachi Bakka, 440 m, 8<br />
Jan 1989 (fr), de Granville et al. 10480 (CAY, US); Gr<strong>and</strong><br />
Inini river, ca. mouth of Sai creek, 26 Aug 1970 (fl),<br />
Oldeman B-3578 (CAY). Bassin de L'Iracoubo: Iracoubo<br />
river, old trail to Saut Franconie, 12 Aug 1966 (fl), Oldeman<br />
B-595 (CAY); Maniga village, 18 Aug 1966 (fl), Oldeman<br />
2223 (CAY-2, P). Bassin de la Mana: Mana river, vic. of<br />
Saut Fracas, 22 Jul 1981 (fl), Cremers 7275 (CAY, P);<br />
Baboune creek, 15 km from La Mana, 31 Jul 1981 (fl), de<br />
Granville 4710 (CAY, P); Montagnes de la Trinite, 430 m,<br />
6 Feb 1984 (fr), de Granville et al. 6536 (CAY-2, NY, P, U,<br />
US-2). Bassin de L'Oyapock: Gabaret creek, 5 Sep 1996<br />
(bd), Blanc 120 (CAY, US); Pic du Gr<strong>and</strong> Croissant, 40<br />
km N of Camopi, 8 Dec 1983 (fr), Feuillet 1221 (CAY, P);<br />
Camopi, 1900 (fr), Geay 852 (F, P); Upper Oyapock river,<br />
W of Trois Sauts, Mont Saint Marcel, 21 Jul 1975 (bd), de<br />
Granville T-1169 (CAY-2), 28 Jul 1975 (st), de Granville<br />
T-1205 (CAY-2, P); Zidock village, 3 Nov 1973 (fr),<br />
Gren<strong>and</strong> 58 (CAY); Trois Sauts, Oyapock river, 2 Jan 1975<br />
(fr), Gren<strong>and</strong> 618 (CAY); Maripa, 18 May 1965 (fr),<br />
Oldeman 1278 (CAY-2, P, US); Montagne Trois Pitons-<br />
Crique Ouanary, 6 Aug 1969 (fl), Oldeman B-2582 (CAY,<br />
P); Eureupoucigne creek, affluent of Oyapock river, 22<br />
May 1970 (fr), Oldeman B-3321 (CAY, P, US); Upper<br />
Oyapock, Zidock village, 12 Aug 1985 (fl), Prevost &<br />
Gren<strong>and</strong> 1934 (CAY, P, US). Bassin du Maroni: Village<br />
Touinke, 12 Apr 1977 (fr), Cremers 4689 (CAY-2); Gobaya<br />
Soula, 1.5 km from L'Itany, 100 m, 6 Jan 1989 (fr), de<br />
Granville et al. 10439 (CAY); 6 km E of Gobaya Soula,<br />
420 m, 10 Jan 1989 (fr), de Granville et al. 10537 (CAY,<br />
NY, US); 9 km SE of Gobaya Soula, 15 Jan 1989 (fr), de<br />
Granville et al. 10657 (CAY, US), 9 Mar 1971 (fr), de<br />
Granville C-148 (CAY-2, P); Comte river, Roche Fende,<br />
18 Jan 1977 (fr), Mori & Veyret 8929 (CAY, MO, NY).<br />
Bassin du Sinnamary: Camp Eugene, 70 m, 4 Feb 1995<br />
(fr), de Granville & Cremers 12752 (CAY, NY, P, US); 80<br />
m, 29 Nov 1994 (fr), de Granville et al. 12634 (CAY, US);<br />
Sinnamary river, 1 May 1969 (fl), Oldeman B-2322 (CAY,<br />
P). Bassin de la Yaloupi: Saut Tainoua, 17 Apr 1970 (fr),<br />
de Granville 376 (CAY-4, IAN, NY); Yaloupi river, near<br />
Saut Coueki, 30 Apr 1970 (fr), de Granville 512 (CAY-2);<br />
Saut Tainoua, 17 Mar 1970 (fr), Oldeman T-514 (CAY, P,<br />
US). Ile de Cayenne: Gr<strong>and</strong> Matoury, NE side, Reserve de<br />
La Mir<strong>and</strong>e, 21 Apr 1992 (fr), Acevedo R. & Grimes 4797<br />
(CAY, K, NY, US-2); Mont Rorota, 24 Apr 1992 (fr),<br />
Acevedo R. & Grimes 4837 (CAY, US); Mont Cabassou,<br />
100 m, 2 Apr 1996 (fr), Cremers et al. 14360 (CAY, NY, P,<br />
US), (fr), Cremers et al. 14361 (CAY-2); Cayenne, Martin<br />
s.n. (K); Montagne Tigre, 140 m, 3 Feb 1965 (fr), Oldeman<br />
1052 (CAY-2, US-2); Montagne Mahoury, 12 km E of<br />
Cayenne, 250 m, 6 May 1965 (fl, fr), Oldeman 1265 (CAY-<br />
3, NY, P, US); Mont Rorota, 23 Mar 1984 (fr), Prevost<br />
1496 (CAY-2, US). Montagne de Kaw: Route de Belizon,<br />
19 Feb 1988 (fr), Billiet & Jadin 4439 (CAY-2); Roura<br />
along road to Gabrielle creek, 2 Feb 1977 (fr), Cremers<br />
4243 (CAY-2, MO, NY); Montagne de Kaw, 225-270 m,<br />
13 Dec 1954 (fr), Cowan 38795 (NY-2, US-2). Piste de<br />
Saint Elie: Station Biologique ORSTOM, 27 Apr 1992 (fr),
TAXONOMIC TREATMENT 97<br />
Acevedo R. et al. 4842 (CAY, US); between Sinnamary & cylindrical, 5-10 mm long, puberulent; rachis > 35 cm<br />
Counama rivers, 23 Apr 1982 (fr), Anonymous 374 (CAY- long, terete, densely covered with minute ferruginous<br />
2); Station Biologique ORSTOM, Mar 1980 (fr), Lescure hairs; petioles ca. 12 cm long, terete, slightly pulvinate<br />
893 (CAY-2); between Sinnamary & Counama rivers, 19<br />
at base. Thyrses panicle-shaped, terminal on distal por-<br />
Aug 1994 (fl), Prevost 3055 (CAY, US). Region des<br />
Emerillons: Massif des Emerillons, 200 m, 5 Sep 1980 (fl),<br />
tion of main stem; cataphylls acicular, 4-5 mm long,<br />
de Granville 3738 (CAY-2). Region Littorale: Kourou. early deciduous; axes to 15 cm long, the secondary<br />
Passoura, near Passoura creek, 29 Apr 1992 (fr), Acevedo branches to 7 cm long, angled, sulcate, densely cov-<br />
R. et al. 4872 (CAY, NY, US), 6 May 1992 (fr), Acevedo ered with gl<strong>and</strong>ular, multiseptate, yellowish hairs <strong>and</strong><br />
R. et al. 4915 (CAY, K, NY, US). Region de Paul- Isnard: with minute, erect, simple hairs; bracts lanceolate, per-<br />
Paul Isnard, vic. of Citron, 11 Feb 1983 (fr), Cremers s.n. sistent, 6-7 mm long, with same indumentum as the<br />
(US); Paul Isnard, base of Montagne Lucifer, 430 m, 11 axis; dichasia simple, shortly pedunculate, sometimes<br />
Feb 1983, (fr), Cremers, s.n. (US); Citron, 11 Feb 1983<br />
reduced to a single flower due to the abortion of lateral<br />
(fr), Cremers 7961 (CAY-2, P, US); along recent road to<br />
Citron, 11<br />
flowers; pedicels 0.5-1 mm<br />
Feb 1983 (fr), Feuillet 698<br />
long, articulate at the apex.<br />
(CAY); Paul Isnard,<br />
base of Montagne Lucifer, 430 m, 9 Nov 1982 (fr), de Calyx urceolate, pinkish, ca. 3 mm long, with same in-<br />
Granville 5235 (CAY-2, P). Region de Saul: Route de dumentum as the inflorescence axes, the sepals 2-2.5<br />
Belizon, Eaux Claires, 26 Mar 1981 (fr), de Granville 4475 mm long, ovate, concave-carinate, obtuse at apex; pet-<br />
(CAY, P); Mont Belv6dere, 160 m, 22 Nov 1984 (fr), de als ovate-lanceolate, white, 4.5-5.5 mm long, erect,<br />
Granville 6952 (CAY, P, U), 7 Dec 1984 (fr), de Granville adaxially puberulent with a few gl<strong>and</strong>ular hairs,<br />
7161 (CAY); Mont Galbao, 570 m, 22 Jan 1986 (fr), de abaxially glabrous, the apex obtuse, the base truncate;<br />
Granville et al. 8890 (CAY, P), 27 Jul 1979 (fl), de Granville appendages 2-3 mm long, triangular-lanceolate, erect,<br />
B-5507 (CAY); Montagne Gr<strong>and</strong> Fosse, 20 Aug 1971 (fl),<br />
entire at apex, villous on both surfaces; disc annular, 5-<br />
Oldeman B-4051 (CAY-2, P); Chamberlain, km 3 from<br />
lobed, tomentulose, ca. 0.5 mm tall; stamens 7 or 8, the<br />
Galbao, 8 Feb 1978 (fr), Prevost 184 (CAY).<br />
BRAZIL. Amapl: Oiapoque, 92 km SE of Oiapoque, filaments of equal length, ca. 0.3 mm long, glabrous,<br />
5 Dec 1984 (fr), Daly et al. 3822 (K, MG); Oiapoque, 13 the anthers 1.4-1.5 mm long, oblong, glabrous, apicu-<br />
Oct 1950 (fr), Froes 26617 (IAN); Mt. Tipac, 0-200 m, late at apex. Pistillate flowers unknown. Fruits ellip-<br />
13 Oct 1960 (fr), Irwin 48688 (MG, MO, NY, US); soid (trigonous when young), yellowish brown, 2.8-3<br />
Oiapoque river, vic. of Tres Saltos Fall, 10 Sep 1960 (fr), cm long, puberulent, granulate, rounded at apex, with<br />
Irwin et al. 48154 (IAN, MG, NY, US), Agua Azul, 26 Jul short apiculum, the pericarp 1 mm thick, the endocarp<br />
1962 (fl), M. Pires & Cavalcante 52291 (F, IAN, MG,<br />
granulate, sparsely furfuraceous. Seeds ellipsoid, to 2.4<br />
NY, US), 30 Jul 1962 (fr), M. Pires & Cavalcante 52298<br />
cm<br />
(F, IAN, MG, NY); 84 km SE of Oiapoque, 5 Dec 1984<br />
long; cotyledons superimposed, of equal size.<br />
(fr), Rabelo & Cardoso 2888 (MG, NY).<br />
The specific epithet refers to the caudate apices of<br />
the leaflets.<br />
23. TALISIA CAUDATA Steyermark, Ann. Missouri<br />
Bot. Gard. 75: 1072. 1988. Type. Venezuela.<br />
Phenology. Collected in flower during November<br />
<strong>and</strong> in fruit during August <strong>and</strong> October.<br />
Amazonas: Cerro Sipapo, mixed montane forest, Distribution <strong>and</strong> Ecology. (Fig. 67) A treelet en-<br />
125 m, 25 Jan 1949 (fr), Maguire & Politi 28615 demic to Venezuela, known only from river banks in<br />
(holotype, MO-2 sheets; isotypes, MG, NY, US). laja <strong>and</strong> rain forests.<br />
Fig. 66a-i<br />
Common name. Kaerinuae ukwaewaesa.<br />
Treelet 2-3.5 m tall. Stems terete, puberulent. Leaves<br />
paripinnate; distal process filiform, 5-13 mm long; leaflets<br />
16-24, alternate to opposite, oblong to oblong-lanceolate,<br />
9-13.5 x 2-3.5 cm, chartaceous, glabrous, the<br />
Representative specimens examined. VENE-<br />
ZUELA. Amazonas: Atures, Alto Carinagua, 4 Sep 1995<br />
(fr), Contreras 94 (VEN); Atures, Cerro Uchonhua, 120-<br />
150 m, 9 Nov 1980 (fl), Gudnchez 383 (TFAV); Left<br />
adaxial surface with prominulous midvein, the abaxial bank, tributary of Cuao river, 350-400 m, 15 Aug 1985<br />
surface with prominent venation, the midvein puberu- (st), Zent 885-20 (US), 400-450 m, 5 Oct 1985 (fl),<br />
lent, sometimes with multicellular gl<strong>and</strong>ular trichomes,<br />
the venation brochidodromus, with secondary veins<br />
alternate or subopposite, arching, forming a submar-<br />
Zent 1085-03 (US).<br />
ginal loop, smaller loops formed between the margin 24. TALISIA CERASINA (Bentham) Radlkofer,<br />
<strong>and</strong> the submarginal loops, tertiary veins reticulate, the Sitzungsber. Math.-Phys. Cl. Konigl. Bayer Akad.<br />
margins entire, the apex caudate (this 1.8-2.2 cm long), Wiss, Miinchen 8: 349. 1878. Sapindus cerasinus<br />
the base oblique, one side obtuse the other attenuate, Bentham, J. Bot. (Hooker) 3: 197. 1851. Type. Brazil.<br />
tapering into an elongated petiolule; petiolules nearly Para: vicinity of Santarem, Apr-Aug 1850 (fl),
9 8 FLORA NEOTROPICA<br />
Fig. 66. <strong>Talisia</strong> caudata. A. leaf. B. inflorescence. C. detail of inflorescence branch <strong>and</strong> trichome. D. staminate<br />
flower. E. adaxial <strong>and</strong> abaxial views of petal with adnate appendage. F. I.s. staminate flower with perianth removed<br />
showing disc, stamens, <strong>and</strong> pistillode <strong>and</strong> same (entire). G. pistillode. H. portion of infructescence. I. dorsal view<br />
of seed (left) <strong>and</strong> embryo (right). (A-G from Zent 1085-03; H-I from Zent 0885-24).
TAXONOMIC TREATMENT 99<br />
n<br />
9oW!<br />
<<br />
\;<br />
YS<br />
- . 70WI 60W<br />
'.~~~~~~~~~~~~~~~~\<br />
~ ~ ~ ~ P<br />
~~~~~~~r<br />
50W 40W<br />
I ON<br />
o _W......t >*.<br />
* <strong>Talisia</strong> acutfWolia < 0<br />
A <strong>Talisia</strong> buflata<br />
v<strong>Talisia</strong><br />
; -<br />
carinata ~ I ~ r ~I'<br />
* <strong>Talisia</strong> caudata \ ( ) ?"<br />
Fig. 67. Distribution of species in <strong>Talisia</strong> subgenus <strong>Talisia</strong> (in part).<br />
Spruce 1035 (lectotype, K, here designated;<br />
isotypes, K-2, M, P, photo of M (F neg. 6018) at<br />
NY <strong>and</strong> US). Fig. 68a-h<br />
hispidulose to tomentose, the secondary branches to<br />
17 cm long,angled, sulcate; bracts subulate to deltate,<br />
persistent, 2.5-5 mm long, with same indumentum as<br />
Sapindus oblongus Bentham, J. Bot. (Hooker) 3: 198. the axis, sometimes with gl<strong>and</strong>ular hairs; dichasia simple<br />
1851. Type. Brazil. Pari: vicinity of Santarem, Apr<br />
1850 (st), Spruce s.n. (holotype: K, photo at US).<br />
or compound; peduncles 0.5-5 mm long; pedicels 2-3<br />
mm long, articulate at or slightly above the middle. Calyx<br />
Treelet or small tree, 2-4(12) m tall. Stems terete,<br />
smooth or minutely lenticellate, glabrous. Leaves<br />
paripinnate; distal process truncate, 2-3 mm long; leaflets<br />
(6)10-16(18), alternate or subopposite, 5-32(40)<br />
x 1.2-7.2 (18) cm, falcate, elliptic, oblong, lanceolateelliptic,<br />
ovate-elliptic or oblanceolate, chartaceous to<br />
coriaceous, glabrous, the adaxial surface glossy, with<br />
prominent midvein <strong>and</strong> sunken or plane secondary veins,<br />
the abaxial surface with numerous gl<strong>and</strong>ular dots <strong>and</strong><br />
prominent midvein <strong>and</strong> secondary veins, the venation<br />
brochidodromus, lighter than the blade, with secondary<br />
veins alternate or subopposite, arching toward the<br />
margin, tertiary veins reticulate, the margins entire, revolute<br />
or slightly so, the apex short- to long-acuminate,<br />
the base asymmetrical to strongly asymmetrical, one<br />
side obtuse the other attenuate; petiolules pulvinate at<br />
base or less often nearly cylindrical, 0.5-1.5 cm long,<br />
1.5-2.5 (-3.5) mm long, appressed-pubescent to nearly<br />
tomentose, the sepals 1.5-3 mm long, ovate, oblong,<br />
or less often deltate, concave, obtuse or acute at apex;<br />
petals oblong, (4) 5.5-7 (-8) mm long, reflexed at anthesis,<br />
adaxially papillate, abaxially glabrous or sometimes<br />
appressed-pubescent at base, usually ciliate at margins,<br />
the apex obtuse, the base cuneate or obtuse;<br />
appendages as long as the petals, triangular-lanceolate,<br />
erect, simple or seldom bifid at apex, adaxially sericeous,<br />
abaxially glabrous or papillate; disc annular, 5-<br />
lobed, tomentulose, tomentose, puberulent or rarely glabrous,<br />
0.6-0.7 mm tall; stamens 8, the filaments of equal<br />
length, 1.7-2.7 mm long, pilose or less often glabrous,<br />
the anthers 1.4-2.3 mm long, oblong, glabrous, apiculate<br />
at apex; ovary ovoid, densely sericeous, the stigma<br />
elongate, papillate. Fruits 1(2)-seeded, ellipsoid to nearly<br />
globose, glabrescent, yellow, orange or red, 2-3(3.5)<br />
glabrous, usually drying dark brown, the pulvinus coni- cm long, nearly smooth, rounded at apex, with short<br />
cal, 4-6 mm long; rachis 10-55 cm long, terete, stri- apiculum, the pericarp 0.8-1.2 (3) mm thick, the enate,<br />
slightly angled on distal portion, glabrous; peti- docarp smooth, glabrous. Seed ellipsoid, 1.8-2 cm<br />
oles 9-28 cm long, terete, striate, slightly pulvinate at long; cotyledons superimposed, the upper cotyledons<br />
base. Thyrses panicle-shaped, terminal or axillary; slightly larger than the lower one.<br />
cataphylls acicular, 4-5 (10) mm long, early decidu- <strong>Talisia</strong> cerasina is a highly variable species that can<br />
ous; axes 20-60 cm long, puberulent, minute be recognized by the presence of falcate leaflets with
100 FLORA NEOTROPICA<br />
Fig. 68. <strong>Talisia</strong> cerasina. A. flowering branch. B. detail of inflorescence. C. leaflet. D. staminate flower. E. adaxial,<br />
abaxial, <strong>and</strong> lateral views of petal with adnate appendage. F. staminate flower with perianth removed showing<br />
disc <strong>and</strong> stamens <strong>and</strong> detail of stamens (left) <strong>and</strong> l.s. of same showing disc, stamens <strong>and</strong> pistillode (right), <strong>and</strong><br />
pistillode (far right). G. pistillate flower with perianth removed showing disc, sterile stamens, <strong>and</strong> pistil with detail<br />
of sterile stamen (left) <strong>and</strong> l.s. same (right). H. fruit. (A-B, D-F from Vieira et a!. 579; C, G from Viera et al.<br />
416; H from Silva 1266).
TAXONOMIC TREATMENT 101<br />
acute to acuminate apices; leaf rachis glabrous, striate<br />
<strong>and</strong> slightly angled distally; long-pedunculate inflorescences<br />
with relatively large flowers, bearing 8 stamens<br />
with pilose to puberulent filaments; <strong>and</strong> disc pilose or<br />
puberulent. <strong>Talisia</strong> cerasina <strong>and</strong> T retusa are vegetatively<br />
very similar, however, T cerasina can be distinguished<br />
by its pubescent disc (vs. glabrous in T retusa).<br />
The specific epithet refers to the cherry-like fruits, as<br />
originally described by Spruce in the type collection.<br />
Phenology. Collected in flower from June to March,<br />
with most collections from September to December;<br />
fruiting throughout the year.<br />
Distribution <strong>and</strong> Ecology. (Fig. 72) From Costa<br />
Rica to Bolivia, extending into the Amazon <strong>and</strong> east<br />
into northeastern <strong>and</strong> southeastern Brazil. In terra<br />
firme, igapo, varzea, gallery, <strong>and</strong> secondary forests,<br />
<strong>and</strong> campina.<br />
Common names <strong>and</strong> uses. Peru. Loreto: tambor<br />
caspi, carachupa caspi, virote huayo. Brazil. Acre: breu,<br />
pitomba; Amazonas: pitomba, pitomba brava, pitombeira;<br />
Minas Gerais: camboata' da folha gr<strong>and</strong>e; Para:<br />
pitomba; Pemambuco: pitombinha; Rondonia:pitomba<br />
do mato. Bolivia. Beni: Pit6n. Cultivated for its edible<br />
fruits (fleshy seed testa).<br />
Representative specimens examined. COSTA<br />
RICA. Puntarenas: Golfito, 100-300 m, 27-28 Jan<br />
1967 (fl), Burger & Matta 4757 (MO, NY, US); Reserva<br />
Biol6gica Carara, El Salto creek, 130 m, 10 Jan 1990<br />
(bd), Zuniga 70 (F-2). San Jos6: Santa Rosa de Puriscal,<br />
17 Jan 1973 (bd), Poveda 446 (MO).<br />
PANAMA. San Blis: Cordillera San Blas, vic. of Isla<br />
Tubuala, 200-400 m, 11 Mar 1993 (fr), Herrera 1311 (US).<br />
COLOMBIA. Antioquia: Cerro de Pava, valley of the<br />
Cristalina, 1 Sep 1994 (st), Acevedo-Rodriguez & Callejas<br />
6772 (US); Mun. San Luis. Corregimiento El Prodigio;<br />
Cano el Tigre, 350 m, 26 Jun 1990 (fl), Cirdenas et al.<br />
2914 (COL), trail Las Confusas, 300-770 m, 7 Mar 1990<br />
(fr), Cardenas & Ramirez 2566 (COL, JAUM); Mun. Turbo.<br />
Corregimiento Alto Mulatos; Finca El Bosque, 350, 19 Dec<br />
1990 (fr), Callejas et al. 9771 (NY-2); Mun. San Luis.<br />
Quebrada La Cristalina, 550-770 m, 27 Jan 987 (fl),<br />
Ramirez & Cardenas 519 (COL, JAUM), 27 Oct 1987 (bd),<br />
Ramirez & Cdrdenas 1873 (JAUM). Choc6: Riosucio,<br />
along Tru<strong>and</strong>6 river, 24 Jul 1970 (fr), Arciria 169 (COL).<br />
Guaviare: San Jose de Guaviare, Guayabero river, 300 m,<br />
27 Jan 1990 (fl), Marul<strong>and</strong>a & Mdrquez 1799 (HUA).<br />
Meta: Sierra de la Macarena, 650 m, 19 Dec 1949 (fl),<br />
Philipson & Idrobo 1802 (COL, US); Cafio Ciervo, 600<br />
m, 19 Jan 1950 (fl), Philipson et al. 2142 (COL).<br />
Putumayo: Puerto Ospina, 23 Mar 1953 (fr), Gutierrez<br />
2582 (MEDEL). Vaupks: Raudal Alto, margins of Inirida<br />
river, 180 m, 3 Feb 1953 (fr), Fernarndez 2107 (COL, US);<br />
Bocas del Ariari, along Guaviare river, 18 Feb 1968 (fl),<br />
Pinto & Sastre 919 (COL).<br />
VENEZUELA. Amazonas: San Carlos de Rio Negro,<br />
20 km from the confluence with Casiquiare, 119 m, 21<br />
Mar-17 Apr 1981 (fr), Delascio et al. 9572 (VEN), 21<br />
Mar 1981 (fr), Delascio et al. 9695 (VEN); Atures. Sipapo<br />
river, 110 km from confluence with Guayapo river, 120<br />
m, May 1989 (fr), Foldats & Velazco 9249 (PORT, NY).<br />
ECUADOR. Napo: Orellana. Yasuni Forest Reserve.<br />
10 km E of Pontificia Universidad del Ecuador Scientific<br />
Station, along road, 240-310 m, 27 Jun 1995 (st),<br />
Acevedo R. & Cedeno 7559 (US), 200 m, 30 Jun 1995<br />
(st), Acevedo R. & Cedeno 7601 (US), 250 m, 27 Jul 1993<br />
(fr), Aulestia 110 (MO); Aguarico. Reserva Huaorani, 250<br />
m, 21-25 Oct 1993 (fl), Aulestia & Andi 908 (US); Sector<br />
Payamino, Via Loreto, 4 km W of Payamino river,<br />
250 m, 3 Aug 1986 (st), Palacios & Neil 1132 (MO).<br />
PERU. Amazonas: Prov. Bagua. Marafion river,<br />
Yamayakat, 320 m, 26 Jan 1996 (fr), Jaramillo & Jaramillo<br />
981 (US); Cenepa river, Chigkan isl<strong>and</strong>, ca. 250 m, 18<br />
May 1973 (fr), Kayap 761 (MO); Marafion river,<br />
Yamayakat, 16 Jul 1994 (bd), Vasquez et al. 18734 (US).<br />
Cuzco: La Convenci6n, Distr. Echarati, 400 m, 15 Feb<br />
1997 (st), Nunez et al. 19631 (USM). Loreto: Samiria<br />
river, 20 Oct 1982 (fl), Ayala et al. 3908 (MO, NY);<br />
Requena. Espejo Cocha, 27 Nov 1987 (fr), Ayala et al.<br />
5822 (US); Amazonas river 2 km W of Indiana, 130 m,<br />
12 Feb 1987 (st), Gentry et al. 55713 (MO); Negro Urco,<br />
Napo river, 160 m, 21 Jan 1983 (fr), Gentry & Emmons<br />
39627 (F, NY); Amazonas river, Hamburgo-Cafio Pasta<br />
Cocha, 122 m, 30 Apr 1985 (fr), Grdndez & Vasquez 240<br />
(K, MO); Samiria river, 11 May 1985 (fr), Grdndez &<br />
Vasquez 403 (K); Prov. Alto Amazonas. Fortaleza, near<br />
Yurimaguas, 140 m, Dec 1932 (fl), Klug 2798 (F, MO,<br />
NY, US); Prov. Mariscal Castilla. Yavari river, 16 miles<br />
above Curaga river, 25 Oct 1976 (fl), Prance et al. 24113<br />
(K, MG, MO, NY, US); Prov. Loreto. Amazonas river, 3<br />
Mar 1977 (fr), Rimachi 2877 (F, MO-2); Prov. Maynas.<br />
Amazonas river, Yanayacu creek (black waters), 15 Aug<br />
1977 (fr), Rimachi 3176 (F); Prov. Requena. along Ucayali<br />
river, 23 Nov 1981 (fr), Spichiger & Encarnaci6n 1201<br />
(MO); San Jose de Parinari, 5 Nov 1982 (fr), Vasquez &<br />
Jaramillo 3353 (MO, NY); Esperanza, Tahuayo river,<br />
140 m, 26 Jan 1981 (fr), Vasquez & Jaramillo 1275<br />
(F-2, MO-2, NY); Yanamono-Explorama Lodge, 106<br />
m, 3 May 1987 (fr), Vasquez & Jaramillo 9126 (F, NY);<br />
Explorama Reserve, 106 m, 9 Nov 1989 (fl), Vasquez<br />
& Jaramillo 13131 (US), 17 Apr 1985 (fr), V6squez &<br />
Jaramillo 6358 (MO); Prov. Requena, Sapuena, Jenaro<br />
Herrera, 170 m, 17 Nov 1987 (fl), Vasquez & Jaramillo<br />
10107 (K-3); Samiria river, 130 m, 11 May 1985 (fr),<br />
Vasquez et al. 6492 (MO); Prov. Ucayali. Canchahuayo,<br />
200 m, 29 Nov 1985 (fl), Vdsquez et al. 7028 (MO, NY);<br />
Yurimaguas, Huallaga river, 155-210 m, Oct-Nov. 1929<br />
(fl), Williams 3901 (F); Fortaleza, near Yurimaguas 29<br />
Oct 1929 (fl), Williams 4303 (F); Masana, Mazan river,<br />
125 m, 5 Apr 1930 (fr), Williams 8141 (F).<br />
BRAZIL. Acre: Mun. Bujari. Basin of Purus river,<br />
Antimari river, Floresta Estadual de Antimari, 12 Mar<br />
1997 (fr), Daly et al. 9497 (US); Mun. Sena Madureira,<br />
vic. of Sena Madureira, 27 Sep 1980 (fl), C. Ferreira &<br />
Nelson 2575 (INPA, MG); Mun. Mancio Lima, road to<br />
Isac, 24 Mar 1992 (fr), C. Ferreira et al. 10932 (US); Rio
102 FLORA NEOTROPICA<br />
Branco, 26 Sep 1990 (fl), Lowrie et al. 199 (MG, NY);<br />
Basin of Purus river, along Icaco river, 28 Oct 1993 (fl),<br />
Silveira et al. 677 (NY); Seringal Sao Francisco, Acre river,<br />
Oct 1911 (fl), Ule 9517 (K-2, MG, US). Amazonas: Mun.<br />
Limoeiro; Japura river, 23 Nov 1977 (fl), Damido 2742<br />
(INPA); Manaus, Ilha do Careiro, cultivated, 15 Jan 1987<br />
(st), Gren<strong>and</strong> 2797 (INPA); Mun. Borba; Near<br />
Urucurituba, 4 Sep 1934 (fr), Krukoff 5963 (K, MO, NY);<br />
Mun. Humaita; Madeira river near Tres Casas, 11 Oct 1934<br />
(fl), Krukoff 6504 (K); Mun. Sao Paulo de Olivenqa; near<br />
Palmares, 11 Sep-26 Oct 1936 (fl), Krukoff 8603 (K, MO,<br />
NY); Mun. Librea. Purus river, 5 km S of Labrea, 31 Oct<br />
1968 (fl), Prance et al. 8117 (F, INPA, MG, NY, P, US);<br />
Janauari, Rio Negro opposite Manaus, 1 Apr 1971 (fr),<br />
Prance et al. 11245 (F, K, MG, NY, US); Serra de Araca,<br />
60 m, 20 Mar 1984 (fr), Rodrigues et al. 10557 (INPA,<br />
NY); Solimoes river, Santo Ant6nio do Ica, 19 Oct 1968<br />
(fl), Silva 2111 (MG). Bahia: Mun. Una. Reserva<br />
Biol6gica Mico-leao, 8-12 Mar 1993 (fr), Amorim et al.<br />
1103 (NY, US); Mun. Uru9uca; km 7.3 on road Serra<br />
Gr<strong>and</strong>e-Itacare, Faz. Lagoa, 7 Sep 1991 (fl), de Carvalho<br />
et al. 3624 (NY); Reserva Biologica de Una-REBIO, 20<br />
Jan 1999 (fl), Jardim et al. 1962 (NY); Mun. Una.<br />
Reserva Biol6gica Mico-leao, 50-75 m, 26 Feb 1978 (fl),<br />
Mori et al. 9303 (K, NY); Mun. Santa Cruz de Cabralia,<br />
2-3 km W of Sta. Cruz de Cabralia, 6 Apr 1979 (fr), Mori<br />
et al. 11694 (NY). Espirito Santo: Reserva Florestal Porto<br />
Seguro, 1 Jan 1990 (fl), Folli 1043 (NY, US). Minas<br />
Gerais: Mun. Tombos, Faz. Cachoeira, 29 Jul 1935 (st),<br />
Mello Barreto 1791 (F-2). Pari: Braganca, 27 Dec 1955<br />
(fr), Bordallo s.n., herb 22655 (INPA, MG); Santarem,<br />
mouth of Tapajos river, 11 Dec 1966 (fl), Cavalcante &<br />
Silva 1674 (MG), 11 Dec 1966 (fr), Cavalcante & Silva<br />
1675 (MG); Madeira falls, 11 Aug 1902 (fl), Ducke 2875<br />
(MG); Almeirim, 9 Dec 1902 (fl), Ducke 3037 (INPA,<br />
MG); 13 Dec 1902 (fl), Ducke 3049 (MG); without spe-<br />
cific locality, 11 Sep 1907 (fl), Ducke 8703 (MG); Cacaoal<br />
Imperial, 6 Mar 1909 (fl), Ducke 10205 (MG);<br />
Cuminamirim-Ariramba, 18 Dec 1910 (fl), Ducke 11462<br />
(MG); without specific locality, 19 Sep 1927 (fl), Ducke<br />
20902 (US); Madeira falls, Oct 1886 (fl), Rusby 2527 (F,<br />
NY-2, US); Santarem, Porto Paricatuba, 6 Dec 1948 (fl),<br />
Silva 117 (IAN-2, U); Oriximina, along Trombetas river,<br />
28 Jan 1968 (fr), Silva 1266 (MG); Sao Jose do Gurupi,<br />
4 Mar 1980 (fr), Teixeira 64 (MG). Pernambuco: Usina<br />
Mussurepe, along road to Aldeia, 20 Nov 1951 (yfr),<br />
Ducke & Andrade-Lima 25 (INPA). Rondonia: Madeira<br />
river, Calama, Apr 1980 (fr), Goulding 174 (MG);<br />
Guapore river, Mamore-Corte do Indio, 27 Aug 1988<br />
(fl), Lisboa & Maciel 4452 (MG); Ji-Par<strong>and</strong> river, 23 Oct<br />
1979 (fl), Vieira et al. 579 (INPA, MG, MO).<br />
BOLIVIA. Beni: Prov. Ballivian, 200 m, 18 Oct 1980<br />
(fl), Beck 5171 (LPB, MO, US); Prov. Vaca Diez, 23 km<br />
S of Riberalta, vic. of Tumi Chucua, along Tumi Chucua<br />
lake, 29 Sep 1991 (fl), Beck 20054 (LPB, US, USZ);<br />
Prov. Yacuma, ancient arm of Yacuma river, 189 m, 6<br />
Nov 1989 (fl), Moraes & Sarmiento 1111 (LPB, US);<br />
Espiritu, Sicuri forest, 189 m, 17 Nov 1989 (fr), Moraes<br />
& Sarmiento 1164 (LPB, US); Prov. Itenez, 60 km NE<br />
of Trinidad, 30 Oct 1993 (yfr), Moraes et al. 1378 (LPB);<br />
Prov. Marban, San Joaquin, 2 Nov 1993 (fl, fr), Moraes<br />
et al. 1475 (US); Prov. Mamore, 25 km N of San<br />
Ram6n, 7 Nov 1993 (yfr), Moraes et al. 1570 (LPB);<br />
Pampas, near Lake Rogagua, 11 Mar 1921 (fl), Rusby<br />
1409 (K, NY); Prov. Ballivian. ca. 2 km S of Curiraba<br />
river, 250 m, 8 Nov 1985 (fl, yfr), Solomon 14623 (MO-<br />
2); Trinidad-Misiones, Guarayos, 250 m, Sep 1926 (fl),<br />
Werdermann 2474 (LPB). Cochabamba: Prov. Carrasco,<br />
Experimental Station El Chapare, 288 m, 14-19 Oct<br />
1991 (fl), Killeen et al. 3527 (US). Santa Cruz: Prov.<br />
Concepci6n, 475 m, 28 Dec 1986 (fr), Nee 33356 (US);<br />
Prov. 1uflo de Chavez; San Ramon, 505 m, 21 Feb 1991<br />
(fr), Quevedo & Centuri6n 301 (MO); Prov. Santistevan,<br />
Estacion Experimental Agricola de Saavedra, 15 km<br />
NNE of Montero, 265 m, 9 Oct 1990 (fl), Saldias P. &<br />
Menacho 1231 (MO, NY).<br />
25. TALISIA CROATII Acevedo-Rodriguez, sp.<br />
nov.<br />
Type. Panama. Canal Zone: Barro Colorado Isl<strong>and</strong>.<br />
Wheelertrail, 2 Oct 1970 (fl), Croat 12494 (holotype, MO-<br />
2 sheets; isotypes, F, MO). Figs. 17c-d, 69a-g<br />
A T. pinnata (Ruiz & Pav6n) Radlkofer foliolis et<br />
inflorescentiis pubescentibus vel tomentulosis et petalis<br />
longioribus differt.<br />
Treelet 3.5-4.5(-9) m tall. Stems terete, sulcate,<br />
puberulent, becoming glabrous <strong>and</strong> lenticellate with age.<br />
Leaves paripinnate or less often imparipinnate, spirally<br />
arranged on distal portion of stem; distal process filiform,<br />
0.3-1.5 cm long, deciduous; leaflets 11-26, alternate<br />
or subopposite, oblanceolate or less often oblong to<br />
nearly elliptic, coriaceous, 9.5-22 (41) x 3-6 (12) cm,<br />
the adaxial surface glabrous, the abaxial surface finely<br />
pubescent or tomentulose along the prominent veins, the<br />
venation brochidodromus, tertiary veins reticulate, the<br />
apex long-acuminate to caudate, the base inequilateral,<br />
one side obtuse the other acute, the margins entire or<br />
undulate, slightly revolute; petiolules sub-terete, slightly<br />
compressed along adaxial surface, 3-5 (13) mm long,<br />
pubescent to tomentulose; rachis 23-55 (72) cm long,<br />
terete, striate, puberulent, pubescent to tomentulose,<br />
sometimes with a few gl<strong>and</strong>ular hairs; petioles 15-35<br />
cm long, terete, striate, puberulent, slightly flattened toward<br />
the pulvinate base. Thyrses panicle-shaped, 38-<br />
53 cm long, terminal; cataphylls pinnate, (often with reduced<br />
acicular leaflets), puberulent to pilose, numerous,<br />
congested at distal portion of stem or within the regular<br />
leaves, developed from supra-axillary bud, 8.5-25 cm<br />
long when terminal, 1-2 cm long when axillary; axes<br />
sharply angled, ferruginous-puberulent to -tomentulose;<br />
bracts subulate, puberulent, early deciduous; bracteoles<br />
subulate, 0.5-1 mm long, persistent, tomentulose; dichasia<br />
compound; peduncle ca. 2 mm long, flattened, ferruginous-tomentose;<br />
pedicels 0.5-2 mm long, articulate
TAXONOMIC TREATMENT 103<br />
Fig. 69. <strong>Talisia</strong> croatii. A. portion of leaf. B. cataphyll. C. pistillate flower. D. adaxial <strong>and</strong> abaxial view of petal<br />
with adnate appendage. E. inflorescence & pistillate flower with perianth removed showing disc, sterile stamens<br />
<strong>and</strong> pistil. F. detail of sterile stamen. G. infructescence. H. fruit <strong>and</strong> diagrams of seed <strong>and</strong> embryo. (A, C-F from<br />
Zetek 3570; B from Croat 8820; G-H from Allen 5310).
104 FLORA NEOTROPICA<br />
at the base. Calyx 2.5-4 mm long, abaxially ferrugi- Darien: Cerro Yaviza river, vic. of Yaviza, 1966 (fl),<br />
nous-tomentose intermixed with gl<strong>and</strong>ular papillae or Duke & Bristan 431 (US); Without specific locality, s.d.<br />
pubescent, adaxially tomentulose, the sepals 1-2 mm (fr), Duke & Bristan 8183 (MO); El Real, 7 Jan 1975<br />
long, oblong to rounded, concave, dorsally keeled, im- (yfr), Gentry 13454 (MO, US). Panami: Isla Alto de Maje,<br />
newly formed lake at the Bayano river, 100 m, 19 Apr<br />
bricate, ciliate; petals white, ca. 5-6.5 mm long, obovate,<br />
1976 (st), Croat 34375 (MO); Los Santos. Upper Pedregal<br />
reflexed at anthesis, abaxially sericeous-pubescent along<br />
river, 350-400 m, 29 Apr 1976 (fr), Croat 34511 (MO,<br />
dorsal portion <strong>and</strong> base, adaxially glabrous, rounded at NY); Vic. of Torti Arriba, 200-300 m, 6 Dec 1977 (yfr),<br />
apex, clawed to attenuate at base; appendage as long as Folsom et al. 6857 (MO); Camp. Gorgas, 11 May 1976<br />
the petal or slightly longer, oblong to deltate, densely (fr), Garibaldi 106 (MO).<br />
sericeous on both surface; disc cup-shaped, 5-lobed, to- COLOMBIA. Antioquia: Rio Le6n, 27 Jan 1962<br />
mentose, 0.6-1 mm tall; stamens 8, the filaments of (st), Cain 59 (COL); Santa FP, 10 km NW of de Antioquia,<br />
slightly unequal length, pilose or sparsely so, ca. 2.8- 1570 m, 4 Mar 1992 (fr), Gentry et al. 76186 (US).<br />
3.4 mm long, filiform, the anthers lanceolate, ca. 1.8 mm, Bolivar: San Martin de Loba, Apr-May 1916 (fr),<br />
apiculate at apex; ovary conical, sericeous, the stigma Curran 203 (US). Choc6: Tru<strong>and</strong>6 river, 18 May 1967<br />
capitate. Fruit yellow to yellowish orange at maturity, (fr), Duke 11074 (NY, US). Valle: Anserma, Finca La<br />
ellipsoid to ellipsoid-ovoid, 1.8-2.2 cm long, finely Aurora, 28 Jan 1983 (st), Franco et al. 2036 (COL).<br />
ECUADOR. Napo: San Jose de Payamico, 40 km<br />
granulate, sparsely appressed-puberulent, apiculate at<br />
W of Coca, 300-600 m, 27 Apr 1984 (st), Irvine 1012<br />
apex, the pericarp coriaceous to woody, 0.5-0.7 mm<br />
(F). Pichincha: Reserva Maquipucuna, along Umachaca<br />
thick, the endocarp glabrous. Seed 1, ellipsoid, to 2 cm<br />
river, 1300-1400 m, 31 Aug 1989 (fl), Webster et al.<br />
long, with thin, fleshy testa; cotyledons about the same 27287 (QCA).<br />
size, lying transversely over each other.<br />
PERU. Huanuco: Pachitea, Puerto Inca, 250-300<br />
<strong>Talisia</strong> croatii is morphologically similar to T m, 12 Sep 1982 (fl), Foster 8714 (USM). Madre de Dios:<br />
pinnata, however, its leaflets, branches, inflorescence Confluence of Tambopata & La Torre rivers, 260 m, 15<br />
axes <strong>and</strong> calyx are pubescent to tomentulose, (vs. hir- Jun 1980 (fl), Barbour 5720 (F, USM), 39 km SW of<br />
sute) <strong>and</strong> the filaments are glabrous (vs. woolly). Puerto Maldonado, 10 Oct 1983 (fr), Cr<strong>and</strong>lemire-Sacco<br />
<strong>Talisia</strong> croatii is also vegetatively similar to T princeps, 82 (MO, US); Tambopata Reserve, 22 May 1986 (fl),<br />
however, it differs from the latter by the long-pedicelled Funk et al. 8109 (US); Tambopata, Lodge camp site<br />
flowers (vs. nearly sessile), the tomentulose inflores-<br />
# 1,200 m, 14 Jun 1989 (fl), Nunez et al. 10903 (MO).<br />
BRAZIL. Acre: Macauhan river, 4 Sep 1933 (fr), Krukoff<br />
cence (vs. tomentose), the oblong sepals (vs. ovate),<br />
5787 (F, K, M, MO, NY, US). Amazonas: Near mouth<br />
<strong>and</strong> the ellipsoid fruits (vs. ovoid). The specific epithet<br />
of Embira river, 15 Jun 1933 (fl), Krukoff 4840 (F, M,<br />
honors Dr. Thomas B. Croat from the Missouri Bo- MO, NY, US); Mun. Sao Paulo de Oliven9a. Near Palnares,<br />
tanical Garden, collector of the type <strong>and</strong> many repre- 11 Sep-26 Oct 1936 (fr), Krukoff 8587 (F, K, MO, NY);<br />
sentative specimens of this species.<br />
Mun. Sena Madureira. Seringal Fonte Boa, along Icaco<br />
Phenology. Flowers from May to November, <strong>and</strong> river, 28 Oct 1993 (fr), Silveira et al. 675 (NY, US).<br />
fruiting from January to October.<br />
Distribution <strong>and</strong> Ecology. (Fig. 72) Known from<br />
Costa Rica, Panama, Colombia, Ecuador, Peru, <strong>and</strong> Brazil,<br />
in terra firme, v'arzea, <strong>and</strong> gallery forests.<br />
Common names <strong>and</strong> uses. Panama: Mamon de<br />
monte, sapatero; Brazil: pitombarana. The fruit has<br />
been recorded for Peru (Cr<strong>and</strong>lemire-Sacco 82) as a<br />
food source for the primate Saguinusfuscicolis.<br />
Representative specimens examined. COSTA<br />
RICA. Puntarenas: Cant6n Osa, vic. Jalaca farm, Golfo<br />
Dulce area, 8 Jun 1949 (fr), Allen 5310 (F, US); Palmar<br />
Norte, 100-200 m, 20 May 1976 (st), Croat 35123 (MO).<br />
PANAMA. Canal Zone:. Barro Colorado Isl<strong>and</strong>,<br />
Lutz trail, 21 Mar 1969 (st), Croat 8820 (MO); 20 m S<br />
of Snyder-Molino, 24 Mar 1970 (st), Croat 9034 (MO);<br />
Shannon trail, 15 Jul 1970 (st), Croat 11270 (MO); Along<br />
road between locks & Ft. Sherman, 10 Jul 1971 (st),<br />
Croat 15366 (MO); Barro Colorado Isl<strong>and</strong>, Aug 1927<br />
(st), Kenoyer 646 (US); 13 Nov 1931 (fl), Shattuck 377<br />
(F, MO), 11 Oct 1935 (fl), Zetek 3570 (F, MO, US).<br />
26. TALISIA CUPULARIS Radlkofer, Sitzungsber.<br />
Math.-Phys. Cl. K6nigl. Bayer Akad. Wiss.<br />
Miinchen 8: 350. 1878. Type. Brazil. Amazonas:<br />
Prov. Rio Negro, close to Barra [Manaus], Apr<br />
1851 (yfr), Spruce 1785 (holotype, P; isotypes, K-<br />
2, P; frag. at M). Fig. 70a-h<br />
Treelet 3-8 m tall; trunk reaching 8 cm in diam.; bark<br />
light brown, fissures, with dark brown lenticels, inner<br />
bark cream. Stems obtusely angled to terete, glabrous,<br />
lenticellate. Leaves paripinnate; distal process truncate,<br />
2-3 mm long; leaflets 6-16, usually drying reddish brown<br />
on abaxial surface, alternate or less often opposite, oblong,<br />
elliptic or less often lanceolate, (7.5) 10-26 (37) x<br />
2.8-8.5 (14) cm, coriaceous, glabrous on both surfaces,<br />
the venation brochidodromus, prominent on abaxial surface,<br />
midvein prominent on adaxial surface, secondary<br />
veins plane on adaxial surface, tertiary veins reticulate,<br />
the margins entire, slightly revolute, the apex acute or
TAXONOMIC TREATMENT 105<br />
if)~~~~~m<br />
Fig. 70. <strong>Talisia</strong> cupularis. A. leaf B. leaflet. C. inflorescence with detail of dichasium. D. staminate flower.<br />
E. abaxial <strong>and</strong> adaxial views of petal with adnate appendage. F. staminate flower with perianth removed showing<br />
disc <strong>and</strong> stamens with detail of stamen (right) <strong>and</strong> pistillode (left). G. portion of infructescence. H. lateral view of<br />
embryo. (A from Mori & Assun,ao 21369; B-F from Prance et al. 3785; G-H from Prance et al. 2624).
106 FLORA NEOTROPICA<br />
acuminate, the base strongly asymmetrical, one side airport, 2 Sep 1979 (fl), C. Ferreira et al. 964 (INPA, K-<br />
obtuse the other attenuate; petiolules pulvinate, 0.5-1.5 2, NY); Along Uatuma river, 1 1 Mar 1986 (fr), C. Ferreira<br />
(2.5) cm long, glabrous, the pulvinus 2-7 mm long, et al. 6732 (INPA, K-2, NY); Balbinas, 19 Sep 1986 (fl),<br />
bulbous; rachis (9)32-47 cm long, terete to obtusely C. Ferreira et al. 8209 (NY); Dtto. Agropecuario, BDFF,<br />
reserve 1501, 50-125 m, 15 Aug 1990 (fl), Freitas &<br />
angled distally, glabrous; petioles 7-30 cm long, terete,<br />
Cardoso 14 (NY); Road to Taruma, 10 May 1953 (fl),<br />
glabrous, striate, enlarged at base. Thyrses panicle-<br />
Froes 29610a (IAN, U); 12 Aug 1949(fr), Froes 25002<br />
shaped, terminal or axillary, to 45 cm long, branches to (IAN); Manaus, 24 Jun 1882 (fl), Glaziou 3757 (M);<br />
22 cm long; cataphylls acicular, ca. 5 mm long; axes Manaus, 12 Aug 1936 (fr), Krukoff 7962 (F); Sao Paulo<br />
terete to angled, sulcate, puberulent to tomentose; bracts de Oliven9a; near Palmares, 11 Sep-26 Oct 1936 (fl),<br />
<strong>and</strong> bracteoles subulate, tardily deciduous, minutely to- Krukoff 8463 (K, MO, NY, P); Uatuma river, 20 Nov 1983<br />
mentose; dichasia compound; peduncles 2-4.5 (6) mm (fl), Lima 654 (INPA); Dtto. Agropecuario, BDFF, reserve<br />
long; pedicels < 0.5 mm long, articulate just below the 1501, 50-125 m, 14 Jul 1990 (fl), Mori et al. 21369 (US);<br />
flower. Calyxpoculiform, 4-7 mm long, minutely tomen- Manaus-Itacoatiara highway, km 138, 15 Jun 1972 (fr),<br />
tose, sometimes intermixed with gl<strong>and</strong>ulartrichomes, the Pires & Lima 156 (INPA); Mun. Manaus; Reserva Ducke,<br />
6 Sep 1966 (fr), Prance et al. 2202 (F, INPA, K-2, MG,<br />
sepals 2-4 mm long, concave, oblong, rounded at apex;<br />
MO, NY, P, US), 10 Oct 1966 (fr), Prance et al. 2624 (K,<br />
petals spatulate, cream, 5-8 mm long, reflexed at anthe-<br />
MG, NY, US); Manaus-Itacoatiara highway, km 204, 21<br />
sis, glabrous except for the ciliate lower margins <strong>and</strong> Dec 1966 (st), Prance et al. 3785 (K, MG, NY, US);<br />
papillate adaxial surface, the apex rounded, the base Aleixo, along road, 30 Aug 1973 (fr), Prance et al. 18769<br />
clawed; appendages as long as the petals or slightly (K, NY, US); Reserva Ducke, vicinity of dormitories, 3<br />
shorter, elliptic, erect, densely sericeous on both surfaces; May 1994(fl), Ribeiro, et al. 1299 (US); Manausdisc<br />
cup-shaped, 5-lobed, minutely sericeous, ca. 1 mm Itacoatiara highway, km 170, 20 Oct 1965 (fl), Rodrigues<br />
tall; stamens 8, the filaments of equal length, ca. 3 mm 7257 (INPA); Mun. Sao Gabriel da Cachoeira; Iana river,<br />
long, glabrous, the anthers ca. 1.5 mm long, lanceolate, 5 Nov 1987 (fr), Rodrigues 10863 (INPA, US); Binda<br />
glabrous, apiculate at apex; ovary nearly conical, sen- creek, 25 May 1961 (fl), Rodrigues & Chagas 2634<br />
(INPA, US); Reserva Ducke, 1 Aug 1961 (fl), Rodrigues<br />
ceous-tomentose, the stigma obconical, papillate. Fruits<br />
& Coelho 2270 (INPA), along Barro Branco creek, 16<br />
ovoid, glabrous, 2.5-3.2 cm long, yellow, shortly apicu-<br />
May 1963 (fl), Rodrigues & Coelho 5228 (INPA-unlate<br />
at apex, the pericarp 2 mm thick, woody. Seeds ob- mounted); Manaus-Caracarai highway (BR-174), km 142,<br />
long-elliptic, ca. 1.5 cm long, with fleshy testa. Embryo 21 Feb 1974 (fr), Steward et al. P-20411 (K, M, MG,<br />
with cotyledons superimposed, the upper one slightly MO, P, US). Bahia: Mun. Una. 20 km N of Una along<br />
larger than the lower one.<br />
road to Ilheus, evergreen, 0-100 m, 23 Jan 1977 (fl),<br />
The specific epithet refers to the vase-shaped calyx, Harley 18206 (K, NY); Reserva Biologica do Mico-leao,<br />
which is formed from connate sepals.<br />
6 Jun 1997 (fr), Jardim et al. 1071 (US). Espirito Santo:<br />
Santa Teresa, Santa Lucia Biological Station, 650-800<br />
Phenology. Flowering <strong>and</strong> fuiting troughout the year. m, 9 Nov 1993 (st), Thomaz 722 (US); 2 Mar 1993 (st),<br />
Distribution <strong>and</strong> Ecology. (Fig. 72) Brazil, French<br />
Guiana, <strong>and</strong> Peru. In moist, lowl<strong>and</strong>, terra firme, <strong>and</strong><br />
seasonally flooded forests on clayish or s<strong>and</strong>y soils,<br />
tall caatinga forest, <strong>and</strong> campina on white s<strong>and</strong>.<br />
Thomaz 1379 (US). Park: Mapuera river, above Carana<br />
Beira, 6 Dec 1907 (fl, fr), Ducke 9049 (MG); Mun<br />
Oriximina. Cachorro river, Cabeqa de Onqa creek, 25 Aug<br />
1986 (fl), C. Ferreira et al 8023 (NY); Trombetas river,<br />
Monte Branco, 6 Oct 1982 (fr), Revilla et al. 6958 (INPA,<br />
Common names. Brazil. Amazonas: Pitomba,<br />
pitomba do mato; Bahia: Combat.<br />
US). Rio de Janeiro: Quinta de Sao Christovao, 15 May<br />
1882 (fl), Glaziou 13616 (K, P).<br />
Representative specimens examined. FRENCH<br />
GUIANA. Bassin de L'Approuague: Station des<br />
Nouragues, Jun 1993 (fr), Zhang 18 (US).<br />
PERU. Loreto: Prov. Maynas, San Miguel, 2 km<br />
below Indiana, 130 m, 12 Feb 1989 (yfr), Gentry et al.<br />
65695 (US).<br />
BRAZIL. Amazonas: Manaus-Itacoatiara road km 26,<br />
21 Jun 1996 (fl), AssunraCo et al. 315a (US), 20 Feb 1998<br />
(fl), Assun9do & Pereira 800 (US); Aleixo, INPA grounds,<br />
28 Apr 1972 (fl), Coelho 156 (INPA-2); Manaus; along<br />
Bolivia creek, 27 Jul 1956 (fl), Coelho & Coelho 4000<br />
(INPA); Mun. Itapiranga. Utama river, by St. Luzia creek,<br />
16 Aug 1979 (fl), C. Ferreira et al. 423 (INPA, K, NY);<br />
Manaus-Caracarai highway (BR-174), km 97, close to<br />
27. TALISIA DASYCLADA Radlkofer, Sitzungsber.<br />
Math.-Phys. Cl. K6nigl. Bayer Akad. Wiss.<br />
Miinchen 8: 348. 1878. Type. Brazil. Amazonas:<br />
close to Borba, Aug 1828 (fl), Riedel 1367 (holo-<br />
type, LE, n.v., photo at US; isotype, LE, n.v., photo<br />
at US; frag. at M). Figs. 17a, 7 la-i<br />
<strong>Talisia</strong> amazonica G. Guarim Neto, Acta Amaz. 9:<br />
233. 1979. Type. Brazil. Amazonas: Manaus-<br />
Itacoatiara road, 4 Nov 1970 (fl), Rodrigues<br />
8989 (holotype, INPA).<br />
Treelet 2-7 m tall, sometimes with a few upright<br />
branches on distal portion, theses with determinate
TAXONOMIC TREATMENT<br />
C<br />
\AJr<br />
~~~3cm ~~~~~~~~~ F.~~3m<br />
3mm 2mm~~~~~mm<br />
Fig. 71. <strong>Talisia</strong> dasyclada. A. portion of leaf. B. inflorescence. C. flower bud. D. pistillate flower. E. adaxial view<br />
of petal. F. pistillate flower with perianth removed showing disc, sterile stamens, <strong>and</strong> pistil (left) <strong>and</strong> l.s. same (right).<br />
G. sterile stamen. H. portion of infructescence. I. seed. (A-G from Rimachi 8965; H-I from Vasquez et al. 11982).<br />
107
108 FLORA NEOTROPICA<br />
,,Wi ,_, A , , K<br />
:~ ~~~~ * *s ass<br />
~~<br />
* <strong>Talisia</strong> cerasina/<br />
* <strong>Talisia</strong> croatil<br />
* <strong>Talisia</strong> cupuEn lar}! is\ -><br />
* <strong>Talisia</strong> dasycdada.. vnA<br />
70W] sow<br />
47-~~~~~~~~~~7<br />
Fig. 72. Distribution of species in <strong>Talisia</strong> subgenus <strong>Talisia</strong> (in part).<br />
growth due to a terminal inflorescence. Stems terete, 5-lobed, pilose or glabrous, ca. 0.8 mm tall; stamens 8,<br />
smooth, velutinous on young parts. Leaves paripinnate; the filaments of equal length, 1.8-3 mm long, glabrous,<br />
distal process filiform, to 1 cm long; leaflets 6-10, the the anthers 1.5 mm long, oblong, glabrous, apiculate at<br />
distal ones opposite, the others sub-opposite to alternate, apex; ovary nearly conical, tomentose, the stigma capielliptic<br />
to oblanceolate, 15-47 x 6.4-14 cm, coriaceous, tate, tomentulose, papillate. Fruits narrow ellipsoid, glathe<br />
adaxial surface, glabrous, with impressed midvein brescent, 2-2.2 cm long, yellow, granulose, shortly api<strong>and</strong><br />
secondary veins, the venation brochidodromus, culate at apex, the pericarp ca. 1 mm thick, the endocarp<br />
prominent on abaxial surface, forming a marginal loop, granulate, glabrous. Seeds ellipsoid, 1.7 cm long, with<br />
tertiary veins reticulate, the margins entire, the apex short fleshy cover. Embryo with cotyledons superimposed, the<br />
to long-acuminate, the base obtuse to rounded; petiolules upper one twice as large as the lower one.<br />
thickened, 1-1.5 cm long, woolly-pubescent; rachis to The specific epithet refers to the shaggy stems of<br />
55 cm long, terete, canaliculate, velutinous; petioles 24- this species.<br />
30 cm long, terete, canaliculate, thickened at base, with<br />
same indumentumum as the rachis. Thyrses panicleshaped,<br />
terminal or cauliflorous, pyramidal, to 30 cm<br />
Phenology. Flowering in August, October, <strong>and</strong><br />
January, <strong>and</strong> fruiting in February <strong>and</strong> April.<br />
long; cataphylls acicular, ca. 1 cm long; axesangled, sul- Distribution <strong>and</strong> Ecology. (Fig. 72) Peruvian <strong>and</strong><br />
cate, minutely velutinous to tomentulose; bracts ovate, Brazilian Amazon, in moist, lowl<strong>and</strong>, non-flooded<br />
tomentose with a few gl<strong>and</strong>ular hairs, persistent, 1.5-2 forests.<br />
mm long; dichasia compound, basal ones pedunculate,<br />
to 4 mm long; pedicels 1.5-4 mm long, articulate at upper<br />
third to near the apex. Calyx 2.5-3 mm long, tomentose,<br />
with a few gl<strong>and</strong>ular hairs, the sepals 1.8 mm long,<br />
ovate, rounded at apex; petals obovate, 5.5-7 mm long,<br />
reflexed, sparsely papillate on adaxial surface, glabrous<br />
on abaxial surface, ciliate at margins, the apex rounded,<br />
the base narrowed; appendages as long as the petals, ob-<br />
Common name. Brazil. Amazonas: Pitomba.<br />
Representative specimens examined. PERU.<br />
Loreto: Amazonas river, along Tahuayo creek, 120 m,<br />
26 Oct 1988 (fl), Rimachi 8965 (US); Alpahuayo, 20 Oct<br />
1984 (fl), Vasquez & Criollo 5811 (MO, NY); Iquitos-<br />
Nauta road, km 32, 150 m, 20 Aug 1986 (fl), Vasquez<br />
& Jaramillo 7876 (MO), km 44, 6 Apr 1989 (fr), Vdsquez<br />
et al. 11982 (USM); Saboya, Pintuyacu river, 150 m,<br />
long, erect, villous on both surfaces; disc cup-shaped, 19 Apr 1986 (fr), Vdsquez et al. 7430 (MO, NY).<br />
5ow1<br />
40W
TAXONOMIC TREATMENT 109<br />
BRAZIL. Amazonas: Mun. Coari; Lago do Coari,<br />
23 Feb 1972 (fr), Coelho 500 (INPA);<br />
Manaus-Itacoatiara highway, km 64, 28 Mar 1967 (fr),<br />
Prance et al. 4712 (INPA). Para: Alto Tapaj6s, Vila Nova,<br />
vic. of Chacaras falls, 19 Jan 1952 (fr), M Pires 3968 (US).<br />
28. TALISIA DOURADENSIS Acevedo-Rodriguez,<br />
sp. nov.<br />
Type. Brazil. Para': Rio Jari, Monte Dourado, terra<br />
firme forest, 22 Nov 1968 (fl), Silva, TN. 1437 (holotype<br />
NY; isotypes, F, K). Fig. 73a-d<br />
A T. guianensi Aublet foliolis paucis, petalis<br />
minoribus, sericeis et filamentis pilosis differt.<br />
ily distinguished by the elongated petiolules <strong>and</strong> abaxially<br />
sericeous petals. The specific epithet refers to Monte<br />
Dourado, the locality where the species was collected.<br />
Phenology. Collected in flower in October.<br />
Distribution <strong>and</strong> Ecology. (Fig. 76) Known only<br />
from terra firme forest in Monte Dourado, Brazil.<br />
Representative specimens examined. BRAZIL.<br />
Park: Monte Dourado, 23 Oct 1968 (bd), Silva 1294<br />
(F, IAN, K, NY).<br />
29. TALISIA EQUATORIENSIS Acevedo-<br />
Rodriguez, sp. nov.<br />
Tree 10 m tall, stems 8-10 cm in diam. Distal por- Type. Ecuador. Pichincha: Between Atenas <strong>and</strong><br />
tion of stems terete, blackish brown, puberulent, smooth.<br />
Leaves paripinnate; distal process minute, conical; leaflets<br />
6-8, opposite or alternate, elliptic, coriaceous,<br />
Sapullo, Km 17, 1750 m, 2 Nov 1991 (fl), J.<br />
Jaramillo & E. Grijalva 14473 (holotype, NY; isotype,<br />
QCA, n.v.). Fig. 74a-f<br />
13.5-20 x 4.5-6.5 cm, glabrous, glossy on adaxial<br />
surface, midvein yellowish, prominent on abaxial sur-<br />
A T. eximia Kramer foliolis abrupte acuminatis, petalis<br />
tomentulosis et fructibus ovoideis vel globosis differt.<br />
face, tertiary veins reticulate, the apex acute or acuminate,<br />
the base inequilateral, one side obtuse the other<br />
acute, narrowing into the petiolule; petiolules 10-20<br />
mm long, with a conical, reddish brown, pulvinate base;<br />
rachis 20 cm long or longer, terete, puberulent, dark<br />
reddish brown, dull; petioles 9-17 cm long, pulvinate<br />
at base. Thyrses panicle-shaped, 17-33 cm long, axillary;<br />
cataphylls clustered, axillary, acicular, ca. 2 mm<br />
long, puberulent; axes terete, striate, minutely pubescent;<br />
bracts persistent, deltate, 0.6-1 mm long, minutely pubescent;<br />
dichasia compound; peduncles ca. 2-2.5 mm<br />
long, flattened, minutely pubescent; pedicels 1.7-2.2<br />
Tree 5-25 m tall. Stems terete, glabrous, lenticellate.<br />
Leaves paripinnate, 1.5-3 m long; distal process acicular,<br />
ca. 1 cm long; leaflets 6-12, opposite or altemate,<br />
oblanceolate or less often elliptic, 40-55 x 6.5-20.5<br />
cm, sub-coriaceous, glabrous, flattened to slightly bullate,<br />
dull on both surfaces, the venation brochidodromus,<br />
not forming a sub-marginal loop, the adaxial surface<br />
with a prominent midvein <strong>and</strong> slightly raised secondaries,<br />
the abaxial surface with strongly prominent midvein,<br />
secondary <strong>and</strong> tertiary veins prominulous, tertiary veins<br />
reticulate, the margins undulate, the apex abruptly acuminate,<br />
the base slightly asymmetrical, obtuse; petimm<br />
long, articulate at the middle, minutely pubescent. olules woody, enlarged, 0.6-1.6 x 0.5-0.9 cm, glabrous,<br />
Calyx green, 2.5-3 mm long, minutely pubescent, the adaxially canaliculate; rachis terete, striate, glabrous;<br />
sepals 1.2-1.6 mm long, deltate, concave; petals reflexed petioles at least 21 cm long, nearly terete, striate, glaat<br />
anthesis, oblong-elliptic, 3.5-4 mm long, white, sen- brous, bulbous at base. Thyrses panicle-like, terminal;<br />
ceous on abaxial surface, papillate on adaxial surface, cataphylls minute, scale-like; dichasia simple or comthe<br />
base cuneate; appendages deltate, as long as the pound; pedicels ca. 2.5 mm long, articulate at the middle.<br />
petals, adaxially sericeous-tomentose, abaxially seri- Calyx 2.5-3 mm long, puberulent, the sepals 1-1.7 mm<br />
ceous on upper half; disc 5-lobed, sericeous; stamens long, ovate, concave, obtuse at apex; petals elliptic, 5.5-6<br />
6-8, the filaments pilose, slightly unequal, 2-2.3 mm mm long, white, adaxially glabrous, abaxially tomentulose<br />
long, the anthers elliptic, 1.3-1.7 mm long, apiculate at at base, ciliate at margins, the apex rounded-obtuse, the<br />
apex. Pistillate flowers, fruits <strong>and</strong> seeds unknown. base cuneate; appendages oblong-lanceolate, as long<br />
<strong>Talisia</strong> douradensis resembles T guianensis in gen- as the petal, villose sericeous-tomentose on both sureral<br />
aspect. However, T douradensis differs by its leaves faces, adaxially glabrous at base; disc cup-shaped, 5-<br />
with fewer leaflets (6-8 vs. 16-22) <strong>and</strong> puberulent lobed, puberulent, ca. 1 mm tall; stamens 8 (9), the filarachis<br />
(vs. glabrous); its deltate, minutely pubescent (vs. ments of unequal length, 3-3.5 mm long, slightly<br />
subulate, appressed-pubescent) bracts <strong>and</strong> bracteoles; flattened, woolly-pubescent, the anthers 1-1.5 mm long,<br />
minutely pubescent calyx with deltate sepals (vs. puberu- elliptic, glabrous, apiculate at apex. Pistillate flower<br />
lent with ovate sepals); abaxially sericeous, 3.5-4 mm unknown. Fruits brown, ovoid to globose, 3-3.2 cm<br />
long petals (vs. abaxially glabrous, 6-7.5 mm long); long, glabrous, rugulate, the pericarp woody, ca. 4 mm<br />
sericeous disc (vs. glabrous or hispidulose); <strong>and</strong> stamens thick, the endocarp glabrous, smooth. Seeds solitary,<br />
with pilose (vs. glabrous) filaments. This species is eas- nearly globose, the testa apparently not fleshy. Embryo
110 FLORA NEOTROPICA<br />
t l'Y<br />
3.<br />
.J?~~~ 3mm.<br />
2mm / ~~~~~~~~~~<br />
Fig. 73. <strong>Talisia</strong> douradensis. A. inflorescence with subtending leaf. B. staminate flower. C. lateral, adaxial <strong>and</strong><br />
abaxial views of petal with adnate appendage. D. staminate flower with perianth removed showing disc, stamens,<br />
<strong>and</strong> pistillode (left), I.s. same (right). (All from Silva 1437).<br />
4
TAXONOMIC TREATMENT 111<br />
3. j~~~~~~~~~~~~~~~~~~~~~~~~~~m<br />
Fig. 74. <strong>Talisia</strong> equatoriensis. A. portion of leaf. B. staminate flower. C. lateral, adaxial, <strong>and</strong> abaxial views of<br />
flower. D. detail of stamen, staminate flower with perianth removed showing disc <strong>and</strong> stamens, <strong>and</strong> I.s. same,<br />
showing pistillode. E. branch with infructescence <strong>and</strong> x.s. of fruit. F. lateral view of embryo. (A, E-F from Mori<br />
& Kallunki 5199; B-D from Dodson et al. 8420).
112 FLORA NEOTROPICA<br />
sub-globose, the cotyledons laying obliquely transverse 0.3-1.2 cm, glabrous, adaxially sub-canaliculate to<br />
over each other, of similar size.<br />
strongly canaliculate; rachis at least 23 cm long, terete to<br />
<strong>Talisia</strong> equatoriensis is morphologically similar to transversely depressed-obovate in x.s., striate, minutely<br />
T eximia, however, the former differs from the latter by: lenticellate, glabrous; petioles to at least 17 cm long,<br />
abruptly acuminate leaflets (vs. obtuse to acuminate); nearly terete, striate, glabrous, bulbous at base. Thyrses<br />
abaxially tomentulose petals (vs. glabrous); <strong>and</strong> the axillary or distal, panicle-like, ca. 50 cm long; cataphylls<br />
ovoid or globose fruits (vs. ellipsoid). The specific epi- acicular, clustered supra-axillary, 4-6 mm long;<br />
thet refers to the country where the type was collected. axesangled, puberulent, with minute papillate gl<strong>and</strong>s;<br />
Distribution <strong>and</strong> Ecology. (Fig. 76) Known from<br />
Panama, Colombia <strong>and</strong> Ecuador, in wet or humid, lowl<strong>and</strong><br />
forests.<br />
Representative specimens examined. PANAMA.<br />
Col6n: Guanche river, ca. 3 km upriver from bridge on<br />
road to Portobelo, 25 m, 24 Mar 1975 (fr), Mori &<br />
Kallunki 5199 (MO).<br />
COLOMBIA. Without specific locality, Vereda<br />
bracts triangular to nearly lanceolate, 0.5-0.7 mm long,<br />
puberulent; dichasia simple or compound; peduncles ca.<br />
0.5 mm long, puberulent; pedicels 2.5-4 mm long, articulate<br />
at upper third, puberulent to pubescent. Calyx<br />
2-2.5 mm long, puberulent, the sepals ovate, ca. 1.5 mm<br />
long, keeled along dorsal ridge, ciliate at margins; petals<br />
ovate-lanceolate, 5.5-6 mm long, reflexed at anthesis,<br />
white, papillate adaxially, glabrous abaxially, ciliate at<br />
Bohios, toward La Patricia. 30 m, 5 Aug 1985 (fr), margins, the apex obtuse, the base cuneate; appendages<br />
Renteria & Cdrdenas 4339 (MEDEL).<br />
lanceolate, slightly shorter than the petal, villose adaxially<br />
ECUADOR. Carchi: Cant6n Maldonado. Parroquia on upper half <strong>and</strong> along margins, glabrous or sparsely<br />
Tobar Donoso, Reserva Awa, 900 m, 22 Nov 1992 (fl), appressed-pubescent abaxially, the apex obtuse, the base<br />
Aulestia et al. 641 (US). Guayas: Chong6n-Coloche,<br />
narrowed; disc annular, 5-lobed, orange, tomentulose,<br />
600 m, 26 Aug 1997 (st), Cornejo & Bonifaz 5720 (US).<br />
ca. 1 mm tall; stamens 8, the filaments of equal length,<br />
Manabi: Pedernales. Cerro Pata de Piajaro, 300-700 m,<br />
19-21 Jun 1996 (fr), Clarke et al. 2650 (MO, NY, US).<br />
pilose, the anthers ca. 1 mm long, lanceolate, glabrous,<br />
Pichincha: El Centinela, crest of Montafias de Ila on road apiculate at apex; ovary conical, ferruginous-tomentulose,<br />
to Patricia Pilar to 24 de Mayo at km 12, 600 m, 15 July the stigma 3-lobed-capitate, papillate. Fruits yellow, el-<br />
1979 (fl), Dodson 8420 (MO), 23 May 1983 (fr), Dodson lipsoid, ca. 2.8 cm long, glabrous, minutely rugulate, the<br />
& Benzing 13911 (MO), 30 Jul 1984 (st), Dodson et al. pericarp woody, ca. 2 mm thick, the endocarp glabrous,<br />
14634 (MO).<br />
rugulate. Seeds unknown.<br />
While the specific epithet means magnificent or exceptional,<br />
it is not clear how it would apply to this species.<br />
30. TALISIA EXIMIA Kramer, Act. Bot. Neerl. 21:<br />
677. 1972. Type. Surinam. Brokopondo District: E<br />
of Brokopondo, high forest, 24 Jan 1966 (fl), J.<br />
van Donselaar 3047 (holotype,U-2 sheets)<br />
Fig. 75a-e<br />
<strong>Talisia</strong> morilloi Steyermark, Acta Bot. Venez. 10:<br />
237. 1975. Type. Venezuela. Distrito Federal,<br />
Tacamahaco, humid forest, 900-1000 m, 16 Jul<br />
1973 (fl), G. Morillo et al. 3339 (holotype, VEN,<br />
n.v.; isotypes, MO, US).<br />
Treelet to 8 m tall; trunk to 6 cm in diam.; bark light<br />
brown, lenticellate. Stems terete, glabrous, vemicose.<br />
Leaves paripinnate; distal process acicular, ca. 4 mm long;<br />
leaflets 4-8 (or more), opposite or altemate, oblanceolate,<br />
spatulate or elliptic, 18.5-66 x 6.5-20 cm, sub-coriaceous,<br />
glabrous, flattened to bullate, slightly lustrous on<br />
both surfaces, the venation brochidodromus, forming a<br />
sub-marginal loop, tertiary veins reticulate, the adaxial<br />
surface with a prominent carinate midvein <strong>and</strong> slightly<br />
raised secondaries, the abaxial surface with strongly<br />
prominent midvein, secondaries <strong>and</strong> tertiary prominulous,<br />
the margins undulate, slightly revolute, the<br />
apex obtuse to acuminate, the base slightly asymmetrical,<br />
cuneate to obtuse; petiolules woody, bulbous, 0.5-1.5 x<br />
Phenology. Collected in flower in Febnruy <strong>and</strong> July.<br />
Distribution <strong>and</strong> Ecology. (Fig. 76) Known from<br />
Venezuela <strong>and</strong> Surinam, in lowl<strong>and</strong>, tall forest.<br />
Common names. Surinam: Gaan tatoe, tatoe,<br />
wanhede.<br />
Representative specimens examined. VENEZUELA.<br />
Distrito Federal: Tamahaco, Quebrada Rio Gr<strong>and</strong>e, 900-<br />
100 m, 16 Jul 1973 (fl), Morillo et al. 3339 (MO, US).<br />
SURINAM. Brokopondo: Brownsberg, along trail<br />
to Irene Falls, ca. 6 km from road, 18 Feb 1977 (fl),<br />
Lindeman et al. 72 (K, MO, NY). Saramacca: Voltzberg<br />
Nature Reserve, Coppename river, 24 Feb 1977 (fl),<br />
Lindeman et al. 137 (MG, MO, VEN).<br />
31. TALISIA GHILLEANA Acevedo-Rodriguez, sp.<br />
nov.<br />
Type. Brazil. Amazonas: Rio Cuieras, just below<br />
mouth of Rio Brancinho, savanna forest on s<strong>and</strong>, 25<br />
Sep 1971 (fl), G. T Prance, D.F Coelho & O.P Monteiro<br />
14816 (holotype, MO; isotypes, INPA, n.v., K, MG,<br />
NY, U, US, S, n.v.). Figs. 17b, 77a-g
TAXONOMIC TREATMENT 113<br />
- -...--- 1\\YMFW ~~~~~~~2mm.<br />
/~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~<br />
3 cm.~<br />
/ .~ ~ ~ ~ ~ ~ ~ ~~~3m<br />
Fig. 75. <strong>Talisia</strong> eximia. A. portion of leaf showing leaflets <strong>and</strong> petiole. B. inflorescence. C. pistillate flower. D.<br />
abaxial <strong>and</strong> adaxial views of petal. E. pistillate flower with perianth removed showing disc, sterile stamens <strong>and</strong><br />
pistil <strong>and</strong> l.s. same. (A from Lindenman et al. 72); B-E from Lindenman 137).
114 FLORA NEOTROPICA<br />
I<br />
|OW, ,. .\;A: ...<br />
70W 6saw 5OWi 40W<br />
*Talii douradenis<br />
7 ~~~~~~~~~~~<br />
<strong>Talisia</strong><br />
eximia'i ,, ,,,, - ;os<br />
* Talsiadoradeis.76 Fig. 76.-Disributin Disr.ibuin of secies i Talisa subgnus Talsia (i part)<br />
fspce in al/ i sugeu Taii/inpr)<br />
A T. cerasina (Bentham) Radlkofer foliolis paucis,<br />
petalis pubescentibus differt.<br />
I ON<br />
margins ciliate, the base cuneate, the apex rounded;<br />
appendages deltate, as long as the petals, adaxially sericeous-tomentose<br />
above the cuneate base, abaxially glabrous;<br />
disc cup-shaped, ca. 1 mm tall, puberulent to<br />
nearly tomentose; stamens 8, the filaments glabrous,<br />
Treelet, 2-7 m tall. Stems terete, puberulent, minutely<br />
lenticellate, becoming glabrous with age. Leaves<br />
paripinnate or less often imparipinnate; distal process<br />
deciduous, leaving a truncate base 2-3 mm long; leaf- slightly unequal, 1.5-3 mm long, the anthers lanceolate,<br />
lets (2) 4-6 (7), opposite or altemate, lanceolate, ovate, ca. 1.1 mm long, apiculate at apex; ovary conical, serioblong-elliptic,<br />
or elliptic, coriaceous, 6.5-24 x 2.2- ceous, the style elongated, the stigmatic surface elon-<br />
7(13.2) cm, glabrous, the adaxial surface slightly glossy, gate capitate, papillate. Fruit orange-yellow to red at<br />
with prominent to plane primary <strong>and</strong> secondary veins, maturity, ellipsoid, apiculate, ca. 2 cm long, glabrous at<br />
the abaxial surface dull, with very prominent, yellow- maturity, the pericarp coriaceous, granulose, ca. 0.6 mm<br />
ish midvein <strong>and</strong> prominent secondary <strong>and</strong> tertiary veins thick, the endocarp glabrous. Seeds 1 per fruit, nearly<br />
forming a reticulum, the margins revolute, the apex long- ovoid, with fleshy testa. Embryo with cotyledons layacuminate<br />
or less often caudate, the base obtuse, some- ing obliquely transverse to each other, the upper one<br />
times inequilateral, decurrent on to the petiolule; peti- slightly smaller than the lower one.<br />
olules flattened along adaxial surface, 0.5-2 cm long, <strong>Talisia</strong> ghilleana seems to be closely related to T<br />
pulvinate at base, glabrous; rachis 2-14 cm long, nearly cerasina in general habit. However, T ghilleana difterete<br />
or obtusely angled, puberulent, dark reddish<br />
fers from T cerasina by: leaves with 4-6 leaflets (vs.<br />
brown or dark grey. Thyrses panicle-shaped, terminal<br />
10-16); peduncle 0.1-1.5 mm long (vs. 0.5-5 mm<br />
or supra-axillary; 12-35 cm long; cataphylls clustered<br />
long); <strong>and</strong> petals elliptic to obovate, abaxially appressedat<br />
base of inflorescence, acicular 2-3 mm long, puberupubescent<br />
at base, <strong>and</strong> 3.5 mm long, (vs. oblong,<br />
lent; axes obtusely angled, sulcate, puberulent; bracts<br />
abaxially glabrous, <strong>and</strong> 5-5.5 mm long). <strong>Talisia</strong><br />
<strong>and</strong> bracteoles persistent, subulate, concave, 1-1.2 mm<br />
ghilleana honors Dr. Ghillean T. Prance, collector of<br />
long, puberulent; dichasia compound; peduncles 0.1the<br />
type specimen <strong>and</strong> eminent Amazonian botanist <strong>and</strong><br />
1.5 mm long, puberulent; pedicels 1.5-2 mm long, arexplorer<br />
who has advanced the botanical knowledge<br />
ticulate at upper portion, puberulent. Calyx green, 2.5of<br />
this vast region. The name T prancei is already oc-<br />
3.2 mm long, puberulent to pubescent (white hairs),<br />
cupied by a synonym of Matayba guianensis Aublet<br />
the sepals ca. 2 mm long, broadly ovate, concave, cili-<br />
(T prancei G. Guarim Neto).<br />
ate at margins; petals elliptic to obovate, ca. 3.5 mm<br />
long, greenish white, appressed-pubescent on lower half Phenology. Flowers from April to October <strong>and</strong><br />
on abaxial surface, papillate on adaxial surface, the fruits from October to May.
TAXONOMIC TREATMENT 115<br />
c. G<br />
3cm.[~~~~~~~~~3m<br />
1?~~~~~ E<br />
Fig. 77. <strong>Talisia</strong> ghilleana. A. flowering branch. B. staminate flower. C. abaxial, adaxial, <strong>and</strong> lateral views of petal<br />
with adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens (right) <strong>and</strong> l.s. same with<br />
detail of anther (left). E. flower with immature fruit. F. flower with perianth removed showing disc, sterile stamen<br />
<strong>and</strong> immature fruit. G. portion of infructescence. (A-F from C. Ferreira et al. 953; G from Plowman et al. 12664).
116 FLORA NEOTROPICA<br />
Distribution <strong>and</strong> Ecology. (Fig. 80) Known only alternate, oblong, oblong-elliptic, or elliptic, nearly cofrom<br />
the State ofAmazonas, Brazil in terra firme forest riaceous, 8-18(44) x 2.1-6(13.5) cm, glabrous <strong>and</strong><br />
on white s<strong>and</strong>y or clayish soils, campina forest on white glossy on both surfaces, midvein yellowish, prominent<br />
s<strong>and</strong>, <strong>and</strong> non-flooded caatinga.<br />
on abaxial surface, tertiary veins reticulate, the apex acu-<br />
Common names. Brazil: Pitomba,pitomba brava,<br />
pitomba da mata.<br />
minate, the base inequilateral, one side obtuse the other<br />
acute, abruptly narrowing into the petiolule; petiolule<br />
3-9 mm long, with a conical, reddish brown, pulvinate<br />
Representative specimens examined. BRAZIL. base; rachis 10-58 cm long, terete, or slightly striate on<br />
Amazonas: Manaus-Caracarai hwy., km 61, Biological distal area, glabrous, dark reddish brown, glossy; pet-<br />
Reserve Campinas, 2 Oct 1974 (fl), deAlbuquerque 1098 ioles 9-38 cm long, pulvinate at base. Thyrses panicle-<br />
(INPA), 9 Oct 1974 (fr), deAlbuquerque 1110 (INPA); shaped, 10-25 cm long, terminal or axillary on distal<br />
Mun. Manaus. CachoeiraAlta, 2 Sep 1955 (fl), Chagas portion of branches; cataphylls clustered, supra-axils.n.,<br />
herb. 1798 (INPA); along Passarinho creek, 17 Jun lary, acicular or dendroid, 4-17 mm long, appressed-<br />
1955 (fl), CoeAlho 1205 (INPA-2); along road to Mindfi, pubescent; axes reddish tinged, obtusely angled, sulcate,<br />
19 Aug 1955 (fl), Coelho 1667 (INPA-2); Manaus- glabrous to puberulent; bracts persistent, subulate, 3-5<br />
Caracarai hwy., km 97, 1 Sep 1979 (fl), C. Ferreira et mm long, appressed-pubescent; dichasia compound;<br />
al. 953 (INPA, MG, NY); Manaus-Itacoatiara road, km peduncles 3-5 mm long, puberulent; pedicels 1-1.5 mm<br />
19, secondary, 15 Sep 1955 (fl), Mello, s.n., herb 1918 long, articulate at the upper third, puberulent, reddish.<br />
(INPA-unmounted); Road to Paredao, 24 Apr 1956 (fl), Calyx reddish tinged, 2-3 mm long, puberulent, the<br />
Mello & Coelho s.n., herb 3778 (INPA); Manaus- sepals 1.5-2 mm long, ovate, concave, ciliate at mar-<br />
Caracarai hwy. km 60, INPA reserve, 24 Nov 1982 (fr), gins; petals reflexed at anthesis, oblong-elliptic, 6-7.5<br />
Mesquita et al. 825 (MG); Manaus-Caracarai hwy., km mm long, white, glabrous on abaxial surface, papillate<br />
45, Biological Reserve Campinas, 26 Dec 1982 (fr), on adaxial surface, the base truncate-cuneate, the mar-<br />
Plowman et al. 12664 (F, MG, NY); Manaus-Caracarai gins ciliate; appendages deltate-lanceolate, as long as<br />
hwy., km 2, 14 Nov 1966 (fr), Prance et al. 3124 (F, the petals, adaxially sericeous-tomentose, abaxially<br />
MG, NY, US); Manaus-Caracarai hwy., km 46, 16 Sep glabrous <strong>and</strong> papillate, adnate at the base of petal; disc<br />
1977 (fl), Ribamar & Ramos 274 (INPA); Experimental annular, 5-lobed, glabrous or hispidulose; stamens<br />
Reserve, 22 Sep 1977 (fl), Ribamar & Ramos 363 (5)6-8, the filaments glabrous, equal or slightly unequal,<br />
(INPA); Reserva Ducke, 26 Aug 1957 (st), Rodrigues 2.5-4.5 mm long, the anthers oblong, 1.3-1.5 mm long,<br />
546 (INPA); along creek of Parque 10, 3 Aug 1959 apiculate at apex; ovary conical-trilobed, glabrous, the<br />
(fl), C. Rodrigues 1243 (INPA), Buiao creek, 5 May style elongated, appressed-pubescent, the stigma capi-<br />
1962 (fr), Rodrigues & Chagas 4682 (INPA-2); tate, papillate. Fruit orange-yellow at maturity, ellipsoid-<br />
Manaus-Caracarai hwy., km 8, 8 Sep 1960 (st), ovoid, apiculate, 2-2.5 cm long, glabrous, the pericarp<br />
Rodrigues & Coelho 1738 (INPA); Leao creek, 17 Oct coriaceous to woody, granulose, ca. 1 mm thick. Seeds<br />
1961 (fr), Rodrigues & Lima 2665 (INPA). 1-3 per fruit, nearly ellipsoid, with yellowish, fleshy<br />
testa. Embryo with cotyledons diagonally superimposed,<br />
the upper one larger than the lower one.<br />
32. TALISIA GUIANENSIS Aublet, Hist. P1. Guiane<br />
1: 349. 1775. Type. French Guiana. Without specific<br />
locality, at riverbank, without date (fl), Aublet<br />
s.n. (holotype, BM). Figs. 16a-b, 78a-f<br />
This species is easily recognized by the attenuate<br />
leaflet base decurrent onto the elongated petiolule. The<br />
specific epithet refers to the locality where the type was<br />
collected.<br />
<strong>Talisia</strong> rosea Vahl, Eclog. 2: 30. 1798, nom. illegit., Phenology. Flowers from September to December,<br />
a superfluous renaming of TJ guianensis Aublet <strong>and</strong> fruits from November to May.<br />
<strong>Talisia</strong> glabra DC., Prodr. 1: 609. 1824. Type. French<br />
Distribution <strong>and</strong> Ecology. (Fig. 80) Known from<br />
Guiana. Cayenne, without date (fl), Anonymous,<br />
s.n. [IDC microfiche 2842] (holotype, G-DC, n.v.; Guyana, French Guiana, <strong>and</strong> Amapa, Brazil, in moist,<br />
microfiche; frag. at M).<br />
terra firme forest. Expected from Surinam.<br />
Treelet, 2.5-10 m tall, unbranched or with few ascending,<br />
sympodial branches on distal portion; bark dark<br />
brown, lenticellate. Distal portion of stem nearly terete<br />
or sulcate, glabrous or puberulent, smooth. Leaves<br />
paripinnate, spirally arranged on distal portion of<br />
stem(s); distal process 5-7 mm long, acicular, deciduous<br />
leaving a truncate apex; leaflets 16-22, opposite or<br />
Representative specimens examined. GUYANA.<br />
East Berbice/Corentyne: Mapenna creek, 20 May 1950<br />
(fr), Fanshawe 2955 (NY, US); Courantyne river,<br />
Mapenna creek, 20 May 1950 (st), Fanshawe 6285 (K,<br />
US); Canje river, 250 m, 9 Apr 1987 (fr), Pipoly et al.<br />
11348 (US). Upper Demerara/ Berbice: Mabura hill,<br />
180 km SSE of Georgetown, 0-50 m, 14 Dec 1988 (st),<br />
Steege & de Jager 562 (U).
TAXONOMIC TREATMENT 117<br />
3 ml (n , / X~~~~~~~~~~3mm<br />
S A<br />
Fig. 78. <strong>Talisia</strong> guianensis. A. portion of leaf. B. pistillate flower. C. adaxial <strong>and</strong> lateral views of petal with<br />
adnate appendage. D. pistillate flower with perianth removed showing disc, sterile stamens, <strong>and</strong> pistile with detail<br />
of anther (right) <strong>and</strong> I.s. same, showing ovules (left). E. fruiting branch. F. seed. (A from Mori et al. 14926; B-D<br />
from Mori & Boom 15164; E-F from Acevedo R. et al. 4871).
118 FLORA NEOTROPICA<br />
FRENCH GUIANA. Without specific locality, 1838 acute; petiolules pulvinate, 3-5 mm long, minutely hir-<br />
(fl), Le Prieur s.n. (P-2). Bassin de la Comte: Comte river, sute with scattered gl<strong>and</strong>ular hairs; rachis (5.5) 13-40<br />
20-24 km S of bridge, along road to Brazil, 15 Jan 1977 cm long, terete, or slightly angled distally, slightly stri-<br />
(fl), Mori & de Granville 8914 (CAY, MO, US-2). Bassin<br />
ate, minutely hirsute, sometimes with scattered setade<br />
la Mana: Montagnes de la Trinite; Inselberg NW, 500<br />
m, 17 Jan 1984 (fr), de Granville et al. 6093 (CAY, U).<br />
ceous or gl<strong>and</strong>ular hairs; petioles (5.5) 8-19 cm long,<br />
Bassin du Maroni: Camp Maipouri, road to Apatou, km enlarged at the base. Thyrses panicle-shaped, 6-31 cm<br />
40, 25 Apr 1984 (fr), Sabatier 859 (CAY). Bassin du long, terminal or axillary on distal portion of branches;<br />
Sinnamary: Research station between Silvolab <strong>and</strong> cataphylls 5-25 mm long, acicular, sericeous-tomentose;<br />
Paracou, 16 Oct 1995 (fl), Molino 1469 (CAY); Paracou axes pubescent to sericeous-tomentose, with scattered<br />
Forest; experimental site C.T.F.T., 5 Feb 1988 (fr), Riera to numerous gl<strong>and</strong>ular hairs; bracts early deciduous,<br />
1459 (CAY-2, US). Montagne de Kaw: Montagne de subulate, ca. 5 mm long, with same indumentum as the<br />
Kaw, 14 Dec 1954 (fl), Cowan 38809 (NY-2). Piste de axes; bracteoles persistent, similar to the bracts but<br />
Saint Elie: Arbocel, near St. Elie, May 1980 (st), de smaller; dichasia compound, sessile; pedicels 1-1.2 mm<br />
Foresta 146 (CAY-2); Station Biologique ORSTOM, 13<br />
long, appressed-pubescent, articulate at the base. Ca-<br />
Apr 1983 (st), de Foresta 341 (CAY-2), 19 Nov 1983<br />
(fl), de Foresta 419 (CAY-3); Piste de St. Elie, 9 Sep<br />
lyx nearly conical 2.5-3.5 mm long, tomentose, with<br />
1981 (st), Halle 2756 (CAY); Valley between Sinnamary- scattered gl<strong>and</strong>ular hairs, the sepals 1-2.2 mm long,<br />
Counamama rivers, 14 May 1991 (fr), Sabatier 3572 oblong or ovate-deltate, obtuse at apex; petals whitish,<br />
(CAY, US). Region Littorale: Kourou. Passoura creek, reflexed at anthesis, 5.5-6 mm long, nearly elliptic to<br />
6 May 1992 (fr), Acevedo R. et al. 4916 (CAY, US), 6 obovate, the abaxial surface glabrous, the adaxial sur-<br />
May 1992 (fr), Acevedo R. et al. 4922 (CAY, US); Roche face with scattered gl<strong>and</strong>ular, papilliform hairs, ciliate<br />
Degonde, 5 Feb 1995 (st), Cadamuro & Solacroup 173<br />
(CAY). Region de Saul: Monts La Fumee, 200-400 m,<br />
5 Nov 1982 (fl), Mori & Boom 15164 (CAY-2, MG, NY),<br />
220 m, 14 Sep 1982 (bd), Mori et al. 14926 (NY).<br />
BRAZIL. Amapi: Oiapoque river, 2 Feb 1950 (fr),<br />
Froes 25807 (IAN).<br />
at margins, the apex rounded, the base attenuate; appendages<br />
as long as the petals, deltate, the abaxial surface<br />
glabrous with a few gl<strong>and</strong>ular hairs, the adaxial<br />
surface hirsute on the upper half; disc annular, 5-lobed,<br />
ca. 1 mm tall, minutely hirsute; stamens 8, the filaments<br />
glabrous, of same length, ca. 4 mm long, the anthers<br />
oblong, ca. 1.2 mm long, apiculate at apex; ovary coni-<br />
33. TALISIA HEMIDASYA Radlkofer, Sitzungsber.<br />
Math.-Phys. Cl. Konigl. BayerAkad. Wiss. Miinchen<br />
8: 349. 1878. Type. Surinam. Without specific locality<br />
or date (fl), Hostmann 1274 (holotype, P;<br />
isotypes, C, n.v., K-2, MO, NY, P; frag. at M).<br />
Figs. 2a-b&d, 4c, 79a-h<br />
<strong>Talisia</strong> gl<strong>and</strong>ulifera Steyermark, Ann. Missouri Bot.<br />
Gard. 75: 1072. .1988. Type. French Guiana.<br />
Saul, Mont La Fumee, 200-400 m, 3?37'N,<br />
cal, sericeous-tomentose, the stigma cylindric-trigonous,<br />
papillate, ca. 1 mm long. Fruit yellow to orange-yellow<br />
at maturity, globose-ovoid or obovoid, apiculate, ca. 2<br />
cm long, densely hirsutulous, the pericarp woody, ca. 3<br />
mm thick. Seed one per fruit, nearly globose, ca. 1.5 cm<br />
long, with a thin, fleshy, orange-yellow testa. Embryo<br />
with cotyledons superimposed, of equal size.<br />
The specific epithet refers to the "partly shaggy"<br />
pubescence of stems <strong>and</strong> inflorescence axes.<br />
53012'W, 1 Oct 1982 (fl), S.A. Mori et al. 15027<br />
(holotype, MO; isotypes, CAY, MG-2, NY).<br />
Phenology. Flowers from August to October <strong>and</strong><br />
in May, <strong>and</strong> fruits throughout the year.<br />
Tree 12-18 m tall, branching on upper portion to<br />
produce a dense crown; trunk to 23 cm in diam.; bark<br />
grayish, thin, smooth, peeling off in irregular plates;<br />
Distribution <strong>and</strong> Ecology. (Fig. 80) Venezuela, the<br />
Guianas, <strong>and</strong> Brazil, in non-flooded moist, tall forest.<br />
inner bark reddish. Young growth conspicuously fulvotomentose,<br />
intermixed with numerous gl<strong>and</strong>ular hairs.<br />
Twigs nearly terete, glabrescent with age. Leaves<br />
paripinnate, spirally arranged on distal portions of<br />
stem(s); distal process cylindric, truncate, 2-4 mm long;<br />
leaflets (6) 10-14, opposite to alternate, oblong-elliptic,<br />
chartaceous, 6-23.5 x 2-5.7(8.5) cm, both surfaces<br />
glabrous, except for the minutely pubescent (sometimes<br />
with gl<strong>and</strong>ular hairs) midvein, the abaxial surface rarely<br />
sparsely minutely hispidulous, the venation brochidodromus,<br />
flattened or slightly impressed, adaxially, prominent<br />
abaxially, tertiary veins reticulate, the apex acumi-<br />
Common names. Surinam: Zwarte pintolokus;<br />
Venezuela: Cotoperis montanero, cotuperia, cotoperis;<br />
Jatoama.<br />
Representative specimens examined. VENEZUELA.<br />
Amazonas: Atabapo, Orinoco river, 5 km N of<br />
confluence with Orinoquito river, hills, 400 m, s.d. (fl),<br />
Marin 1608 (NY, PORT, US), Oct 1991 (fl), Marin 1654<br />
(NY, PORT, US). Bolivar: Botanamo-Los Yagrumales,<br />
60 m, 14 Jul 1959 (fr), Bernardi 7998 (MER); Vic. of<br />
El Paraiso, 1 Aug 1965 (fr), Blanco 303 (NY-2, VEN);<br />
El Dorado, 9 Apr 1957 (fr), Couret 301 (US); Along El<br />
Tigre-La Soledad road, 29 May 1965 (fl), Marcano B.<br />
nate, the base inequilateral, one side obtuse the other 677 (F, IAN, NY, U, US, VEN); El Palmar, 75 m, 24 Nov
TAXONOMIC TREATMENT 119<br />
3
120 FLORA NEOTROPICA<br />
0Wl ._ OW=Lt, 7<br />
_WI eaN 50W! 40W<br />
*<strong>Talisia</strong> ghilleana L2 > N<br />
V <strong>Talisia</strong> guianensis/<br />
* <strong>Talisia</strong> hemidasya \ ;,<br />
!<br />
( (Y I~~~~~~~~~<br />
Fig. 80. Distribution of species in <strong>Talisia</strong> subgenus <strong>Talisia</strong> (in part).<br />
1967 (fr), Wessels Boer 2090 (MER, U, VEN). Delta<br />
Amacuro: East of Rio Gr<strong>and</strong>e, near Bolivar border, Nov<br />
1965 (fr), Blanco 368 (MER-2, MO, US); Tucupita, ESE<br />
of Los Castillos de Guayana, 50-200 m, 28 Mar-2 Apr<br />
1979 (fl), Davidse & Gonzdlez 16385 (NY, US, VEN);<br />
Vic. of Los Castillos, 30 m, 12 Jul 1960 (fr), Little 17676<br />
(MER, VEN); East of Rio Gr<strong>and</strong>e, near Bolivar border,<br />
29 Nov-18 Dec 1964 (fr), Marcano B. 457 (MER, MO,<br />
NY, US, VEN).<br />
GUYANA. Demerara/Mahaica: Demerara river,<br />
May 1889 (fl), Jenman 4925 (K-2). Cuyuni/Mazaruni:<br />
Takutu creek to Puruni river, 24 Oct 1944 (fl), Fanshawe<br />
2046 (K-3, NY, P, US-2). Potaro/Siparuni: Northern<br />
Pakaraima Mts., Ciong valley, 9 km N of Kato Village,<br />
900 m, 31 May 1995 (fr), Mutchnick & Tiwari 1440<br />
(CAY, US). Upper Takutu/Upper Essequibo: Maparri<br />
river, 6 June 1996 (fr), Clarke 2015 (US).<br />
SURINAM. Brokopondo: Brownsberg, 18 Oct 1924<br />
(fl), Za<strong>and</strong>am 6705 (NY). Nickerie: Corantijne river,<br />
vic. of Wonotobo, 14 Oct 1916 (fl), Boschwezen 2574<br />
(K, MO, NY); Wilhelmina Gebergte, 3.5 km SE of<br />
Juliana Top, 11.5 km N of Lucie river, 450 m, 8 Aug<br />
1963 (fl), Irwin et al. 54600 (NY); 3 km S of Juliana<br />
Top, 12 km N of Lucie river, 500 m, 24 Aug 1963 (fl),<br />
Irwin et al. 55015 (F, NY, US); 14 km N of Lucie river,<br />
900 m, 13 Aug 1963 (st), Irwin et al. 54729 (NY);<br />
Kabalebo Dam project, 30-130 m, 13 Sep 1980 (fl),<br />
Lindeman et al. 406 (CAY, MG, NY, US). Saramacca:<br />
Coppename river near Raleigh falls, 13 Sep 1933 (fl),<br />
Lanjouw 812 (K, IAN, MO); Tafelberg, 11 Aug 1944<br />
(fl), Maguire 24341 (NY), 1400 m, 8 Sep 1944 (fl),<br />
Maguire 24690 (K-3, NY-2, US-2, VEN).<br />
FRENCH GUIANA. Bassin de la Mana: Montagnes<br />
de la Trinite, 5 Feb 1984 (fr), de Granville et al. 6516<br />
(CAY, NY, P, U-3,. US). Bassin du Maroni: Gr<strong>and</strong> Inini<br />
river, 5 Sep 1970 (fl), de Granville B-3695 (CAY, P).<br />
Ile de Cayenne: Cayenne, without specific locality, with-<br />
out date (fl), Martin s.n. (K). Region de Saul: Route de<br />
Belizon, 20 May 1992 (st), Acevedo R. et al. 4966 (NY,<br />
US); Monts La Fumee, 26 Oct 1982 (st), Boom & Mori<br />
2416 (CAY), 4 Oct 1973 (fl), de Granville B-5074 (CAY-<br />
2, P), 200-400 m, 24 Sep 1982 (fl), Mori et al. 14988<br />
(CAY, F, MO, NY, US); Route de Belizon, 13 km S of<br />
Eaux Claires, 200-300 m, 8 Oct 1991 (fl), Mori et al.<br />
22006 (CAY, NY, P, US); Sentier Botanique, 22 Sep 1995<br />
(fl), Mori et al. 24182 (CAY, NY, US); Monts La Fumee,<br />
500 m, 3 Nov 1971 (fl), Oldeman 3241 (CAY-2, NY,<br />
P); Montagne Boeuf Mort, 30 Oct 1971 (fl), Oldeman<br />
B-4180 (CAY-2, P, US-2).<br />
BRAZIL. Maranhao: Moncao, Kaapor Indian re-<br />
serve, 6 May 1986 (st), Balee 2185 (NY). Park: Itacaiunas<br />
river, 2 Dec 1981 (fr), Daly et al. 1672 (INPA, MG, NY).<br />
2QU<br />
34. TALISIA HEXAPHYLLA Vahl, Eclog. Amer.<br />
2: 29. 1798. Type. South America. Without specific<br />
locality or date (fl), von Rohr 99 (lectotype, C-505,<br />
here designated). Syntype. South America. without<br />
specific locality or date (fl), von Rohr 98 (C-503,<br />
C-504, MO).<br />
Tree (4-)10-30 m tall, usually branched on the upper<br />
portion. Young stems striate, puberulent or pubescent,<br />
becoming terete <strong>and</strong> lenticellate. Leaves paripinnate or<br />
less often imparipinnate; distal process filiform, ca. 5 mm<br />
long, early deciduous leaving a truncate base 2-3 mm<br />
long; leaflets 6-12, altemate, subopposite or opposite,
TAXONOMIC TREATMENT 121<br />
6.5-23.5 (-68) x 2.4-7.1 (23) cm, chartaceous to co- termediate between those defining subgenus Pitombaria<br />
riaceous, the adaxial surface glabrous, with prominent <strong>and</strong> subgenus <strong>Talisia</strong> <strong>and</strong> it reseambles T clathrata in<br />
or sunken midvein <strong>and</strong> slightly impressed secondaries, numerous morphological aspects, suggesting that they<br />
the abaxial surface glabrous or puberulent, with may be closely related <strong>and</strong> perhaps belong together in<br />
prominent midvein <strong>and</strong> secondary veins, the venation subgenus Pitombaria.<br />
brochidodromus, secondary veins alternate or<br />
subopposite, arching toward the margin, the margins Key to the subspecies of <strong>Talisia</strong> hexaphylla<br />
entire or wavy, slightly revolute; petiolules nearly cy- 1. Leaflets with 18-28 pairs of secondary veins;<br />
lindrical or enlarged <strong>and</strong> slightly flattened, wrinkled tertiary veins reticulate-clathrate<br />
when dry, 6-17 mm long, glabrous or puberulent; ra- . .............................. T hexaphylla subsp. multinervis<br />
chis 5-36 cm long, adaxially bicarinate on distal portion, 1. Leaflets with 8-17 pairs of secondary veins;<br />
slightly flattened on proximal portion, abaxially striate, tertiary veins reticulate.<br />
puberulent; petioles 4-18 (25) cm long, striate or less 2. Leaflets oblanceolate or elliptic, the apex<br />
often lenticellate, adaxially flattened, enlarged at base.<br />
Thyrses simple or panicle-shaped, fasciculate, axillary,<br />
ramiflorous or cauliflorous; cataphylls acicular, pubescent,<br />
5-7 mm long, clustered at base of inflorescence<br />
or wanting; axes 2-27 cm long, angled, ferruginous or<br />
canescent-pubescent, or puberulent; bracts subulate or<br />
abruptly acuminate, obtuse or seldom<br />
retuse T. hexaphylla subsp. hexaphylla<br />
2. Leaflets oblong to lanceolate, the apex<br />
long-acuminate to caudate<br />
..................................... T hexaphylla subsp. elegans<br />
filiform, persistent, 0.5-2 mm long, with same indumentum<br />
as the axis; dichasia simple or compound, 34a. TALISIA HEXAPHYLLA subsp. HEXAsessile<br />
or nearly so; pedicels 1-3 mm long, articulate PHYLLA Figs. 17e-f, 8la-g<br />
from the middle to the apex. Calyx 2.5-4.6 (6) mm long,<br />
grayish pubescent to ferruginous-tomentose on both<br />
surfaces, sometimes with a few gl<strong>and</strong>ular hairs, the sepals<br />
ovate, 1/3 to 1/2 the length of the calyx, acute or<br />
<strong>Talisia</strong> panamensis Pittier, Contr. U.S. Natl. Herb.<br />
20: 129. 1918. Type. Panama. Darien: Pinogana,<br />
in forest, 16 Apr 1914 (fl), Pittier 6534 (holotype,<br />
US; isotypes, MO, US-2)<br />
obtuse at the apex; petals elliptic to oblanceolate, white, <strong>Talisia</strong> cararensis Cuatrecasas, Rev. Acad. Colomb.<br />
3-5.8 (6.5) mm long, reflexed at anthesis, abaxially glabrous<br />
or pubescent at base <strong>and</strong> sometimes ciliate along<br />
lower margins, adaxially puberulent-papillate, the apex<br />
obtuse or rounded, the base tapering; appendages as long<br />
Cienc. 8: 306. 1951. Type. Colombia. Sant<strong>and</strong>er:<br />
Puerto Berrio, between Carare & Magdalena rivers,<br />
100-700 m, 28 Mar 1935 (fl), Haught 1608<br />
(holotype, F, photo at US; isotypes, NY, US).<br />
as the petals, or little shorter, elliptic to long-deltate, Leaflets elliptic, oblanceolate, or less often obovate,<br />
erect, entire or notched at apex, adnate along its lower sometimes with scattered wart-like protuberances, the<br />
half to the petal, abaxially puberulent <strong>and</strong> papillate, adaxial surface sometimes drying grayish, the abaxial<br />
adaxially sericeous; disc cup-shaped, 5-lobed, pubes- surface sometimes papillate, usually drying brownish,<br />
cent or tomentose at the apex, or less often glabrous, the venation lighter than the blade, tertiary venation<br />
1-1.3 mm tall; stamens (7)8, the filaments glabrous, in reticulate, the apex abruptly acuminate, obtuse or seltwo<br />
or three sets of unequal lengths, the shorter ones dom retuse, the base asymmetrical, attenuate or obtuse.<br />
2-3 mm long, the longer ones 4-5 mm long, or some- Fruits sometimes reaching 4 cm long.<br />
times nearly equal, the anthers ellipsoid to oblong, 0.6- <strong>Talisia</strong> cararensis is considered here to be a synonym<br />
1.2 mm long, glabrous, apiculate or seldom obtuse at of T hexaphylla subsp. hexaphylla as the only characapex;<br />
ovary ovoid, densely sericeous, the stigma elon- ter differentiating it from the latter is the size of the leaves<br />
gated, papillate. Fruits ellipsoid to ovoid, brownish-yel- <strong>and</strong> leaflets. Leaf size is a variable character in T<br />
low or yellow, nearly smooth, densely ferruginous-seri- hexaphylla <strong>and</strong> in general is not well represented in<br />
ceous, (1.5) 2.5-3 x 1.3-2.2 cm, obtuse at apex, with herbarium collections. Although leaf <strong>and</strong> leaflet size in<br />
short apiculum, the pericarp woody, 2-3 mm thick, the the type specimen of T cararensis falls outside the range<br />
endocarp granulate, sparsely to densely woolly. Seed of variation present in T hexaphylla, I do not feel that<br />
ellipsoid, 1-2 cm long, with sweet, white fleshy testa. this variation alone is enough to recognize T cararensis<br />
Embryo with cotyledons superimposed, of equal size. as a separate entity. The leaf gigantism in T cararensis<br />
The specific epithet refers to the leaves with 6 leaf- apparently represents a collection artifact.<br />
lets as shown in the type specimens.<br />
Phenology. Collected in flower during March.<br />
Note: I have placed T hexaphylla in <strong>Talisia</strong> subgenus<br />
<strong>Talisia</strong> with some reservations. Its anthers (ellip- Distribution <strong>and</strong> Ecology. (Fig. 84) From Panama<br />
soid or oblong with apiculate or obtuse apex) are in- south to Bolivia, in terra firme, vaLrzea, gallery, <strong>and</strong> sec-
122 FLORA NEOTROPICA<br />
X<br />
/mm~<br />
n~Imm it4m 3mm~ ~<br />
Fig. 81. <strong>Talisia</strong> hexaphylla subsp. hexaphylla. A. fruiting branch. B. inflorescence. C. staminate flower <strong>and</strong><br />
i.c. same. D. staminate flower with perianth removed showing pubescent disc, stamens, <strong>and</strong> detail of obtuse anther.<br />
E. staminate flower with perianth removed showing glabrous disc, stamens, <strong>and</strong> detail of apiculate anther. P adaxial<br />
<strong>and</strong> abaxial views of petal with adnate appendage. E. l.s. staminate flower showing disc, stamens, pistillode, <strong>and</strong><br />
ovules. F. pistillate flower. G. lateral, adaxial, <strong>and</strong> abaxial viewa of petal with adnate appendage. staminate flower<br />
with perianth removed showing disc, stamens, <strong>and</strong> detail of anther. H. pistillate flower with perienth removed<br />
showing disc, sterile stamens, <strong>and</strong> pistil <strong>and</strong> detail of anther, I.s. same. I. fruit. (A-E from Pittier 8814; F-H from<br />
Haught 1608; I from Steyermark 91248).<br />
3cm.
TAXONOMIC TREATMENT 123<br />
ondary forests, dry semideciduous-evergreen forests,<br />
<strong>and</strong> wooded areas bordering savanna.<br />
Common names <strong>and</strong> uses. Bolivia: Japunaki,<br />
piton. Guyana: mauraballi, muro-balli, s<strong>and</strong> mora,<br />
morokwe. Peru: shatonilla, shatona. Trinidad: cacao<br />
macaque. Venezuela: Cotopalo, cotoperiz, cotoplis,<br />
mamon cutuplis. Used in Guyana as a fish poison plant;<br />
the seeds are reported to have a sweet, edible testa.<br />
Representative specimens examined. COLOMBIA.<br />
Without data, Mutis 1154 (US). Antioquia: San Luis,<br />
Canion Rio Claro, northern area, 4 Jun 1984 (bd),<br />
Cogollo 1823 (HUA, JAUM); Sons6n, Concesi6n de<br />
Cementos Rio Claro, 450 m, 17 May 1990 (st), Cogollo<br />
& Cardenas 4476 (JAUM). Caldas: La Dorada, 200 m,<br />
23 Apr 1963 (fl), Espinal 1201 (COL, MEDEL).<br />
VENEZUELA. Aragua: Quebrada de Quiterio, Feb<br />
1966 (fl), Aristeguieta 5994 (NY, VEN); La Trilla, ca.<br />
km 36 of road from Maracay to Ocumare, 325 m, 12 Mar<br />
1990 (st), Edwards 335 (US); La Cerilla, Valle de Ocumare,<br />
100 m, 6 Jun 1939 (fr), Pittier 14253 (VEN-2). Bolivar:<br />
Takutu/Upper Essequibo. Arawau river, Bonasika L<strong>and</strong>-<br />
ing, 16 Jul 1934 (fl), Archer 2309 (NY, US).<br />
FRENCH GUIANA. Bassin de L'Approuague: Sta-<br />
tion des Nouragues, 29 Jul 1989 (st), Sabatier & Prevost<br />
2949 (CAY, US). Bassin du Maroni: Gr<strong>and</strong> Inini river,<br />
14 Jul 1990 (st), Sabatier & Prevost 3269 (CAY, US).<br />
Bassin du Sinnamary: Above Petit Saut, between Plomb<br />
<strong>and</strong> Tigre creeks, 500 m, 4 Sep 1993 (st), Mori et al. 23588<br />
(NY). Piste de Saint Elie: Station Biologique ORSTOM,<br />
2 May 1992 (St), Acevedo R. 4879 (CAY), 12 May 1992<br />
(st), Acevedo R. 4940 (CAY, US); Saut Vata-Saut Berard,<br />
22 Sep 1965 (fr), Oldeman 1531 (CAY). Region<br />
Littorale: Passoura creek, 9 May 1992 (st), Sabatier &<br />
Prevost 4010 (CAY).<br />
PERU. Loreto: Prov. Maynas. vic. Sucusari,<br />
Explornapo Camp, 100-140 m, 3 Mar 1991 (st), Pipoly<br />
et al. 14227 (MO); Ucayali, 250 m, 20 Oct 1982 (st),<br />
Reynel 689 (K). San Martin: Huallaga, Cuzco, 25 Aug<br />
1986 (st), Alban 2396 (F); Bellavista, Huallaga Valley,<br />
200-300 m, 5 Sep 1948 (fl), Ferreyra 4749 (US);<br />
Tarapoto, 7 Oct 1984 (fr), Maas et al. 5973 (K, NY, U,<br />
USM); Pucacaca, Huallaga river, 30 Apr 1976 (fr), Plow-<br />
man 6016 (F); Chazuta, 264 m, 4 Oct 1963 (fl), Schunke<br />
V 6335 (F, US); Semi-cultivated l<strong>and</strong>, 345 m, 19 Dec<br />
1974 (fl), Zegarra 11 (US).<br />
BRAZIL. Acre:. Tarauaca. Tarauaci river, Seringal<br />
Mucuripe, 19 Sep 1994 (fr), Daly et al. 8256 (US);<br />
Macauhan river, 25 Aug 1933 (fl), Krukoff 5630 (F, MO,<br />
NY, US), 1 Sep 1933 (fr), Krukoff 5725 (F, M, MO, NY,<br />
US); Cruzeiro do Sul, 28 Feb 1976 (fr), Ramos & Mota<br />
152 (INPA). Amazonas: Boca do Acre, Purus & Acre<br />
rivers, Lago da Cobra, 19 Sep 1966 (fl), Prance et al.<br />
2425 (F, K, MG, MO, NY, P, U, US).<br />
BOLIVIA. Beni: Prov. Ballivian. Serrania Pil6n Lajas,<br />
300 m, 8-9 May 1991 (st), Killeen et al. 3244 (US); Prov.<br />
Itenez. Road to Puerto El Carmen, 126 km NE of Trinidad,<br />
29 Oct 1993 (fr), Moraes et al. 1360 (LPB, US); Yacuma,<br />
Cuberene river, above San Juan, 200 m, 28 Nov 1991<br />
Isla del Lago Guri, 40 km S of camp, 270 m, 26 Feb 1992<br />
(st), Aymard et al. 10231 (PORT), Aymard et al. 10271<br />
(PORT); Calzeta de la Botella, El Dorado, 100 m, 14 Apr<br />
1957 (bd), Bernardi 6536 (NY); La Paragua forest reserve,<br />
Asa river, Jun 1970 (fr), Blanco 791 (F), 42-50 km from<br />
La Paragua, Jan 1984 (st), Guevara & Rojas 357 (MER);<br />
Represa Guri, 220-250 m, 7 Apr 1981 (fl), Liesner &<br />
Gonzalez 11327 (MO, NY, TFAB, VEN); Botanamo river,<br />
40 SE of Tumeremo, 100 m, 5 Jul 1960 (fr), Little 17598<br />
(MER-3, VEN); Altiplanicie de Nuria, 570 m, 20 Jul 1960<br />
(st), Steyermark 86555 (NY); Pica, La Lira near El Dorado,<br />
220 m, 25 Jul 1960 (fr), Steyermark 86624 (NY, US, VEN);<br />
Cefro Cotorra (El Vigia), 5 Aug 1960 (st), Steyermark 86857<br />
(NY, VEN). Carabobo: Selva de Guaremales, 2 May<br />
1920 (fl), Pittier 8814 (P, M, US, VEN). Delta Amacuro:<br />
Cuyubini river, 100-200 m, 18 Nov 1960 (fr),<br />
Steyermark 87623 (NY, VEN); Guanamo river, 300 m,<br />
22 Nov 1955 (st), Wurdack & Monachino 39719 (NY).<br />
Distrito Federal: Without specific locality, 900 m, 31<br />
Jul 1982 (fr), Manara s.n. (VEN-2). Mir<strong>and</strong>a: Cerros del<br />
Bachiller, 18-20 m, 18-19 Mar 1978 (fl), Steyermark<br />
116373 (VEN). Sucre: Peninsula de Paria, Cerro Patao,<br />
N of Puerto Hierro, NE of Giliria, rocky creek, 350 m,<br />
23 Jul 1962 (fr), Steyermark & Agostini 91248 (K, US,<br />
VEN). Yaracuy: Quebrada El Charal, Aug 1970 (fr),<br />
(st), Seidel et al. 6040 (LPB); Trinidad-Misiones,<br />
Guarayos, 250 m, Sep 1926 (fl), Werdermann 2560 (LPB,<br />
MO, U). La Paz: Prov. Sud Yungas, Alto Beni, concesi6n<br />
of Sapecho Cooperative, 600 m, 16 Nov 1991 (fr), Seidel<br />
et al. 5618 (US), 530 m, 1 Dec 1993 (fr), Seidel & Vaquiata<br />
7496 (LPB, US). Santa Cruz: Buena Vista, 450 m, 15<br />
Oct 1924 (fl), Steinbach 6562 (F).<br />
Blanco 930 (MER, VEN).<br />
TRINIDAD. Without data, 20 Mar 1989 (fl), Anony- 34b. TALISIA HEXAPHYLLA subsp. ELEGANS<br />
mous 3633 (US-2); St. Amis Botanic Gardens, cultivated, Acevedo-Rodriguez, subsp. nov.<br />
15 Apr 1925 (fl), Broadway 5598 (K-3, MO-2); Belmont,<br />
without locality, 26 May 1922 (fl), Broadway 10138 Type. Colombia. Antioquia: Mun. Turbo. Tapon del<br />
(K, NY); St. Clair Royal Botanic Gardens, Apr 1938 (st), Darien road, Rio Leon-Lomas Aisladas area, km 37,<br />
Dean 13326 (K-2); without data, 10 Apr 1861 (fl), disturbed primary forest on soggy soils, 20 m, 28 Feb<br />
Grueger 211 (K-2), 1786-91 (st), von Rohr 98 (MO).<br />
GUYANA. Barima/Waini: Koriabo river, 20 Jul<br />
1934 (fr), Archer 2378 (US). Essequibo Isl<strong>and</strong>s/West<br />
1984 (fl), Br<strong>and</strong> & M. Gonzalez 961 (holotype, COL;<br />
isotypes, HUA, JAUM-2 sheets) Fig. 82a-g<br />
Demerara: Essequibo river, Kamwatta Ck., 31 Jul 1918 A T. hexaphylla subsp. hexaphylla foliolis oblongis<br />
(yfr), Hohenkerk 3a (K). East Berbice/Corentyne: New vel lanceolatis, apicibus longe acuminatis vel caudatis<br />
river, steep slope, 4 Oct 1952 (st), Guppy 361 (NY). Upper differt.
124 FLORA NEOTROPICA<br />
~~~~~~~~ .~~~~~~~~~~~~m<br />
2mm ~ ~ ~ ~ ~ ~ ~ ~ ~ ~~~~~~~~~~ m<br />
Fig. 82. <strong>Talisia</strong> hexaphylla subsp. elegans. A. sterile branch. B. inflorescence. C. staminate flower. D. lateral, abaxial,<br />
<strong>and</strong> adaxial views of petal. E. staminate flower with perianth removed showing disc <strong>and</strong> stamens. F. infructescence.<br />
G. embryo, lateral view. (A, F-G from Br<strong>and</strong> & Cogollo 79; B-E from Br<strong>and</strong> & Lozano 923).
TAXONOMIC TREATMENT 125<br />
Leaflets oblong, lanceolate or seldom nearly elliptic,<br />
the adaxial surface drying grayish, the abaxial surface<br />
drying brownish, tertiary venation reticulate, the apex<br />
long-acuminate to caudate, the base asymmetrical, one<br />
side obtuse, the other rounded. Calyx ca. 5 mm long,<br />
ferruginous-tomentose, the sepals 1.5-2 mm long. Fruit<br />
ellipsoid, minutely sericeous, glabrescent.<br />
The new subspecies differs from the typical subspecies<br />
by the characters shown in the key to subspecies;<br />
the subspecific epithet refers to the elegant foliage.<br />
Phenology. Collected in flower from December to<br />
February, <strong>and</strong> in fruit in May, July <strong>and</strong> October.<br />
Distribution <strong>and</strong> Ecology. (Fig. 84) Known only<br />
from Colombia <strong>and</strong> Panama in primary or disturbed,<br />
seasonally flooded forest.<br />
river <strong>and</strong> mouth of Napo river, 120 m, 16 Jul 1983 (st),<br />
Gentry et al. 43173 (MO); Llachapa, Napo river, 130<br />
m, 20 Jan 1983 (st), Vdsquez & Jaramillo 3770 (MO,<br />
NY); Madre de Dios: Prov. Manu. Parque Nacional del<br />
Manu, Manu river, 350 m, 4 Aug 1984 (fl), Foster 9747<br />
(MO, USM); Prov. Tambopata. Tambopata Reserve, 30<br />
km S of Puerto Maldonado, 260 m, 8 Nov 1984 (fr),<br />
Young & Stratton 135 (MO).<br />
35. TALISIA LAEVIGATA Acevedo-Rodriguez,<br />
BioLlania Edicion Esp. 6: 145. 1997. Type. Ven-<br />
ezuela. Bolivar: La Paragua Forest Reserve, vic.<br />
of Forestry camp "Potreritos", Feb 1970 (fr),<br />
Blanco, C. 652 (holotype, US; isotypes, K, MER,<br />
P, VEN). Fig. 85a-b<br />
Representative specimens examined. PANAMA. Tree to 16 (?)m tall. Stems terete, smooth, glabrous<br />
Without data, 1966 (fr), Bristan 184 (COL). at maturity, light brown. Leaves paripinnate; distal pro-<br />
COLOMBIA. Antioquia: Turbo. Road to Tap6n del<br />
Darien, Rio Leon-Lomas Aisladas sector, km 11, 10-20<br />
m, 20 May 1984 (fr), Br<strong>and</strong> 938 (JAUM); 28 May 1984<br />
(fr), Br<strong>and</strong> 1204 (JAUM), 24 Dec 1983 (fl), Br<strong>and</strong> &<br />
Escobar 713 (JAUM), 24 Oct 1983 (fr), Br<strong>and</strong> &<br />
Gonzdlez 518 (JAUM), km 37, 20 m, 26 Feb 1884 (fl),<br />
Br<strong>and</strong> & Lozano 923 (JAUM); Barranquillita, 2 km after,<br />
80 m, 9 Jul 1981 (fr), Br<strong>and</strong> & Cogollo 79 (COL, HUA,<br />
cess truncate, 2-3 mm long; leaflets 6-1 0, altemate to<br />
subopposite, strongly involute, elliptic, 4.5-9 x 2-3.5<br />
cm, coriaceous, slightly discolorous, involute, glabrous<br />
on both sides, shiny on upper surface, the venation<br />
brochidodromus, prominulous on both surfaces, especially<br />
the midvein, tertiary venation reticulate, inconspicuous,<br />
the apex obtuse, mucronulate, the base ob-<br />
JAUM); Ac<strong>and</strong>i, El Paramo trail, headwaters of La Qui- tuse sometimes asymmetrical <strong>and</strong> decurrent onto the<br />
eta creek, 150 m, 22 May 1989 (fr), Fonnegra et al. petiolule; petiolules pulvinate, 1.5-2 mm long, glabrous;<br />
2795 (HUA, NY).<br />
rachis 4-6.5 cm long, slender, terete to slightly angled,<br />
puberulent; petioles pulvinate at base, 2.5-4 cm long.<br />
34c. TALISIA IEXAPHYLLA subsp. MULTINER-<br />
VIS Acevedo-Rodriguez, subsp. nov.<br />
Thyrses panicle-shaped, to 30 cm long, terminal on<br />
lateral branches; cataphylls minute, acicular, minute,<br />
early deciduous; axes angled, puberulent to tomentulose;<br />
Type. Peru. Loreto: Itaya river, above Iquitos, 14 bracts triangular, early deciduous, ca. 1 mm long; dicha-<br />
Aug 1972 (fr), TB. Croat 19160 (holotype, US; sia seemingly simple <strong>and</strong> sessile; pedicels 1.5-3 mm long,<br />
isotypes, F, MG, MO, NY, USM). Fig. 83a-e articulate at middle. Calyx ca. 2.5 mm long, tomentulose,<br />
A T. hexaphylla subsp. hexaphylla foliolis numerosis,<br />
nervis tertiaris clathratis differt.<br />
Leaflets elliptic or seldom oblanceolate; secondary<br />
veins 18-28 pairs; tertiary veins clatirate, the apex longacuminate<br />
to caudate, the base asymmetrical, one side<br />
obtuse the other rounded.<br />
The new subspecies differs from the typical subspecies<br />
by the characters shown in the key to subspecies.<br />
The subspecific epithet refers to the numerous conspicuous<br />
secondary venation present on leaflets.<br />
the sepals 1.7-2 mm long, ovate, concave, rounded at<br />
apex, ciliate; petals elliptic, ca. 4 mm long, reflexed, papillate<br />
on adaxial surface, glabrous on abaxial surface, the<br />
apex rounded, the base attenuate; appendages erect,<br />
slightly longer than the petal, lanceolate, sericeous-pubescent<br />
on both surfaces, obtuse at apex, adnate at base<br />
along 1/4 of the petal length; disc 5-lobed, glabrous, 0.5<br />
mm tall; stamens 8, the filaments of unequal length, 2-2.2<br />
mm long, glabrous, the anthers ca. 1.7 mm long, oblong-lanceolate,<br />
long-apiculate at apex; ovary not seen,<br />
the stigma elongated, ferruginous-papillate. Fruits (im-<br />
Phenology. Collected in flower in August, <strong>and</strong> in<br />
fruit in November.<br />
Distribution <strong>and</strong> Ecology. (Fig. 84) Known only<br />
from the Departments of Loreto <strong>and</strong> Madre de Dios,<br />
Peru, in lowl<strong>and</strong>, seasonally flooded forest.<br />
mature) obovoid, glabrous, smooth.<br />
<strong>Talisia</strong> laevigata is perhaps closer to T cupularis<br />
Radlkofer than to any other species of <strong>Talisia</strong> since they<br />
share many morphological features. Both species have<br />
coriaceous, slightly discolorous, glabrous leaflets with<br />
pulvinate petiolules. <strong>Talisia</strong> laevigata, however, differs<br />
Representative specimens examined. PERU. from T cupularis by its smaller (4.5-9 cm long) involute<br />
Loreto: Yanamono, Amazonas river, between Indiana (vs. 7-20 cm long <strong>and</strong> flattened, <strong>and</strong> revolute) leaflets,
126 FLORA NEOTROPICA<br />
IT" ~ ~ ~ ~ ~ 1<br />
Fig. 83. <strong>Talisia</strong> hexaphylla subsp. multinervis. A. portion of leaf <strong>and</strong> branch. B. staminate flower. C. lateral <strong>and</strong><br />
adaxial views of petals. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens. E. portion of<br />
infructescence. (A from Gentry et al. 43173; B-D from Foster 9747; E from Young & Stratton 135).
TAXONOMIC TREATMENT 127<br />
sowl 70WI 60W 5dowl 40W<br />
I\)r~~~~~~~~~~~~~I<br />
Fig.m84.Distributif<br />
Talises ssi m<br />
iin<br />
14<br />
A Talsia hxaphylaFis. elegan uto fsece nTlii ugnu aii (npr)<br />
<strong>and</strong> glabrous (vs. hirsute) floral disc. Immature fruits<br />
in T laevigata are completely glabrous, suggesting that<br />
the ovary may have been glabrous too. Under this as-<br />
sumption, Ti cupularis would also differ from T.<br />
laevigata by its hirsute ovaries. Flowers were described<br />
from flower remnants at the base of fruits. The specific<br />
epithet refers to the shiny upper surface of leaflets.<br />
Phenology. Collected in fruit in February.<br />
Distribution <strong>and</strong> Ecology. (Fig 89) Known only,<br />
from the type collection.<br />
Common names. Palo azul, mamoncillo.<br />
36. TALISIA LONGIFOLIA (Bentham) Radlkofer,<br />
Sitzungsber. Math.-Phys. Cl. K6nigl. Bayer Akad.<br />
Wiss Miinchen 8: 348. 1878. Cupania longifolia<br />
Bentham, Hooker's J. Bot. Kew. Gard. Misc. 2: 211.<br />
1850. Type. Brazil. Para: without specific locality, 4<br />
Jul-Aug 1849 (fl), Spruce s.n (lectotype, K, here<br />
designated; isotype, K; frag. at M). Figs. 7, 86a-h<br />
Slender tree or treelet, (3)9-20 m tall (ca. 50 m fide<br />
Bentham), unbranched or with few ascending, sympodial<br />
branches on distal portion. Trunk to 20 cm in diam;<br />
bark brown, with numerous black, protruding lenticels;<br />
inner bark orangish. Distal portion of stem sulcate, glabrous,<br />
lenticellate. Leaves paripinnate, spirally arranged<br />
on distal portion of stem(s); distal process minute, truncate<br />
at apex; leaflets 8-16 (20), opposite or alternate,<br />
elliptic, oblong or less often oblanceolate, coriaceous,<br />
(6.5)11.5-30 (54) x (2.3) 3-8.5 (14) cm, glabrous, the<br />
adaxial surface with prominent midvein, the abaxial<br />
surface with scurfy-like punctations, with prominent<br />
midvein <strong>and</strong> secondary veins, tertiary veins reticulate,<br />
the apex acute to acuminate or less often rounded, the<br />
base inequilateral, one side obtuse the other acute or<br />
attenuate; petiolules 0.5-1 x 0.2-0.7 cm long, conical,<br />
pulvinate; rachis (19) 25-45(60) cm long, glabrous,<br />
triangular at base, trullate <strong>and</strong> sharply angled towards<br />
apex; petioles 30-45 cm long, sharply trigonous, striate,<br />
gradually swollen toward base. Thyrses panicle-shaped,<br />
tenninal or axillary on distal part of branches, 19-50 cm<br />
long, lateral branches to 17 cm long; cataphylls acicular<br />
to subulate, persistent, 1-2 cm long; axes puberulent,<br />
obtusely angled, sulcate; bracts deltate, ca. 1 mm long;<br />
dichasia compound, sessile; pedicels 1-2 mm long, tomentose,<br />
articulate on distal portion. Calyx yellowish<br />
green, 1.2-2.5 mm long, pubescent to tomentulose, the<br />
sepals 0.5-1 mm long, oblong or ovate, concave; petals<br />
white, 2.5-4.5 mm long, oblong to oblong-lanceolate,<br />
appressed-puberulent or pubescent on the lower half<br />
2Q
128 FLORA NEOTROPICA<br />
Fig. 85. <strong>Talisia</strong> laevigata. A. fruiting branch. B. fruit. (All from Blanco 652).
TAXONOMIC TREATMENT 129<br />
cm. 3mm.<br />
Fig. 86. <strong>Talisia</strong> longifolia. A. portion of leaf. B. portion of inflorescence. C. pistillate flower. D. adaxial <strong>and</strong><br />
abaxial views of petal with adnate appendage. E. pistillate flower with perianth removed showing disc, sterile<br />
stamens, <strong>and</strong> pistil. F. infructescence. G. fruit, seed, <strong>and</strong> embryo. H. fruit. (A from Spruce, July 1849; B-E from<br />
Irwin et al. 55885; F-G from Schubert 2234; H from Oldeman 185).
130 FLORA NEOTROPICA<br />
of the abaxial surface, sometimes completely pubes- Station des Nouragues, 25 Jul 1986 (st), Sabatier &<br />
cent, glabrous adaxially, ciliate at margins, rounded at Prevost 2872 (CAY), 26 Jun 1994 (st), Sabatier & Prevost<br />
apex, clawed at base; appendage as long as the petals,<br />
long-triangular, hirsute on the distal half of the adaxial<br />
surface, glabrous abaxially, the base cuneate to clawed;<br />
disc annular, tomentose; stamens 5, the anthers lanceolate,<br />
apiculate, glabrous, 1.2 mm long, the filaments<br />
pilose or glabrous, white, of equal length; ovary<br />
4291 (CAY, US). Bassin de la Camopi: Mont Belvedere,<br />
160 m, 27 Nov 1984 (fr), de Granville 7033 (CTES, CAY,<br />
NY, P, U, US); Camopi river, 12 Feb 1968 (fr), Oldeman<br />
& Sastre 185 (CAY, IAN, NY, P). Basin de L'Inini:<br />
Montagne Bellevue de L'Inini, 600 m, 29 Aug 1985 (st),<br />
de Granville et al. 7899 (CAY, MG, MO, P). Bassin du<br />
Maroni: Gr<strong>and</strong> Inini river, Sai creek, 26 Aug 1970 (bd),<br />
densely appressed- <strong>and</strong> grayish tomentose, the style Oldeman B-3577 (CAY, P); near Village Fourmi, 20 Aug<br />
elongate with an elongated, trilobate, papillate, pinkish 1970 (fl), Oldeman B-3521 (CAY, P, US). Bassin de la<br />
stigma. Fruit usually 1-3-locular, orange-yellow at Waki: Ouaqui river, 4 Jul 1973 (bd), de Granville 4880<br />
maturity, trigonous-ellipsoid, 2-2.5 cm long, puberulent,<br />
the pericarp coriaceous, ca. 2 mm thick, granulose,<br />
the endocarp usually scattered pilose. Seeds ellipsoid,<br />
1 or 2 per fruit; cotyledons superimposed, the upper<br />
cotyledon larger than the lower one.<br />
This species is characterized by its sharply triangu-<br />
(CAY, P). Region de Saul: Monts La Fumee, 200 m, 10<br />
Sep 1982 (st), Boom & Mori 1633 (CAY, NY); Saul,<br />
220 m, 21 Jun 1988 (st), Gentry et al. 63037 (MO, NY).<br />
BRAZIL. Acre: Cruzeiro do Sul, secondary, 23 Feb<br />
1976 (yfr), Monteiro & Damido 606 (MG, INPA).<br />
Amapi: Serra do Navio, along trail from Porto<br />
Terezinha to Reservatorio, 70-300 m, 13 Nov 1954 (fl),<br />
lar petioles <strong>and</strong> lower parts of the rachis; the distal por- Cowan 38296 (IAN, K, NY, P); Vic. of Porto Terezinha,<br />
tion of the rachis is trullate; glabrous foliage; petals that 70 m, 22 Nov 1954 (fl), Cowan 38491 (F-2, US); Mun.<br />
are pubescent or puberulent on lower abaxial one-half;<br />
5 stamens with lanceolate anthers; <strong>and</strong> tomentulose disc.<br />
It is closely related to T marleneana, which has different<br />
flowers (8 stamens with ellipsoid anthers; petals<br />
that are appressed-pubescent abaxially; <strong>and</strong> leaflets that<br />
are elliptic with prominent primary <strong>and</strong> secondary veins.<br />
The specific epithet refers to the long leaves.<br />
Macapa; Riozinho, 122 km NW of Porto Gr<strong>and</strong>e, 1 Jan<br />
1985 (fr), Mori & Souza 17605 (K, NY); Mun. Mazagao.<br />
Jari river, Morro do Felipe V, 23 Oct 1985 (fl), Pires et<br />
al. 696 (INPA, MG-2); Araguari river, 8 Sep 1961 (fl),<br />
M. Pires et al. 50774 (MG-2, NY); Amapari river, 1 Oct<br />
1961 (fl), M. Pires et al. 51412 (IAN); Falsino river,<br />
upstream of confluence with Araguari river, 2 Oct 1983<br />
(fl), Rabelo et al. 2415 (MG, NY, US). Pari. Carapara,<br />
Phenology. Flowers from June to November <strong>and</strong><br />
fruits from July to March.<br />
7 Sep 1908 (fl), Anonymous (MG-9625); Acara. Faz.<br />
Borba Gato vic. of Acara river, 7 Nov 1980 (fr), Daly et<br />
al. 872 (MG, NY); Cagancho creek, ca. 1 km E of dam<br />
Distribution <strong>and</strong> Ecology. (Fig. 89) Known from of Tucurui, 29 Oct 1981 (fr), Daly et al. 1040 (INPA,<br />
Colombia, the Guianas <strong>and</strong> Brazil in moist, non-flooded<br />
forest <strong>and</strong> riverine forest.<br />
K-2, MG, US); Vic. of Tucurui, 7 Nov 1981 (fr), Daly et<br />
al. 1245 (IAN, INPA, K, MG); Belem, Sao Braz, 4 Aug<br />
1895 (fl), Huber 9 (MG-2); Belem-Brasilia road, km 98,<br />
Common names. Brazil: Pitomba brava; Colom- 6 Aug 1963 (fl), Maguire et al. 56031 (MO-2, NY, US);<br />
bia:jicacara; French Guiana: gaulette, gaulette indien, Tome A9u, vic of Ipiranga creek, 3 Jan 1978 (fr),<br />
paicoussa.<br />
Nascimento 418 (K, MG); Cachoeira, km 96, 29 Oct<br />
1965 (fr), Prance & Pennington 1787 (F, IAN, K, M,<br />
Representative specimens examined. COLOMBIA. NY, US); Vic. of Paragominas, Bel6m-Brasilia hwy., km<br />
Amazonas: Caqueta river, W of Cafio Paujil, 30 Nov 161, 28 Aug 1964 (fr), Prance & Silva 58919 (F, NY,<br />
1988 (st), Sanchez et al. 1814 (COAH).<br />
US); Belem, Dec 1965 (fr), Schubert 2234 (K, IAN, US);<br />
SURINAM. Brokopondo: Brownsweg, 9 Sep 1917 Santarem, km 70 along road to Palhao, vic of Guarana<br />
(fi), Wessels Boer 3227 (K-2, MO, NY). Marowijne:<br />
Tumuc Humac Mts., 300 m, 16 Aug 1993 (fl), Acevedo<br />
R. et al. 6053 (CAY, F, K, NY, P, US), 600 m, 18 Aug<br />
1993 (fl), Acevedo R. et al. 6080 (CAY, K, MG, MO,<br />
creek, 9 Sep 1969 (fl), Silva & Souza 2524 (K, MG, MO,<br />
NY, US), km 35 on road to Palhao, vic of Curupira creek,<br />
4 Sep 1969 (fr), Silva & Souza 2500 (MG, NY, US).<br />
NY, P, US), w of Talouaken Peak, 600 m, 23 Aug 1993<br />
(fl), Acevedo R. et al. 6127 (CAY, K, MG, NY, US). 37. TALISIA MACROPHYLLA (Martius)<br />
Nickerie: Zuid river, near confluence with Lucie river, Radlkofer, Sitzungsber. Math.-Phys. Cl. K6nigl.<br />
220-250 m, 20 Sep 1963 (fl), Irwin et al. 55885 (F-2, BayerAkad. Wiss Miinchen 8: 347. 1878. Cupania<br />
NY-2,.US-2). Saramacca: Tafelberg, Table Mts., 17 Sep<br />
1944 (fl), Maguire 24797 (K-2, NY, US-2).<br />
FRENCH GUIANA. Bassin de L'Approuague:<br />
Confluence of Alice & Tampok creeks, 24 Mar 1977<br />
(fr), Moretti 658 (CAY-2); Parepou creek, 25 Sep 1968<br />
(fl), Oldeman B-1883 (CAY, P, US); Approuague river,<br />
28 Jan 1967 (fr), Oldeman 2390 (CAY, NY, P); Arataye<br />
river, Feb 1969 (fr), Oldeman 2994 (CAY, IAN, NY, P);<br />
macrophylla Martius, Flora 21, Suppl.: 74. 1838.<br />
Type. Brazil. Bahia: Ilheus, 1819 (fl), Luschnath<br />
s.n. (Martius 483) (holotype, M-2 sheets, photo at<br />
US; isotype M). Fig. 87a-e<br />
<strong>Talisia</strong> elephantipes S<strong>and</strong>with, J. Bot. 78: 256. 1940.<br />
Type. Guyana. Cuyuni river, 20 Jul 1933 (fl),<br />
Tutin 405 (holotype, BM; isotypes, K, US).
TAXONOMIC TREATMENT 131<br />
Fig. 87. <strong>Talisia</strong> macrophylla. A. leaf <strong>and</strong> detail of leaflets. B. detail of dichasium. C. adaxial view of petal with<br />
adnate appendage. D. staminate flower with perianth removed showing disc <strong>and</strong> stamens (left) <strong>and</strong> pistillode (right).<br />
E. infructescence. (A from Acevedo R. et al. 4967; B-D from Mori & Pipoly 15533; E from Acevedo R. et al. 4967).
132 FLORA NEOTROPICA<br />
<strong>Talisia</strong> allenii Croat, Ann. Missouri Bot. Garden 63:<br />
527. 1976. Type. Panama. Darien: Tiura river,<br />
between Punusa & Mangle rivers, 1 Oct 1967<br />
(fl), Duke, J.A. 14578 (holotype, MO; isotype,<br />
PMA, n.v.).<br />
<strong>Talisia</strong> pentantha Steyermark, Ann. Missouri Bot.<br />
Gard. 75: 1075. 1988. Type. Venezuela. Bolivar:<br />
entire; disc annular, 5-lobed, glabrous or puberulent,<br />
0.4-0.5 mm tall; stamens 5, the filaments of equal length<br />
or slightly unequal, 1-2.2 mm long, glabrous or less<br />
often puberulous, the anthers 1.1-1.4 (2) mm long,<br />
oblong, oblong-lanceolate to linear, glabrous, apiculate<br />
at apex; ovary glabrous, the stigma elongate, nearly<br />
Gran Sabana, Canaima, W of Avensa Camp, gal- terete, papillate. Fruits 1(2)-seeded, ellipsoid to globose,<br />
lery forest on terra firme, 500 m, 4 Oct 1974 green, glabrescent, smooth, 1.7-3 x 1.1-3 cm, rounded<br />
(bd), Ehrendorfer 74104-23 (holotype, VEN). at apex, shortly apiculate, the pericarp 0.9 mm thick.<br />
<strong>Talisia</strong> sancarlosiana Steyermark, Ann. Missouri Bot. Seeds ellipsoid, to 1.5 cm long. Embryo with cotyledons<br />
Gard. 75: 1075. 1988. Type. Venezuela. Amazonas:<br />
superimposed, of equal size.<br />
Between San Carlos & Solano, 11-17 Mar 1970<br />
<strong>Talisia</strong> macrophylla seems to be closely related to<br />
(fl), Marcano Berti & P. Alcedo 119-979 (holotype,<br />
MER).<br />
T carinata. However, T macrophylla differs from T<br />
carinata by the following characters: leaflets larger; se-<br />
Treelet, 4 to 12 (25) m tall; trunkto 15 cm in diam. pals ovate-deltate (vs. ovate); petals smaller, oblong,<br />
Branches terete, smooth, minutely lenticellate, glabrous. abaxially glabrous <strong>and</strong> truncate at base (vs. elliptic, seri-<br />
Leaves paripinnate; distal process 2-3 mm long, trun- ceous <strong>and</strong> attenuate at base); disc glabrous (vs. tomencate<br />
at apex; leaflets (6)8-16(30), alternate, opposite or tose); filaments glabrous <strong>and</strong> shorter than the anthers;<br />
subopposite, oblong to elliptic, 10-45 x 3.7-13, chart- (vs. tomentose <strong>and</strong> longer than the anthers); anthers<br />
aceous to sub-coriaceous, glabrous, the adaxial surface oblong (vs. lanceolate); <strong>and</strong> fruits smooth (vs. granulose).<br />
with prominulous, plane or slightly sunken primary <strong>and</strong> <strong>Talisia</strong> macrophylla looks vegetatively similar to T<br />
secondary veins, the abaxial surface with prominent, cerasina (Bentham) Radlkofer. However, T macrophylla<br />
primary <strong>and</strong> secondary veins, the venation brochido- can be distinguished by its nearly sessile dichasia,<br />
dromus, with secondary veins alternate or subopposite, smaller flowers (corolla ca. 3 mm long, vs. 5 mm long)<br />
arching, tertiary veins reticulate, the margins undulate, with 5 stamens (vs. 8 stamens), <strong>and</strong> glabrous ovaries<br />
the apex obtuse, acuminate or seldom long-acuminate (vs. sericeous). In addition, leaflets of T macrophylla<br />
<strong>and</strong> mucronate, the base asymmetrical to strongly asym- are less strongly asymmetrical basally than those of T<br />
metrical, obtuse-cuneate, to nearly rounded (then one cerasina. Leaflets of <strong>Talisia</strong> macrophylla differ from<br />
side higher than the other, tapering into the petiolule; those of large-leaved T nervosa by having lower secpetiolules<br />
pulvinate, 4-12(35) mm long, glabrous, ob- ondary veins that do not form a closed loop at margins<br />
long-conical, canaliculate; rachis reddish or dark brown (all secondaries forming a closed loop). The specific<br />
20-58 (115) cm long, obtusely to narrowly rhombic epithet refers to the large leaflets of this species.<br />
distally, nearly terete <strong>and</strong> striate at base, glabrous, shiny,<br />
smooth; petioles terete, 27-37 cm long, gradually swol-<br />
Phenology. Flowers <strong>and</strong> fruits throughout the year.<br />
len toward base. Thyrses axillary, panicle-shaped, Distribution <strong>and</strong> Ecology. (Fig. 89) From Costa<br />
terminal on distal portion of main stem <strong>and</strong> branches, Rica to Colombia, Venezuela, Peru, French Guiana, <strong>and</strong><br />
28-35 (100) cm long, the secondary branches 18(35) Brazil. In lowl<strong>and</strong>, moist, primary or disturbed, terra<br />
cm long; cataphylls acicular, glabrous, reddish brown firme, varzea or igapo forests, caatinga on s<strong>and</strong>y soil<br />
5-8 mm long, in groups of 5 or 6; axes angled, sulcate, <strong>and</strong> palm swamp forest.<br />
sparsely puberulent; bracts nearly triangular-lanceolate,<br />
Common names <strong>and</strong> uses. Brazil: Pitomba do mato,<br />
persistent, 1-2 mm long; dichasia simple or compound,<br />
pitomba, pitombarana. Costa Rica: huesillo. French<br />
nearly sessile to shortly pedunculate; pedicels 0.3-0.7 mm<br />
Guiana: bois-flambeau. Panama. Choco: yarrepatado;<br />
long, articulate near the middle to just below the flower,<br />
fruits are said to be eaten by local people. Peru. Pasco:<br />
usually pinkish when immature, green at anthesis. Calyx<br />
copal rosado de hoja gr<strong>and</strong>e. Venezuela: cafecillo,<br />
pinkish in immature flowers, green at anthesis, 1.2-2.2<br />
sangre de lapa.<br />
(3) mm long, puberulent, the sepals 1.5-2.5 mm long,<br />
concave to nearly keeled, ovate-deltate to lanceolate, Representative specimens examined. COSTA<br />
obtuse or rounded at apex, the margins sometimes cili- RICA. Puntarenas: Palmar Norte, trail to Buenos Aires,<br />
ate with simple or gl<strong>and</strong>ular hairs; petals oblong or 830 m, 17 Feb 1951 (fl), Allen 5917 (F, US); Along road<br />
between Rinc6n & Osa, 150-260 m, 3 Mar 1985 (fl),<br />
oblong-lanceolate, 3-3.7(5) mm long, reflexed at an-<br />
Croat & Grayum 59760 (NY); Aguabuena, 3.5 km W<br />
thesis, papillate on adaxial surface, glabrous on abaxial<br />
of Rinc6n, 350 m, 18 Nov 1992 (st), Thomsen 675 (C).<br />
surface, rounded at apex, cuneate at base; appendages PANAMA. Without locality, 1967 (fr), Bristan 1511<br />
a little shorter than the petals, lanceolate, erect, villose (MO-2).<br />
on adaxial surface, papillate or glabrous on abaxial sur- COLOMBIA. Amazonas: Caqueta river, 3 km upface,<br />
sometimes with appressed hairs at base, the apex stream from Sumaeta isl<strong>and</strong>, 200-300 m, 5 Apr 1990 (fr),
TAXONOMIC TREATMENT 133<br />
Alvarez et al. 286 (NY); Igara-ParanA river, 15 km down- 3253 (CAY). Bassin de L'Oyapock: Roche Touatou, 120<br />
stream of La Chorrera, 7 May 1975 (fr), Idrobo 8091 m, 23 May 1995 (fr), Cremers & de Granville 14113<br />
(COL); Apaporis river, between Pacoa & Kananari rivers, (CAY, US). Bassin de la Yaloupi: Yaroupi river, vic. Saut<br />
Soratama, 250 m, 21 Jun 1951 (fr), Schultes & Cabrera Tainoua, 16 Apr 1970 (fl), de Granville 371 (CAY, P).<br />
12767 (US); Caqueta' river, north margin in front of Ile de Cayenne: without specific locality, Jul 1824 (fr),<br />
Mariname, Jul 1989 (st), Urrego et al. 887 (COHA). Poiteau s.n. (K). Piste de Saint Elie: Station Biologique<br />
Antioquia: Mun. Turbo. Turbo. Along Tap6n del Darien ORSTOM, 3 May 1992 (st), Acevedo R. 4885 (CAY).<br />
road, between Rio Le6n & Lomas Aisladas, 10-20 m, 25 Region de Saul: Route de Belizon, 2-4 km S of Eaux<br />
Oct 1983 (fr), Br<strong>and</strong> & Gonzalez 529 (COL-2, HUA); Claires, 160 m, 20 May 1992 (fr), Acevedo R. et al. 4967<br />
Along Tap6n del Darien road, between Rio Le6n & Lomas (CAY, NY, US); Eaux Claires, Sentier Botanique, ca. 200<br />
Aisladas, 10-20 m, 27 Nov 1983 (fr), Br<strong>and</strong> & Narvaez m from entrance, 25 May 1992 (fr), Acevedo R. et al.<br />
622 (JAUM), 15 Jan 1985 (fr), Br<strong>and</strong> et al. 1313 (JAUM); 5030 (NY, US); Saul. 220 m, 20 Jun 1988 (st), Gentry<br />
Cerro del Cuchillo, 14 Sep 1987 (fl), Cardenas 485 et al. 62957 (MO, NY); Eaux Claires, Sentier Botanique,<br />
(MEDEL); Uraba. Villa Arteaga, 50 m, 16-20 Feb 1953 250 m, 1 Feb 1990 (fl), Mori & Gracie 21079 (CAY,<br />
(fr), Schultes & Cabrera 18660 (US). Caqueth: Araracuara, NY); Monts La Fumee West, 200-400 m, 6 Apr 1983<br />
28 Jan 1989 (fl), Gentry et al. 65295 (MO); Cartagena, 20 (fl), Mori & Pipoly 15533 (CAY, MO-2).<br />
Apr 1953 (fr), Romero C. 4029 (COL). Choc6: Quibd6- ECUADOR. Carchi: Tulcan. Reserva Etnica Awa,<br />
Istmia road, between Yuto & Certegui, 11 Sep 1976 (fl), Canumbi river, 1150 m, 19-28 Feb 1993 (fl), Grijalva<br />
Forero & Jaramillo 2758 (COL); Quibdo-Tutunendo road, et al. 556 (US). Esmeraldas: Eloy Alfaro. Reserva<br />
ca. 3 km W of Tutunendo, 80 m, 6 Jan 1981 (st), Gentry et Cotacachi-Cayapas, Santiago river, 250 m, 23-27 Oct<br />
al. 30216 (MO); Sucio river, Parque Natural Los Katyos, 1993 (fr), Tirado et al. 552 (US), 28-31 Oct 1993 (fr),<br />
170-250 m, 18 Nov 1976 (fl, fr), Le6n 425 (COL, MO), Tirado et al. 683 (US).<br />
80-100 m, 9 Dec 1976 (fr), Le6n 721 (COL, MO). Guania: PERU. Loreto: Puerto Almendras, 130 m, 22 Feb<br />
Outskirts of San Felipe, 120 m, 8 Apr 1984 (st), Gentry & 1979 (st), Gentry et al. 24875 (MO); Explorama Inn,<br />
Stein 46473 (MO). Valle: Bajo Calima Concession, ca. 20 ca. 2 km W of Indiana on Amazonas river, 130 m, 12<br />
km n of Buenaventura, 50 m, 10 Jul 1987(st), Faber- Feb 1987 (st), Gentry et al. 55700 (MO); Mom6n river,<br />
Langendoen & Renteria 1258 (MO), 300 m, 27 Jun 1988 ca. 1 km above junction with Nanay river, 12 Jan 1976<br />
(st), Faber-Langendoen & Hurtado 1496 (MO). (fl), McDaniel & Rimachi 20424 (K); Vic. of Iquitos,<br />
VENEZUELA. Amazonas: Dpto. Casiquiare. Guainia. 120 m, 1977 (fl, yfr), Revilla 3596 (K, MO); Estacion<br />
Along road from Maroa to Yavita, ca. 700 m from Yavita, Biol6gica Rio Blanco, 150 m, 21 Sep 1985 (fr), Vasquez<br />
19 Feb 1998 (yfr), Acevedo R. et al. 10242 (PORT, US); et al. 6773 (MO); Puerto Almendras, 122 m, 25 Sep 1985<br />
Dpto. Atabapo. Upper Orinoco river, 35 km SE of La (st), Visquez & Jaramillo 6815 (MO); Vic. of Sucusari<br />
Esmeralda, 180 m, 16 Feb 1990 (fr), Aymard & Delgado along Napo river, 130 m 21 Feb 1989 (fl), Vdsquez &<br />
7915 (PORT, US); Vic. of Yavita, 125-140 m, 6-9 Jul Jaramillo 11807 (MO); Iquitos. Iquitos-Nauta road, 150<br />
1969 (fr), Bunting et al. 3827 (U); Mawarinuma river, m, 7 Apr 1989 (fr), Vasquez et al. 12008 (US); Yanamono-<br />
140 m, 22 Apr 1984 (st), Gentry & Stein 46857 (MO); Explorama Lodge, 108 m, 14 Feb 1990 (fr), V4squez et<br />
San Carlos de Rio Negro, ca. 20 km S of confluence of al. 13475 (US); Santa Maria de Nanay, Mishana, 5 Sep<br />
Rio Negro <strong>and</strong> Casiquiare rivers, 120 m, 5 May 1979 1990 (st), Vasquez et al. 14297 (MO). Pasco: Shirigamazu,<br />
(fr), Liesner 7222 (MO); Dpto. Atures. 5-8 km NW of ca. 20 km S of Iscozacin, Palcazu river Valley, 300 m, 6<br />
Yutaje, 700-1000 m, 10 Mar 1987 (bd), Liesner & Jul 1988 (st), Gentry et al. 63320 (MO). San Martin:<br />
Holst 21840 (MO). Bolivar: Sifontes; Concesion Juan Jui. Upper Huallaga river, 400-800 m, Apr 1936<br />
Minera Cristina Cuatro, 180 m, 11 Aug 1985 (fr), (fl), Klug 4303 (F, MO, US); San Martin. Chazuta; ridge<br />
Aymard et al. 4154 (MO, NY); Rauil Leoni, 230 m, 3 to W of Quebrada Chazuta, 200-300 m, 21 Sep 1986<br />
Nov 1988 (fr), Aymard & Fern<strong>and</strong>ez 7327 (MO, PORT). (fr), Knapp 8351 (F, MO); Campanilla, San Eliseo, 395<br />
Distrito Federal: Tributary of Camuri Gr<strong>and</strong>e river, 1140 m, 19 Aug 1970 (fr), Schunke V 4275 (F, MO, NY, US);<br />
m, 20-22 May 1992 (bd), Meier et al. 2306 (VEN). Prov. Mariscal Caceres, 3 Sep 1970 (fl), Schunke V 4318<br />
GUYANA. Without Specific locality. Along Bartica- (F-2, MO, NY, P, US-2); Tocache Nuevo, Puerto Pizana,<br />
Potaro road, 26 Oct 1947 (fr), Fanshawe 2718 (K-2, NY- 2 Jan 1971 (fr), Schunke V 4613 (IAN, K, MO, NY, US);<br />
2, US-2). Upper TakutulUpper Essequibo: Chodikar creek Huinguillo, 500 m, 3 Mar 1962 (fl), Woytkowski 7172<br />
bank, ca. 300 m, 24 Nov 195? (st), Guppy 674 (NY). (MO-2, US), 3 Mar 1962 (fl), Woytkowski 7173 (MO-2).<br />
SURINAM. Marowijne: Tumuc Humac Mts. BRAZIL. Amaph: Maraca, 7 May 1982 (yfr), Rosa &<br />
Talouaken, 330 m, 8 Aug 1993 (fr), Acevedo R. et al. Martins 4324. (MG). Amazonas: Barcelos, Dermini river,<br />
5935 (CAY, K, US), 26 Aug 1993 (fr), Acevedo R. et al. 100 m, 10 Aug 1996 (st), Acevedo R. et al. 8218 (US);<br />
6145 (CAY, K, US).<br />
Manaus-Itacoatiara road, km 26, 3 Jun 1998 (fr), Assunado<br />
FRENCH GUIANA. Bassin de L'Approuague: 854 (US); Manaus-Itacoatiara road, km. 104, 15 Apr 1968<br />
Approuague river, Saut Parare, 13 Feb 1981 (fr), Barrier (fl), Bayron 68-111 (INPA); Mun. Barcelos, along Araci<br />
& Feuillet 2589 (CAY). Bassin de la Comtk: Montagne river, ca. Foz do Rio Jauri, riverside, 4 Jul 1985 (fr),<br />
Tortue, km 25 along Route de Belizon, 23 Apr 1992 Cordeiro 151 (NY); Serra de Araca, 15 Jul 1985 (fr),<br />
(fr), Acevedo R. et al. 4828 (CAY, US). Bassin du Cordeiro 215 (NY, US); Mun. Tonantins, Vila Velha,<br />
Maroni: Itani river, 16 Apr 1977 (fl), Moretti 715 (CAY); Tonantins river, 15 minutes upstream by motorboat from<br />
Gr<strong>and</strong> Inini river, 13 Jul 1990 (st), Sabatier & Prevost confluence with Solimoes river, 18 Nov 1986 (fr), Daly et
134 FLORA NEOTROPICA<br />
al. 4345 (NY); Upper Rio Negro, 19 Nov 1929 (fl), Ducke<br />
s.n., herb 25218 (RB, U); Manaus, 27 Apr 1932 (fl), Ducke<br />
s.n. (RB 25219); Mun. Pres. Figueredo, Balbina hydroelectric,<br />
9 Mar 1986 (fl), C. Ferreira et al. 6676 (INPA, K,<br />
US); Uatuma river, 22 Mar 1986 (fr), C. Ferreira et al.<br />
6952 (INPA, NY); Mun. Sao Paulo de Olivenca, along road<br />
to Bom Fim, 25 Nov 1986 (fl), C. Ferreira et al. 8565<br />
(INPA, US); Mun. Atalaia do Norte, 18 Feb 1989 (bd), C.<br />
Ferreira et al. 9865 (NY); Curuca river, 5 km from<br />
confluence with Javari river, 1-18 Jan 1989 (fr), C. Ferreira<br />
et al. 9970 (NY); Mun. Borba. Transamazonica hwy., 1-<br />
5 km upstream from Sucunduri, 9 May 1985 (st),<br />
Henderson et al. 415 (INPA, MG, MO, NY, US); Manaus,<br />
Arara river, 26 Apr 1973 (fr), Loureiro et al. s.n. (INPA-<br />
37737); Rio Negro, close to Arara river, 29 Apr 1973 (fr),<br />
Loureiro et al. s.n. (INPA-37878, US); Road to Aleixo km<br />
7, 14 Mar 1956 (fl), Mello & Coelho s.n. (INPA-3597),<br />
Mello & Coelho s.n. (INPA-3599), Manaus, 19 Mar 1956<br />
(fl), Mello & Coelho s.n. (INPA-3634); Mun. Manacapuru.<br />
Manacapuru lake, 2 Apr 1976 (fl), Mello & Mota 47 (INPA,<br />
MG); Manaus-Porto Velho road, km 220, 28 Apr 1976<br />
(fl), Monteiro & Ramos 985 (INPA); Reserva Ducke 11<br />
Jan 1977 (st), Nascimento 392 (INPA); Serra de Araca, 4<br />
Mar 1984 (fr), Pipoly & Cress 6797 (INPA, NY, US),<br />
middle slopes of western massif, 20 Jul 1985 (fr), Prance<br />
& Cordeiro 29706 (INPA, MG, MO, NY, US); Manaus-<br />
Itacoatiara road, Km 8, Colonia Santo Ant6nio, 8 Sep 1966<br />
(fr), Prance et al. 2216 (K, MG, NY); Road to Aleixo, km<br />
19, 30 Mar 1967 (st), Prance et al. 4716 (US-2); Manaus-<br />
Itacoatiara road, km 211, 30 May 1968 (fr), Prance et al.<br />
4906 (F, K-2, INPA, MG, NY, US); Manaus-Igarape Leao<br />
road, 5 km from Manaus-Caracarai road, 26 Jan 1971 (fl),<br />
Prance et al. 11458 (K-2, NY, US); Ituxi river, vicinity of<br />
Boca do Curuquete, 10 Jul 1971 (fl), Prance et al. 14085<br />
(NY); Reserva Ducke, 17 Apr 1962 (fr), Rodrigues &<br />
Chagas 4399 (INPA); Cachoeira do Taruma, 26 Jul 1961<br />
(fr), Rodrigues & Lima 2242 (INPA); Rio Preto, 30 Jan<br />
1962 (fl), Rodrigues & Lima 4159 (INPA); road to Ponta<br />
Negra, Hotel Tropical, along Rio Negro, 26 Mar 1993 (fl),<br />
Rodrigues et al. 11089 (US); Serra de Aracia south of the<br />
central portion, 60 m, 20 Mar 1984 (fl), Rodrigues et al.<br />
10562 (INPA, NY); Road to Aleixo, 26 May 1972 (fl),<br />
Silva et al. 103 (INPA-2); Jauari river after Pretinho creek,<br />
4 Jul 1985 (fr), Silva 268 (NY-2); Between Castanho <strong>and</strong><br />
Araca rivers, 13 Jul 1972 (fr), Silva et al. 626 (INPA); Rio<br />
Icana, Nazare, 10 May 1973 (fr), Silva et al. 1470 (INPA-<br />
2); Manaus-Itacoatiara road, km 26, 19 Jun 1997 (fr), de<br />
Souza 380 (US). Pari: Tucurui, without specific locality,<br />
11 Nov 1980 (fr), Lisboa et al. 1560 (MG, NY); Tapaj6s,<br />
km 183 along road Torquato-Tapajos, 5 Apr 1975 (fr),<br />
Loureiro et al. s.n. herb. 48443 (INPA); Mun. Oriximina,<br />
along road BR-163, vic. Cumina-Mirim river, 60 m, 3 Jun<br />
1980 (fr), Martinelli et al. 6761 (INPA); Basin of Xingu<br />
river, just downstream from mouth of Bacaja river, 28 Nov<br />
1980 (fl), Prance et al. 26521 (MG, US); Jari. Road to<br />
Munguba, 21 May 1969 (st), Silva 2010 (IAN, K, NY);<br />
Porto Trombetas, Ilha do Carana, 3 Mar 1986 (fl), Soares<br />
105 (INPA). Rondonia: Serra Pacaas Novas, westernmost<br />
hill, 175 m, 9 Apr 1987 (bd), Nee 34702 (NY); Basin of<br />
Madeira river, track from Mutuparana to Madeira river,<br />
30 Nov 1968 (fl), Prance et al. 9009 (F, K, M, MG, US).<br />
Roraima: Vic. Uaica, airstrip, Uraricoeira river, 1 Mar 1971<br />
(st), Prance et al. 10802 (K, MO, NY, P, U, US), Vic. of<br />
Uaicd, 1 Mar 1971 (fl), Prance et al. 10810 (INPA, K, M,<br />
MG, MO, NY, P, US).<br />
38. TALISIA MARLENEANA (G. Guarim Neto)<br />
Acevedo-Rodriguez, stat. nov. <strong>Talisia</strong> mollis var.<br />
marleneana G. Guarim Neto, Acta Amazonica 13:<br />
497. 1983. Type. Brazil. Para: Pocoes, Oriximina',<br />
12 Jun 1957 (fl), WA. Egler 585 (holotype, MG).<br />
Figs. 16c-d, 88a-h<br />
Slender tree or treelet, 1.5-7 m tall, unbranched or<br />
with few ascending, sympodial branches on distal por-<br />
tion. Trunk 2.5-8 cm in diam. Distal portions of stem<br />
nearly terete, smooth, puberulent. Leaves imparipinnate,<br />
spirally arranged on distal portions of stem(s); distal<br />
process early deciduous leaving a truncate patch at apex;<br />
leaflets 3-15 alternate or opposite, elliptic or oblong,<br />
chartaceous, 12-35.5 x 6-13 cm, glabrous, the adaxial<br />
surface with prominulous midvein <strong>and</strong> sunken secondary<br />
veins to produce a weakly bullate lamina, the abaxial<br />
surface with prominent midvein, secondary <strong>and</strong> tertiary<br />
veins, tertiary veins reticulate, the apex acuminate, the<br />
base inequilateral, one side rounded the other obtuse;<br />
petiolules to 8 mm long, pulvinate (conical), drying dark<br />
brown; rachis 20-75 cm long, glabrous, triangular at<br />
base, trullate <strong>and</strong> sharply angled towards apex; petioles<br />
17-35 cm long, sharply triangular, striate, gradually<br />
swollen toward base. Thyrses panicle-shaped, terminal<br />
or axillary on distal part of branches, or less often<br />
cauliflorous, 11-30 cm long; cataphylls acicular, minute;<br />
axes puberulent to nearly glabrous, obtusely to sharply<br />
angled, sulcate; bracts <strong>and</strong> bracteoles deltate, 0.5-1 mm<br />
long, tomentulose; dichasia compound, sessile; pedicels<br />
1.5-2 mm long, tomentulose, articulate above the middle.<br />
Calyx cream-colored, 1.5-2.7 mm long, pubescent, the<br />
sepals 1-1.5 mm long, ovate, concave; petals white,<br />
3.5-5 mm long, lanceolate, abaxially appressed-pubescent,<br />
adaxially papillate, obtuse at apex, cuneate at base;<br />
appendage slightly shorter than the petals, triangular,<br />
adaxially sericeous, abaxially glabrous or papillate; disc<br />
annular, tomentose; stamens 8, the anthers lanceolate,<br />
apiculate at apex, glabrous, 1-1.3 mm long, the filaments<br />
glabrous, of equal or slightly unequal lengths, 1.2-1.4<br />
mm long; ovary ferruginous-sericeous, the stigma elongated,<br />
capitate, papillate. Fruit 1-locular, orange-yellow<br />
at maturity, ellipsoid, glabrescent, granulate, 2-2.5 cm<br />
long, the pericarp coriaceous, ca. 1 mm thick, the endocarp<br />
usually glabrous. Seeds ellipsoid, 1 or 2 per fruit.<br />
Embryo with cotyledons superimposed, the upper cotyledon<br />
larger than the lower one.<br />
This species is characterized by its sharply triangular<br />
petioles <strong>and</strong> lower parts of rachises; distal portion<br />
of the rachis trullate; essentially glabrous foliage; pet-
TAXONOMIC TREATMENT 135<br />
Fig. 88. <strong>Talisia</strong> marleneana. A. leaf. B. flowering branch. C. flower. D. adaxial <strong>and</strong> abaxial views of petal with<br />
adnate appendage. E. staminate flower with perianth removed showing disc, stamens, <strong>and</strong> detail of stamen. F. pistil-<br />
late flower with perianth removed showing disc, sterile stamens, <strong>and</strong> pistil (left) <strong>and</strong> l.s. same showing detail of sterile<br />
stamen (right). G. portion of infructescence. H. dorsal-lateral view of embryo. (A-F from Acevedo R. et al. 81S0;<br />
G-H from Prance et al. 24727).
136 FLORA NEOTROPICA<br />
NW.[ 5-w^ SOW -, ?~ 70w 4-W<br />
Om<br />
l --.,, f<br />
Al<br />
* Tai l,aeXv;gata<br />
* <strong>Talisia</strong> marleneana<br />
Fig. 89. Distribution of species in <strong>Talisia</strong> subgenus <strong>Talisia</strong> (in part).<br />
als appressed-pubescent on abaxial surface; stamens 8<br />
with lanceolate anthers; <strong>and</strong> disc tomentose. The species<br />
is closely related to T longifolia, however, it differs<br />
from it by its chartaceous, dull, elliptic or oblong,<br />
sub-bullate (vs. coriaceous, lustrous, narrow elliptic to<br />
oblanceolate, flattened) leaflets with abaxially smooth<br />
surface <strong>and</strong> prominent tertiary veins (vs. surface with<br />
scurfy-like punctations <strong>and</strong> tertiary veins not prominent<br />
or only slightly so). The specific epithet honors Dra.<br />
Marlene Freitas da Silva from the Instituto Nacional de<br />
Pesquisa da Amaz6nia, Brazil.<br />
Phenology. Flowers from April to November <strong>and</strong><br />
fruits from July to February.<br />
Distribution <strong>and</strong> Ecology. (Fig. 89) Known only<br />
from the Brazilian states ofAmazonas <strong>and</strong> Para, in non-<br />
flooded, moist, terra firme <strong>and</strong> igapo forests.<br />
Common names. Brazil: pitomba,pitomba da mata.<br />
Representative specimens examined. BRAZIL.<br />
AmapA: Falsino river, ca. 10 km upstream from con-<br />
fluence with Araguari, 29 Sep 1987 (fl), Pruski et al. 3311<br />
(NY). Amazonas: Upper Rio Negro, W of Romao, along<br />
Araca river, 120 m, 9 Aug 1996 (fl), Acevedo R. et al.<br />
8150 (INPA, US); Pitinga river, 28 Sep 1979 (fr), C.<br />
Ferreira et al. 888 (INPA, NY); Mun. Presidente<br />
Figueredo. Balbina, 16 Aug 1986 (fr), Freitas et al. 276<br />
(INPA); Urubui river, between Iracema falls & Manaus-<br />
Itacoatiara road, 8 Jun 1968 (fl), Prance et al. 5092 (K,<br />
NY). Park: Itaituba. Santarem-Cuiaba' road, km 1208,<br />
Serra Mazi, 18 May 1983 (fl), Amaral et al. 1296 (INPA,<br />
MG); Altamira, 22 Jul 1971 (fr), Cavalcante & Silva<br />
2775 (MG); Boa Vista, Tapaj6s river, May-Jun 1929 (fl),<br />
Dahlgren & Sella 120 (F); Oriximini-Obidos road, 55<br />
km from Oriximina, 50 m, 5 Jun 1980 (fl), Davidson &<br />
Martinelli 10073 (INPA, K, MG, NY, US); Faro, 26 Aug<br />
1907 (fr), Ducke 8507 (MG); Ilha Salgado, castanhal, 24<br />
Nov 1907 (st), Ducke 8886 (MG); Oriximina. Trombetas<br />
river, Erepecu lake, 18 Jul 1980 (fr), C. Ferreira et al.<br />
1637 (INPA, NY), 18 Jul 1980 (fr), C. Ferreira et al. 1655<br />
(INPA); Porto Trombetas, 29 Aug 1980 (fr), C. Ferreira<br />
et al. 1892 (INPA, NY); Paru do Oeste river, 10 Sep 1980<br />
(fr), C. Ferreira et al. 2359 (INPA); Oriximina--6bidos,<br />
vic. of Cumina-Mirim river, 14 Sep 1980 (fr), C. Ferreira<br />
et al. 2499 (MG, MO, NY, US); Oriximini-6bidos road,<br />
55 km from Oriximini, 50 m, 5 Jun 1980 (fl), Martinelli<br />
6791 (INPA, MG, NY, US); Ilha de Breu, 19 Sep 1965<br />
(fr), Prance et al. 1355 (IAN, K, NY, US), 27 Sep 1965<br />
(fr), Prance et al. 1482 (F, IAN, NY, US); Altamira-<br />
Itaituba road, 31 Oct 1977 (fr), Prance et al. 24727 (MG,<br />
MO-2, NY, US); Tucurui, 19 Jun 1978 (fl), Rosa 2418<br />
(MG); Tucurui, Tocantins river, 10 Apr 1978 (fl), Silva<br />
& Bahia 3478 (MG, NY); Victoria, along Xingui river,<br />
Jun 1909 (st), Snethiage 10416 (MG); Porto Trombetas,<br />
20 Jun 1986 (fl), Soares 132 (INPA).<br />
39. TALISIA MEGAPHYLLA Sagot ex Radlkofer,<br />
Sitzungsber. Math.-Phys. Cl. Konigl. Bayer Akad.<br />
Wiss. Miinchen 8: 350. 1878. Type. French Guiana.<br />
Acarouany, 1857 (yfr), Sagot 1194 (lectotype, P,<br />
here designated; isolectotypes K-2, P-3; frag. at M).<br />
Syntypes. French Guiana. without date (st ), Poiteau<br />
s.n. (K); Surinam. without date (fl), Hostmann 1149<br />
(K-2, P). Figs. 2c, lOb, 12b, 90a-e<br />
Slender tree or treelet, 4-10 m tall; trunk to 8 cm in<br />
diam. Stems sulcate, glabrous, lenticellate, usually hollow,<br />
inhabited by ants. Leaves paripinnate or imparipinnate,
TAXONOMIC TREATMENT 137<br />
5mm.<br />
Fig. 90. <strong>Talisia</strong> megaphylla. A. leaf <strong>and</strong> detail of leaflets. B. staminate flower. C. I.s. staminate flower showing<br />
petals, disc, stamens, <strong>and</strong> sterile stamens. D. adaxial <strong>and</strong> lateral views of petal with adnate appendage. E. infructescence.<br />
(A from Mori & Boom 15138; B-D from Mori et al. 23121; E from (Mori & Boom 15138).
138 FLORA NEOTROPICA<br />
spirlly arranged on distal portions of stem; distal process Common names. Brazil: pitomba. French Guiana:<br />
acicular, 5-7 mm long; leaflets (7)11-15, opposite or al- bte. Surinm: bosknipa, kraskrastiki; Pemu:pishico huayo.<br />
ternate, oblanceolate, oblong-elliptic, sometimes obovate Representative specimens examined. VENEZUELA.<br />
or falcate, chartaceous, (14-) 17-43 x 4.5-10.5 cm, the Amazonas: Rio Negro, s.d. (fl), Schomburgk s.n. (K).<br />
adaxial surface glabrous, with prominulous midvein <strong>and</strong> Aragua: Cumboto, Valle de Ucumare, 2 Oct 1947 (fr),<br />
slightly sunken secondary veins (sometimes bullate), the Pittier 15615 (NY).<br />
abaxial surface glabrous or sparingly pubescent, primary GUYANA. Without specific locality or date (bd),<br />
<strong>and</strong> secondary veins prominent, tertiary veins reticulate, Schomburgk 859 (M).<br />
prominulous, the apex abruptly acuminate to nearly cau- SURINAM. Brokopondo: Kaboerie, 2 Aug 1922 (fl,<br />
fr), Boschwezen 5956 (IAN, K-2). Commewijne: Mapana<br />
date, the base inequilateral, one side obtuse the other acute<br />
creek, Nov 1957 (fl), Schulz 8073 (NY-2). Marowijne:<br />
or cuneate, the margins undulate; petiolules browmsh (dry- Moengo, Grote Zwiebelzwamp, 22 Sep 1948 (fr), Lanjouw<br />
ing darkbrown), pulvinate, adaxially furrowed, 7-14 mm & Lindeman 388 (IAN, K, NY). Nickerie: Z<strong>and</strong>erij, 12<br />
long; rachis 20-54 cm long, terete, striate to bicarinate on Aug 1916 (st), Boschwezen 231 (K-3, NY); Sipaliwini.<br />
distal portion, glabrous, yellowish brown, glossy; peti- Kuruni river, N side of Kuruni isl<strong>and</strong>, 180 m, 9 Nov 1994<br />
oles 20-29 cm long, terete, striate, glabrous, enlarged at (fr), Evans et al. 1924 (P, US); Kabalebo Dam project, 17<br />
base. Thyrses panicle-shaped, 20-42 cm long, terminal Nov 1976 (fr), Heyde & Lindeman 131 (MO); Lucie river,<br />
or axillary on distal part of stem, lateral branches to 15 cm lower slopes of Juliana Top, 500-600 m, 14 Aug 1963<br />
long; cataphylls acicular or pinnate, 1.5-5 cm long, clus-<br />
(fl), Irwin et al. 54770 (NY, US); Wilhelmina Gebergte, 3<br />
km S of Juliana Top, 300 m, 24 Aug 1963 (fl), Irwin et al.<br />
tered at leaves axils; axes angled, sulcate, sericeous-to-<br />
55046 (NY-2); Kabalebo Dam project, 30-130 m, 20 Sep<br />
mentose; bracts deltate, sericeous-tomentose, ca. 1 mm 1980 (fr), Lindeman et al. 523 (K, MO, VEN); Corantijne<br />
long; bracteoles similar to the bracts but smaller; dichasia river, Kaboerie, Sep 1920 (fl), Pulle 526 (MO).<br />
simple or compound; peduncle 5-8 mm long on proximal Saramacca: Saramacca, Jun 1945 (st), Boschwezen 330<br />
dichasia, ca. 1 mm on distal dichasia; pedicels 1-1.5 mm (K, NY); 15 Dec 1917 (fr), Boschwezen 3538 (MO).<br />
long, articulate near the middle, sericeous-tomentose. FRENCH GUIANA. Without specific locality, Apr<br />
Calyx 4-7 mm long, abaxially ferruginous-sericeous- 1961 (fl), Aubreville 258 (P); 1863 (fl), Melinon s.n (P-3);<br />
tomentose, the sepals 2-3.5 mm long, ovate to rounded, 4 May 1922 (st), Wachenheim 377 (P). Bassin de<br />
concave, imbricate, abaxially glabrous around the woolly-<br />
L'Approuague: Arataye river at Saut Parare, 9 Sep 1983<br />
(st), Barrier 4228a (CAY); 12 Oct 1983 (st), Feuillet 1046<br />
pubescent margins, adaxially glabrous, the outer sepals<br />
(CAY); 70 km SW of Regina, forest plot, 5 Oct 1983 (st),<br />
shorter than the inner ones; petals white to orangish, 8-9 Villiers 2010 (CAY); 5 Oct 1983 (st), Villiers & Feuillet<br />
mm long, elliptic, reflexed at anthesis, abaxially ferrugi- 2009 (CAY), 5 Oct 1983 (st), Villiers & Feuillet 2000 (NY).<br />
nous-sericeous-tomentose except along upper margins, Bassin de L'Inini: Palofini creek, 22 Aug 1970 (fl), de<br />
adaxially papillate, the margins woolly to ciliate, clawed at Granville C-54 (CAY). Bassin du Maroni: Gr<strong>and</strong> Inini<br />
base, the claw ca. 3.5 mm long, slightly fleshy, white, gla- river, Degrad Fourmi, 150 m, 8 Aug 1985 (fl), de Granville<br />
brous; appendage as long as or shorter than the petal, white, et al. 7384 (CAY, P, U); Maroni, 1864 (st), Melinon s.n.<br />
erect, connivent, strap-shaped or elongated deltate, seri- (US); Acarouany, 30 m, 1855 (st), Sagot s.n. (P); Marouini<br />
ceous-tomentose on both surfaces; disc 5-lobed, com- river, ca. Maroni river, 23 Apr 1975 (fr), Sastre et al. 3929<br />
pletely or only apically tomentose, ca. 1 mm tall; stamens<br />
(CAY, P, US). Bassin du Sinnamary: CTFT plots, 13 Jun<br />
1985 (fl), Feuillet 2318 (CAY, US). lie de Cayenne: Mont<br />
8, the filaments white, glabrous, of unequal length, 4-5<br />
Gr<strong>and</strong> Matoury, 21 Apr 1992 (fr), Acevedo R. & Grimes<br />
mm long, the anthers oblong-lanceolate, 1.5-1.7 mm long, 4798 (CAY, US), 50 m, 5 Apr 1995 (fr), Cremers et al.<br />
apiculate at apex; ovary feruginous-tomentose, the stigma 13854 (CAY). Piste de Saint Elie: Station Biologique<br />
ellipsoid, papillate. Fruit maturing yellow, orange-yellow ORSTOM, 4 May 1992 (st), Acevedo R. et al. 4888 (CAY,<br />
or red, oblong-ellipsoid to nearly globose, apiculate, 2- US); Piste de St. Elie, 4 Mar 1982 (st), Sabatier 213 (CAY).<br />
3.2 cm long, velvety pubescent, becoming glabrous at ma- Region Littorale: Charvein, 12 Dec 1913 (fr), Benoist 337<br />
turity, the pericarp ca. 1.5 mm thick, coriaceous, smooth (P). Region de Saul: Route de Belizon, between Sail &<br />
or less often granulate. Seed solitary, ellipsoid with lilac, Eaux Claires,19 May 1992 (st), Acevedo R. et al. 4957<br />
sweet fleshy testa. Embryo with cotyledons diagonally (US); Sail, 220 m, 21 Jun 1988 (st), Gentry et al. 62981<br />
overlapping, the lower one larger han the upper one.<br />
(MO-2, NY), 23 Jul 1979 (fl), de Granville 3150 (CAY);<br />
Monts La Fumee, 200-400 m, 27 Oct 1982 (fr), Mori &<br />
The specific epithet refers to the large leaflets.<br />
Boom 15138 (CAY, MO, NY); Mont Galbao trail, 7 Aug<br />
Phenology. Flowers from June to November <strong>and</strong> 1987 (fl), Mori & Gracie 18673 (CAY, NY, P); Route de<br />
in February <strong>and</strong> April, <strong>and</strong> fruits from September to Belizon, between Sail & Eaux Claires, 200 m, 1 1 Nov 1990<br />
December <strong>and</strong> from February to April.<br />
(fr), Mori et al. 21608 (CAY, NY); 5 Aug 1993 (fl), Mori<br />
et al. 23121 (CAY, NY, US); Montagne Boeuf Mort, 10<br />
Distribution <strong>and</strong> Ecology. (Fig. 93) Venezuela, the Aug 1971 (fl), Oldeman B-4008 (CAY, P, U, US).<br />
Guianas, Ecuador, Peru, <strong>and</strong> Brazil in non-flooded, ECUADOR. Without locality, 4 May 1897 (fr),<br />
moist, lowl<strong>and</strong> terra firme forest.<br />
Eggers 15764 (F). Napo: Yasuni Forest Reserve, hill E
TAXONOMIC TREATMENT 139<br />
of PUCE Scientific Station, 225 m, 19 Jun 1995 (st),<br />
Acevedo R. & Cedenio 7380 (US); Eosin Forest Reserve,<br />
28-30 Jul 1993 (fl), Aulestia & Grefa 123 (US).<br />
PERU. Amazonas: Huambisa, valley of Santiago<br />
river, ca. 65 km N of Pinglo, 200 m, 19 Dec 1979 (fr),<br />
Huashikat 1595 (MO); Prov. Bagua. Yamayakat, 320 m,<br />
25 Feb 1996 (fr), Jaramillo et al. 1306 (US). Cuzco:<br />
Camisea, vic of community Malvinas, 500 m, 17 Sep<br />
1997 (st), Acevedo R. et al. 9729 (US, USM). Loreto:<br />
Tigre river, Nuevo Canaan, along Lamas-Tipishca lake,<br />
15 Dec 1979 (fr), Ayala et al. 2539 (MO, NY); Alto<br />
Amazonas, Pastaza river, 210 m, 21 Nov 1980 (fr),<br />
Vasquez & Jaramillo 825 (MO).<br />
BRAZIL. Acre: Serra do Canta, Oct 1951 (fl), Black<br />
51-13951 (U). Amapi: Oiapoque river, 3 km E of Ponta<br />
dos Indios, 2 Aug 1960 (fl), Irwin et al. 47325 (IAP, MG,<br />
MO); Iaue river, 3 km E of confluence with Oiapoque<br />
river, 26 Aug 1960 (fl), Irwin et al. 47853 (IAP, NY, US);<br />
18 Oct 1960 (fl), Irwin 48803 (IAN); Cachoeira Santa<br />
Maria, Murure river, 21 Aug 1961 (fr), M. Pires et al.<br />
50406 (IAN, MG, NY, US). Roraima: Evangelic Mis-<br />
sion at Paumiu, 2 Mar 1979 (fr), M. Pires et al. 16850<br />
(INPA, MG); Apiaui river, 28 Jan 1967 (fr), Prance et al.<br />
4135 (F, MG, NY, US-2); Uraricoeira river, between<br />
Cutalba creek & Uaica, 24 Feb 1971 (fl, fr), Prance et al.<br />
10674 (NY, US); Mucajai, 13 Mar 1971 (fr), Prance et<br />
al. 10920 (K, NY, US); Mucajai river, 17 Mar 1971 (fr),<br />
Prance et al. 11044 (K, M, MG, NY, US); Ilha de Maraca,<br />
SEMA ecological reserve, 6 Oct 1987 (fl), Pruski et al.<br />
3390 (NY), Fuma9a trail, 26 Oct 1988 (fl), Ratter et al.<br />
5894 (K); Boa Vista, Oct 1908 (fl), Ule 7679 (K, M, MG).<br />
40. TALISIA MOLLIS Kunth ex Cambessedes,<br />
Mem. Mus. d'Hist. Nat. Paris 18: 48. 1829. Type.<br />
French Guiana. Cayenne, 1820 (fl), Anonymous 347<br />
(holotype, B-destroyed, photo (F neg. 5677) at US).<br />
Epitype. French Guiana. Saul: Along Limonade trail,<br />
by km. 1, 30 Oct 1971 (fl), Oldeman B-4183<br />
(epitype, CAY-2, here designated; iso-epitypes, P,<br />
US). Figs. la, 13a&c, 91a-k<br />
Tapirocarpus talisia Sagot, Ann. Sci. Nat. Ser. VI,<br />
13: 292. 1882, pro parte vegetativa. Type. French<br />
Guiana. Acarouany, 1857 (st), Sagot s.n. (lecto-<br />
type, P, here designated; isolectotype, P).<br />
<strong>Talisia</strong> guianensis sensu de C<strong>and</strong>olle, Prodr. 1: 609.<br />
1824, non Aublet, 1775.<br />
Slender tree or treelet, 4-10(13) m tall, unbranched<br />
or with few ascending, sympodial branches on distal<br />
portion; trunk to 8 cm in diam.; bark grayish to dark<br />
brown, smooth or lenticellate. Stems terete, minutely<br />
hirsute, sometimes hollow in the center <strong>and</strong> inhabited by<br />
ants. Leaves paripinnate, spirally arranged on distal portion<br />
of stem(s); distal process acicular, early deciduous, usually<br />
curved; leaflets chartaceous, 10-16 (32), opposite<br />
to altemate, oblong, elliptic or lanceolate, (5.5) 9-27(53)<br />
x (2)3.5-8.5(12) cm, the venationbrochidodromus, tertiary<br />
veins reticulate, the adaxial surface with impressed<br />
venation, glabrous or the midvein minutely tomentose,<br />
the abaxial surface minutely hirsute, with prominent venation,<br />
the apex acuminate to caudate, the base<br />
inequilateral, one side obtuse or rounded the other attenuate<br />
or cuneate, the margins entire slightly revolute;<br />
petiolules pulvinate, 4-6 mm long, minutely hirsute to<br />
glabrescent; rachis 22-60 cm long, terete, or slightly<br />
angled on distal portion, minutely hirsute; petioles 12-<br />
27 (40) cm long, terete, minutely hirsute, greatly enlarged<br />
at base. Thyrses panicle-shaped, 30-60 cm long, terminal<br />
or axillary on distal part of branches; cataphylls acicular,<br />
5-10 mm long, hirsute, axes terete or slightly<br />
angled, hirsute; bracts <strong>and</strong> bracteoles lanceolate or subulate,<br />
hirsute, 1.3-3.5 mm long; dichasia simple, sessile;<br />
pedicels < 1 mm long, articulate at the apex. Calyx light<br />
green, urceolate, 2.3-4 mm long, minutely hirsute, sometimes<br />
intermingled with gl<strong>and</strong>ular hairs, the sepals 1.6-<br />
3 mm long, ovate-deltate; petals white, 5.5 mm long,<br />
oblong, abaxially glabrous, adaxially papillate, rounded<br />
at apex, cuneate or cuneate-attenuate at base; appendage<br />
as long as the petal, long-deltate, abaxially papillate,<br />
adaxially hirsute on upper half; disc 5-lobed, minutely<br />
hirsute at apex, ca. 0.8 mm tall; stamens 8, the filaments<br />
of equal or nearly equal length, glabrous, 2-4 mm long,<br />
nearly filiform, the anthers oblong or linear-lanceolate,<br />
1.5-1.8 mm long, apiculate at apex; ovary conical, sericeous-hirsute,<br />
the stigma elongate-trigonous, ferruginous-papillate.<br />
Fruit yellow to orange-yellow at maturity,<br />
ovoid to globose, 2-2.5 cm long, densely to sparsely<br />
hirsutulous, the pericarp woody, smooth, to 2.5 mm thick.<br />
Seed ellipsoid, the testa woody, with a thin, fleshy, yellowish<br />
to orange-yellow upper layer, rugulate when<br />
dried. Embryo with cotyledons lying dorsiventrally to<br />
obliquely dorsiventrally over each other, the lower one<br />
almost twice as large as the upper one.<br />
Specimens of <strong>Talisia</strong> mollis are sometimes difficult<br />
to tell apart from those of T hemidasya because many<br />
of the characters may overlap. In general, T mollis has<br />
stems that are more densely pubescent than those of T<br />
hemidasya, <strong>and</strong> which lack gl<strong>and</strong>ular hairs. The abaxial<br />
side of leaflets in T. mollis are always minutely<br />
hispidulous, while those of T hemidasya are glabrous<br />
or puberulent, only rarely minutely hispidulous. These<br />
distinctions may sound weak in the absence of the habit<br />
character which is clearly different in both species.<br />
<strong>Talisia</strong> mollis is an unbranched, palm-like understory<br />
shrub while T hemidasya is a large tree with profuse<br />
branching which forms a dense crown. <strong>Talisia</strong> mollis<br />
is vegetatively similar to T pachycarpa; however, they<br />
are easily distinguished by their flower morphology.<br />
The calyx in T mollis has sepals that are free nearly to<br />
the base, while those of T pachycarpa are connate to<br />
form a cupular calyx. The specific epithet refers to the<br />
soft pubescence of this species.<br />
The holotype of T mollis at B was destroyed dur-
140 FLORA NEOTROPICA<br />
8 cm1<br />
3 cmI.'<br />
cmg4 __<br />
3mm[<br />
Fig. 91. <strong>Talisia</strong> mollis. A. leaf. B. detail of leaflets. C. portion of inflorescence. D. flower bud <strong>and</strong> detail of tri-<br />
chomes. E. pistillate flower (left) <strong>and</strong> l.s. of same (right). F. lateral <strong>and</strong> adaxial views of petal with adnate appendage.<br />
G. pistillate flower with perianth removed showing disc, sterile stamens, <strong>and</strong> pistil. H. sterile stamen. I. fruiting branch.<br />
J. two-seeded fruit, I.s. K. seeds. (From Mori et al., 2003. Guide to the Vascular Plants of Ce ntral french Guiana.)
TAXONOMIC TREATMENT 141<br />
ing World War II. The only surviving material of this de Granville B-4222 (CAY-2, P, US); New road to vilcollection<br />
appears to be a fragment in the Cambessedes lage water supply, 260 m, 25 May 1986 (fr), Mori &<br />
herbarium at MPU. Represented only by an inflorescence<br />
fragment, this collection is not an adequate specimen<br />
to typify the species. For this reason, I am choosing<br />
a recent collection as epitype for T mollis.<br />
Pennington 18140 (CAY, K, US); Route de Belizon, between<br />
Eaux Claires & entrance to Gr<strong>and</strong> Boeuf Mort,<br />
250 m, 4 Jan 1996 (fl), Mori & Pepper 24260 (CAY,<br />
US); Route de Belizon, between Saul & Eaux Claires,<br />
200-300 m, 11 Nov 1990 (fl), Mori et al. 21607 (CAY,<br />
Phenology. Flowers from September to January <strong>and</strong><br />
fruits from November to July.<br />
NY, US); Cochon creek valley, along Belvedere trail, 2<br />
Sep 1971 (fl), Oldeman B-4094 (CAY-4, NY, P).<br />
BRAZIL. AmapA: Mazagao, 21 Dec 1984 (fr), Daly<br />
Distribution <strong>and</strong> Ecology. (Fig. 93) The Guianas et al. 3951 (MG, NY); Mun. Oiapoque. Oiapoque river,<br />
<strong>and</strong> Brazil in understory of non-flooded forest. 12 Oct 1960 (fl), Irwin 48680 (IAN, M, MG, NY, US-2);<br />
BRi56, between Cal9oene & Oiapoque, by Ca9ipore<br />
Common names. Brazil: pitomba. French river, 1 Jan 1985 (fr), Mori & Souza 17301 (MG, US);<br />
Guiana: payacoussa, paiacoussa, tuliata, flambeau Ariramba, 26 Jun 1982 (fr), Rosa 4416 (INPA, MG, NY);<br />
dur, tatu-tatu.<br />
Jarn river, between Monte Dourado & Munguba, 13 Dec<br />
Representative specimens examined. GUYANA.<br />
Without specific locality. Basin of Essequibo, 212 m, 1<br />
Oct 1952 (st), Forest Dept. of British Guiana 7305 (NY).<br />
SURINAM. Brokopondo: Brownsweg, 15 Aug 1924<br />
(fl), Boschwezen 6575 (US), 1 Jul 1924 (fr), Boschwezen<br />
6595 (IAN, K, MO, NY); Jodensavanne Mapan, Nov<br />
1960 (yfr), Schulz 8387 (K, NY).<br />
FRENCH GUIANA. Without specific locality, 1792<br />
(fl), Leblond 448 (P-2), 1864 (fl), Melinon s.n. (P-2, US).<br />
Bassin de L'Approuague: Arataye river at Saut Parare, 8<br />
Sep 1983 (st), Barrier 4200 (CAY). Bassin de la Comte:<br />
Route de Belizon, Montagne Tortue, 23 Apr 1992 (fr),<br />
Acevedo R. et al. 4823 (CAY, US). Bassin de la Mana:<br />
Montagnes de la Trinite, 400 m, 12 Jan 1984 (fr), de<br />
Granville et al. 5903 (CAY-3, U, US). Bassin du Maroni:<br />
Maripasoula, 12 Mar 1986 (st), Fleury 100 (CAY-2, US);<br />
Maroni, 1864 (fl), Melinon s.n. (NY, P, US-2), 1862 (fr),<br />
Melinon s.n. (P-2); Camopi river, Saut Ouasseye, 13 Dec<br />
1967 (fl), Oldeman 2666 (CAY-4); E of Montagne<br />
1968 (fl), Silva 1542 (F, K, IAN, NY, US). Maranhao:<br />
Along road Br 222, between Santa Ines e A9ail<strong>and</strong>ia, 300<br />
m, 17 Dec 1978 (fr), Jangoux & Bahia 562 (MG, NY).<br />
Pari: Serra dos Carajas, 15 Oct 1977 (fr), Berg et al.<br />
548 (MG, MO-2, NY, US); Obidos, Col6nia Curucamba,<br />
27 Dec 1904 (fr), Ducke 6945 (MG-2); Castanhal, 24<br />
Nov 1907 (fl), Ducke 8887 (MG);12 Dec 1906 (fl), Ducke<br />
7940 (MG); Trombetas river, 18 Jul 1980 (fr), C. Ferreira<br />
et al. 1660 (INPA, NY); Ilha de Breu, 5 Oct 1965 (fl),<br />
Prance et al. 1544 (F, IAN, M, NY, US); Tucurui, 8 Apr<br />
1981 (fr), Rosa et al. 4083 (MG); Almeririm, Monte<br />
Dourado, 28 Nov 1978 (fl), M. R. Santos 431 (NY);<br />
Bujaru, 25 Apr 1982 (fr), Silva 5936 (INPA, MG, NY);<br />
Tucurui, 2 Jun 1980 (fl), Silva & Rosario 5328 (MG,<br />
NY); Gari river, between Planalto <strong>and</strong> Braxo, 22 Jan 1969<br />
(fl), Silva 1665 (F, IAN, NY); Tucurui, trail side, 17 Dec<br />
1979 (fl), da Silva et al. 445 (INPA, MG); Altamira, 13<br />
Oct 1986 (fl), Vasconcelos et al. 255 (MG, NY).<br />
Yanioue, 8 Feb 1968 (st), Oldeman & Sastre 104 (CAY-<br />
2, IAN, NY, P, VEN), 8 Feb 1968 (fr), Oldeman & Sastre<br />
41. TALISIA MORII Acevedo-Rodriguez, sp. nov.<br />
111 (CAY-3, P). Bassin de L'Oyapock: Trois Sauts, Type. Panama. Darien: North slopes of Cerro Pirre;<br />
Kanikani creek, 25 May 1974 (fr), Gren<strong>and</strong> 364 (CAY); wet forest, 300-700 m, 4 Apr 1975 (fl), Mori, S.A. & J.<br />
Zidock village, 20 May 1974 (st), Gren<strong>and</strong> 243 (CAY),<br />
31 Oct 1974 (fl), Lescure 380 (CAY). Bassin du<br />
Sinnamary: Sinnamary river at intersection with<br />
Marouina creek, 14 Feb 1979 (fr), Cremers 5434 (CAY-<br />
Kallunki 5382 (holotype, MO). Figs. 18a-c, 92a-h<br />
A T. croatii Acevedo-Rodriguez inflorescentiis<br />
dense gl<strong>and</strong>uliferis, et discis 5-gl<strong>and</strong>ulosis differt.<br />
2, P); Plomb creek, 11 Jul 92 (fr), Loubry 1894 (CAY, Tree 4-5 m tall. Stems nearly terete, ferruginous-<br />
NY, U, US); Gregoire creek, 16 Jul 1970 (fr), Oldeman<br />
tomentulose, glabrescent <strong>and</strong> lenticellate with age.<br />
B-3481 (CAY-2, P, US). Ile de Cayenne: Mont Gr<strong>and</strong><br />
Matoury, 13 Jul 2000 (st), Acevedo R. 11125<br />
Leaves paripinnate; distal process acicular, ca. 3 mm,<br />
(CAY, US).<br />
Piste de Saint Elie: Station Biologique ORSTOM, 27 deciduous; leaflets 10-14, opposite when distal, alter-<br />
Apr 1992 (fr), Acevedo R. et al. 4844 (CAY, US), 2 May nate or subopposite when proximal, oblong, oblong-<br />
1992 (fr), Acevedo R. & Grimes 4877 (CAY, US); Piste elliptic or oblanceolate, 1 1-40 x 3.5-12 cm, chartaceous,<br />
de St. Elie, 10 Sep 1981 (st), Halle 2773 (CAY), km 14, the adaxial surface glabrous except for the puberulent<br />
23 Oct 1980 (fl), Prevost 1079 (CAY-2, P), km 14.8, 21 midvein, the abaxial surface flavo-pilosulous along<br />
May 1981 (fr), Prevost 1109 (CAY), 29 Jul 1991 (st),<br />
Sabatier & Prevost 3676 (CAY). Region Littorale:<br />
Kourou, 6 May 1992 (fr), Acevedo R. et al. 4914 (CAY,<br />
US). Region de Saul: Route de Belizon, between Saul<br />
& Eaux Claires, 160 m, 19 May 1992 (fr), Acevedo R.<br />
et al. 4953 (CAY, NY, US); Saul. Without specific locality,<br />
220 m, 22 Jun 1988 (st), Gentry et al. 63091 (MO);<br />
Limonade creek, 300 m from village, 13 Jan 1972 (fr),<br />
veins, intermixed with scattered gl<strong>and</strong>ular hairs, the<br />
venation brochidodromus, plane on adaxial surface,<br />
prominent on abaxial surface, tertiary venation clathrate,<br />
the margins entire, slightly undulate, the apex longacuminate,<br />
usually abruptly so, the base asymmetrical,<br />
one side acute the other obtuse; petiolules nearly cylindrical<br />
to pulvinate, slightly compressed along adaxial
142 FLORA NEOTROPICA<br />
I 'I''~~~~~~~~~~~~~~~~~~~~~7<br />
1.. ~ ~ ~ I<br />
2mmm.~ f<br />
Fig. 92. <strong>Talisia</strong> morii. A. flowering branch. B. section of inflorescence branch showing flower. C. staminate<br />
flower. D. abaxial <strong>and</strong> lateral views of petal with adnate appendage. E. staminate flower with perianth removed<br />
showing disc <strong>and</strong> stamens. F. detail of disc lobe <strong>and</strong> subtending stamen. G. detail of leaflets. H. fruit with mesocarp<br />
broken away showing portion of seed. (A-F from Herrera et al. 981; G-H from Romero C. 5049).
TAXONOMIC TREATMENT 143<br />
_w rx 70WI oiwlV 4W<br />
~~~~~t4Z I~~~~~~~~~~~<br />
* <strong>Talisia</strong> megaphylla / A<br />
* <strong>Talisia</strong> mori<br />
A <strong>Talisia</strong> sollis > a<br />
Fig. 93. Distribution of species in <strong>Talisia</strong> subgenus <strong>Talisia</strong> (in part).<br />
surface, 0.5-1 cm long, flavo-pilose; rachis terete, pubescence. Seed one per fruit, ovoid-ellipsoid, ca. 2 cm<br />
flavo-pilosulous with scattered gl<strong>and</strong>ular hairs, 24-34 long. Embryo with cotyledons superimposed, the upcm<br />
long; petioles 17-20 cm long, terete, striate, flavo- per one slightly larger than the lower one.<br />
pilosulous, thickened at base. Thyrses panicle-shaped, <strong>Talisia</strong> morii is distinguished from all other <strong>Talisia</strong><br />
compound, terminal, pyramidal, to 25 cm long; by its densely gl<strong>and</strong>ular-pubescent inflorescence axes<br />
cataphylls acicular or dendroid, tomentose, numerous, <strong>and</strong> its nectary disc with 5 prominent, tooth-shaped lobes.<br />
congested at base of inflorescence or supra-axillary, <strong>Talisia</strong> morii seems to be closely related to T croatii;<br />
reaching 4 cm long; axes sulcate, scattered pilosulous however, it can be distinguished from the latter by its<br />
to puberulent, densely gl<strong>and</strong>ular-pubescent; bracts subu- gl<strong>and</strong>ular-pubescent inflorescences axes (vs. puberulent<br />
late, puberulent, gl<strong>and</strong>ular-pubescent, early deciduous; to tomentose without gl<strong>and</strong>ular hairs) <strong>and</strong> by the deeply<br />
bracteoles deltate-subulate, 0.5-1 mm long, persistent, 5-lobed or 5-gl<strong>and</strong>ular disc (vs. disc shallowly 5-lobed).<br />
pilosulous, gl<strong>and</strong>ular-pubescent; dichasia compound, The specific epithet honors Dr. Scott A. Mori, Senior<br />
simple or the flowers solitary (due to aborted lateral Scientist at the New York Botanical Garden, collector<br />
flowers) along secondary branches; peduncle 1-7 mm of the type, <strong>and</strong> eminent plant systematist.<br />
long; pedicels 1-3 mm long, pilosulous, with scattered<br />
gl<strong>and</strong>ular hairs, articulate at the middle. Calyx 3-4.5<br />
mm long, sparsely tomentulose with scattered gl<strong>and</strong>ular<br />
hairs, the sepals 1.5-3 mm long, ovate or oblong, concave,<br />
rounded at apex, ciliolate; petals ovate, ca. 7 mm<br />
Phenology. Collected in flower during April <strong>and</strong><br />
May <strong>and</strong> in fruit during October.<br />
Distribution <strong>and</strong> Ecology. (Fig. 93) Known only<br />
from Panama <strong>and</strong> Colombia, in moist, lowl<strong>and</strong> forest.<br />
long, reflexed at anthesis, adaxially glabrous, abaxially Representative specimens examined. PANAMA.<br />
tomentulose on lower half, the apex rounded, the base Darien: Parque Nacional Darien, along trail from Casa<br />
clawed, the margins ciliate on lower half; appendages as Vieja to Cerro Sapo, 180-500 m, 23 May 1991 (fl),<br />
long as the petals, erect, oblong, adaxially ferruginous- Herrera et al. 981 (US).<br />
sericeous-tomentose, abaxially sparsely sericeous-tomen- COLOMBIA. Antioquia: Mun. San Luis, Fca. Las<br />
tose; disc 5-lobed, tomentulose, the lobes tooth-shaped,<br />
Confusas, 350-500 m, 11 Apr 1990 (fl), Cardenas et al.<br />
2700 (JAUM). Sant<strong>and</strong>er: Ca. 80.2 km SE of Barranca<br />
ca. 1.6 mm tall; stamens 8, the filaments densely pilose,<br />
Bermeja, 3 km from the left side of Op6n river, ca.<br />
of unequal lengths, 3-4 mm long, the anthers oblong-<br />
200 m, 14 Oct 1954 (fr), Romero C. 5049 (US-2).<br />
elliptic, ca. 2 mm long, glabrous, apiculate at apex. Pistillate<br />
flowers unknown. Fruits ellipsoid, ca. 3 cm long,<br />
glabrous, granulate, pericarp slightly woody, ca. 2 mm 42. TALISIA NERVOSA Radlkofer, Smithsonian<br />
thick, endocarp nearly glabrous, with scattered woolly Misc. Collect. 61(24): 4. 1914. Type. Panama. Prov.<br />
2Qh<br />
/1Q
144 FLORA NEOTROPICA<br />
Colon: Loma de la Gloria, back of Fato, 23 Aug late at the middle, with the same indumentum as the axis.<br />
191 1 (fr), H. Pittier 4249 (holotype, US; frag. at M). Flowers buds angular-ovoid. Calyx 2-3 mm long, light<br />
Figs. 6a, 94a-e green, puberulent to tomentose, the sepals 1-1.2 mm<br />
<strong>Talisia</strong> gr<strong>and</strong>ifolia Cuatrecasas, Rev. Acad. Colomb. long, oblong-rounded or ovate, slightly concave; pet-<br />
Cienc. 8: 306. 1951. Type. Colombia. Valle: Costa als white, 4.5-7 mm long, lanceolate or less often obdel<br />
Pacifico, Cajambre river, Barco, 5-80 m, long, glabrous or adaxially papillate, obtuse or rounded<br />
21-30 Apr 1944 (fl), Cuatrecasas 17010 (holoat<br />
apex, cuneate at base, the margins usually ciliate on<br />
type, F; isotype, US).<br />
lower portion; appendage as long as the petal or slightly<br />
<strong>Talisia</strong> tirirensis Steyermark & Maguire, Mem. New<br />
York Bot. Gard. 17: 448. 1967. Type. Venezuela. shorter, long deltate, abaxially papillate or less often<br />
Bolivar: Tirica river, above Techine-meru6, 470 m, glabrous, adaxially hirsute above the base; disc 5-lobed,<br />
16 Jan 1955 (fl), Steyermark & Wurdack 116 puberulent, tomentose or sparsely hirsute, 0.7-1 mm<br />
(holotype, NY; isotype, MO).<br />
tall; stamens 5, the filaments of equal length, pilose to<br />
<strong>Talisia</strong> dwyeri Croat, Ann. Missouri Bot. Gard. 63: 528. glabrous, 2.2-2.5 mm long, slightly flattened, the an-<br />
1976. Type. Panama. Dari6n: NE of Cerro Azul, thers oblong to lanceolate, 1.3-2.2 mm long, apiculate<br />
premontane rain forest, 10 Dec 1974 (fl), Mori at apex; ovary tomentose, conical, the stigma elongate-<br />
& Kallunki 3652 (holotype, MO; isotype, PMA). capitate, ferruginous-papillate. Fruits yellow to orange-<br />
<strong>Talisia</strong> amaruyana Steyermark, Ann. Missouri Bot.<br />
yellow at maturity, ellipsoid or ovoid-ellipsoid, apicu-<br />
Gard. 75: 1070. 1988. Type. Venezuela. Bolivar:<br />
late, 1.8-3 cm long, glabrescent, minutely rugulate, the<br />
Amaruay-tepui, 550-800 m, 5?55'N, 62?15'W,<br />
20 May 1986 (fl), Liesner & Holst 20394 (holo- pericarp woody, 1-3 mm thick, the endocarp smooth,<br />
type, MO-4 sheets); isotype, VEN).<br />
sparsely tuberculate <strong>and</strong> sparsely appressed- or woollypubescent.<br />
Seed 1(2) per fruit, ellipsoid, the testa woody,<br />
Treelet or tree, with sympodial branching, 2-8 (30) m with a thin, fleshy, upper layer. Embryo with cotyletall;<br />
truk to 8 (35) cm in diam.; bark grayish to dark brown, dons lying dorsiventrally to obliquely dorsiventrally<br />
smooth or lenticellate. Stems nearly terete, striate, gla- over each other, both cotyledons of similar size or the<br />
brous, becoming lenticellate, sometimes hollow in the lower one larger than the upper one.<br />
center <strong>and</strong> inhabited by ants. Leaves paripinnate, spi- <strong>Talisia</strong> nervosa can be distinguished by its flowers<br />
rally arranged on distal portion of stem(s); distal pro- (5-stamens, pilose filaments <strong>and</strong> puberulent to<br />
cess woody, truncate, early deciduous, 2-4 mm long; hispidulose disc), fruits with pubescent endocarp <strong>and</strong><br />
leaflets (2) 8-16 (32), opposite or altemate, oblong, leaflets with strong intramarginal veins. The specific<br />
narrow-oblong, elliptic, narrow-elliptic, obovate, oblan- epithet refers to the conspicuous venation of leaflets.<br />
ceolate or less often falcate, chartaceous to coriaceous,<br />
Phenology. Flowers from October to May, <strong>and</strong><br />
14-36 (-61) x 3.5-10.4 (-21) cm, flattened or less often<br />
fruits throughout the year.<br />
bullate, the adaxial surface glabrous, with prominent<br />
midvein but impressed secondaries <strong>and</strong> tertiaries, the Distribution <strong>and</strong> Ecology. (Fig. 98) From Nicaraabaxial<br />
surface glabrous or less often puberulent, with gua south to Colombia, Venezuela, Ecuador, Peru, <strong>and</strong><br />
prominent brochidodromus venation, the secondary French Guiana, in understory of wet, non-flooded forest.<br />
veins altemate, forming a prominent intramarginal vein, Common name. Peru: Juapina.<br />
tertiary venation reticulate, the apex long-acuminate or<br />
Representative specimens examined. NICARAGUA.<br />
less often obtuse, the base asymmetrical to very strongly<br />
Rio San Juan: Bocas de Sabalo, 70-100 m, 14 Mar<br />
asymmetrical, one side obtuse the other cuneate or at-<br />
1987 (st), Moreno 26743 (MO-2). Zelaya: El Achote,<br />
tenuate, the margins entire or undulate, revolute or slightly 200 m, 25 Aug 1982 (fr), Araquistain 3137 (MO); Beso;<br />
petiolules enlarged, cylindrical or bulbous (longer tween Nueva Guinea <strong>and</strong> Verdun, 240 m, 17 Aug 1983<br />
than wider), 7-12 mm long, glabrous or puberulous, (fr), Miller & S<strong>and</strong>ino 1117 (MO); Buena Vista, 100adaxially<br />
canaliculate; rachis glabrous or puberulous, 150 m, 23 May 1984 (st), Robleto 621 (MO); El Zapote,<br />
(7.5-) 21-41 cm long, slightly flattened dorsiventrally, 40 km NE of Nueva Guinea, 25-31 Mar 1984 (fl),<br />
sharply angled toward the margins on distal portion, S<strong>and</strong>ino 4898 (MO).<br />
nearly terete on proximal portion; petioles 14-41 (56) COSTA RICA. Heredia: La Selva, OTS Field Stacm<br />
long, terete, striate, glabrous, less often lenticellate, tion, forest, 100 m, 5 Apr 1982 (fl),<br />
enlarged at base. Thyrses panicle-shaped, 30-60 cm<br />
Hammel & Schatz 11578 (F). Puntarenas: Finca La<br />
Lola, Apr 1949 (fl), Holdridge 2537 (US-2); Parque<br />
long, terminal or axillary on distal part of branches;<br />
Llorona Forest, 0-150 m, 16 Jan 1989 (fr), Kernan &<br />
cataphylls acicular, 5-15 mm long, appressed-pubes-<br />
Phillips 905 (MO); Peninsula de OSA, Aguabuena, 3<br />
cent; axes slightly angled, striate or sulcate, puberulent km W of Rinc6n, 100 m, 4 May 1993 (fl), Thomsen 360<br />
to tomentose; bracts <strong>and</strong> bracteoles deltate, puberulent (C, US), 2 km W of Rinc6n, 200 m, 8 Mar 1995 (fl),<br />
to tomentose, ca. 0.5 mm long; dichasia compound; Thomsen 1279 (C); Uvita, 100-200 m, 14 Apr 1988 (fl),<br />
peduncle 1-2 mm long; pedicels < 1 mm long, articu- Zamora et al. 1488 (MO).
TAXONOMIC TREATMENT 145<br />
D. ~~ ]3mm.<br />
Fig. 94. <strong>Talisia</strong> nervosa. A. portion of leaf. B. portion of inflorescence. C. dichasium. D. adaxial view of petal<br />
<strong>and</strong> adnate appendage. E. staminate flower with perianth removed showing disc <strong>and</strong> stamens (right) <strong>and</strong> l.s. same<br />
with detail of anther (left). (All from Cuatrecasas 17010).
146 FLORA NEOTROPICA<br />
PANAMA. Canal Zone: Barro Colorado Isl<strong>and</strong>,<br />
Armour trail, 305 m, 14 Jun 1970 (fr), Croat 10873 (MO);<br />
Balboa trail, 550 m, 20 Mar 1969 (fl), Croat 8800 (MO-<br />
2); Lutz trail, 200 m, 27 Sep 1968 (fr), Croat 6498 (MO,<br />
US); Shannon trail, 500 m, 27 Feb 1969 (bd), Croat 8236<br />
(F, MO), 5 Jul 1971 (fr), Croat 15251 (MO-2); Snyder<br />
Molino trail, 250 m, 22 Feb 1969 (fl), Croat 8095 (MO);<br />
Wheeler trail, 20 Mar 1969 (fl), Croat 8782 (MO-2); Zetek<br />
trail, 22 Mar 1971 (st), Croat 14027 (MO-2, US-2); 29<br />
Mar 1970 (fl, yfr), D'Arcy 3916 (F, MO); Fort Sherman,<br />
Dec 1965 (st), Dwyer 6940 (MO); Apr 1965 (fl), Dwyer<br />
& Robyns 140 (MO, NY); 1 Jul 1960 (fr), Ebinger 240<br />
(US); Balboa trail, 1960 (fr), Ebinger s.n. (MO); 4 mi. N<br />
of Gamboa; Pipeline Road, 18 Dec 1971 (st), Gentry 3165<br />
(MO); Barro Colorado Isl<strong>and</strong>, s.d. (fl), Hladick 361 (MO-<br />
2); Gatun Lake, 6 Aug 1955 (fr), Johnston 1557 (MO);<br />
Lim6n Bay, Gatun Locks & Gatun Lake, 3 Apr 1956 (fr),<br />
Johnston 1778 (MO); Lutz trail, 21 Jul 1927 (st), Kenoyer<br />
426 (US); Margarita swamp, 15 Jun 1923 (fr), Maxon &<br />
Valentine 7044 (US-2); Frijoles, 19 Dec 1923 (fl),<br />
St<strong>and</strong>ley 27575 (US); 17 Jan 1924 (st), St<strong>and</strong>ley 31421<br />
(US), Jul 1931 (st), Starry 260 (MO); Shannon trail, 20<br />
Feb 1932 (fl), Woodworth & Vestal 631 (MO); 17 Feb<br />
1939 (fl), Zetek 4335 (F, MO-2, US-2). Col6n: East Santa<br />
Rita Ridge, 16 Jan 1968 (fl), Correa & Dressler 629 (MO-<br />
2); East Ridge, 23 Feb 1968 (fr), Duke 15250 (MO, US);<br />
Santa Rita Ridge, E of Pan-American hwy, 300-500 m,<br />
16 Dec 1972 (fl), Gentry 6603 (MO-2); 22-25 km from<br />
Pan-American Hwy, 400-500 m, 21 Oct 1981 (fl), Knapp<br />
et al. 1703 (MO); Santa Rita Ridge, 500 m, 11 Jan 1987<br />
(fl), McPherson 10261 (NY-2); Santa Rita Ridge road,<br />
17.1 km from B-R highway, 21 May 1975 (fr), Mori &<br />
Crosby 6318 (MO-2). Darien: Between Sasardi & Morti,<br />
ca. 400 m, 14 Feb 1967 (fr), Duke 10024 (MO, US).<br />
Panama: Cerro Jefe, ca. 850 m, 1 Jan 1972 (fl), Gentry<br />
& Dwyer 3492 (MO); Between Cerro Azul-Cerro Jefe,<br />
km 22 Pan-American hwy., 11 Jun 1975 (fr), Mori et al.<br />
6537 (MO); Llano-Carti road, km 8-11 Pan-American<br />
hwy., 300-400 m, 13 Aug 1975 (fr), Mori 7738 (MO-2);<br />
Cerro Azul to Cerro Jefe, 9 Jul 1966 (fr), Tyson et al. 4336<br />
(MO). San Blas: Veraguas. Ensenada Santa Cruz. Coiba<br />
Isl<strong>and</strong>, woods at airport, 16 Aug 1961 (fr), Dwyer 1548<br />
(MO-2), 7 Aug 1962 (fr), Dwyer 2332 (MO, US), 27 Aug<br />
1970 (fr), Foster 1619 (F, MO); Nusig<strong>and</strong>i-El Llano Carti<br />
road, 300-350 m, 27 Mar 1987 (fl), McPherson 10761<br />
(NY-2); Camp Nusag<strong>and</strong>i, km 19.1 on Pan-American<br />
hwy., 350 m, 19 Mar 1993 (fl), Paredes 953 (US).<br />
COLOMBIA. Bolivar: Rio Viejo; Norosi, Norosi-<br />
Tiquisionuevo road, 200 m, 9-14 Apr 1985 (fr),<br />
Cuadros 2176 (COL); La Raya, Quebrada La Culebra,<br />
between junction of Cauca & Magdalena rivers, 80-110<br />
m, 5 May 1987 (st), Gentry & Cuadros 57395 (MO);<br />
Between Monte Libano & San Pedro, 28 May 1949 (fr),<br />
Romero C. 1792 (COL). Choc6: Jequed6, 42 km W of<br />
Las Animas, E of Pato river on Pan American hwy., 250<br />
m, 11 Jan 1979 (fr), Gentry & Renteria 23991 (MO-2,<br />
NY); Quibd6-Tutunendo road, 14 km NE of Quibd6,<br />
trail to Tubad6, 90 m, 17 Jan 1979 (st), Gentry &<br />
Renteria 24291 (MO). Valle: Bajo Calima Concession,<br />
ca. 20 km NW of Buenaventura, 50 m, 2 Aug 1988 (st),<br />
Faber-Langendoen & Hurtado 1934 (MO).<br />
VENEZUELA. Amazonas: Guainia, along road<br />
from Maroa to Yavita, ca. 700 m from Yavita, 20 Feb<br />
1998 (st), Acevedo R. et al. 10286 (US); Atabapo, Cerro<br />
Huachamacari, E slope, 600-700 m, 3 Nov 1988 (fr),<br />
Liesner 25739 (US); Cerro de la Neblina, Yatua river,<br />
700 m, 2 Jan 1958 (fl), Maguire et al. 42590 (K-2, MG,<br />
MO-2, NY-2, US-3); Casiquiare river, 5 May 1942 (fr),<br />
Williams 15174 (US-2); Cuao river, 350-400 m, 27 Jul<br />
1986 (fr), Zent 586-47b (MO). Bolivar: Piar, 550-800<br />
m, 20 May 1986 (fr), Liesner et al. 20935 (MO-2, NY,<br />
US); Chimanta-tepui, 1000-1400 m, 15 May 1953 (fr),<br />
Steyermark 75374 (F, NY-2).<br />
FRENCH GUIANA. Bassin du Maroni: St. Jean,<br />
20 Nov 1914 (fl), Benoist 789 (P).<br />
ECUADOR. Carchi: Tulcan. San Marcos, 750 m,<br />
20-30 Apr 1993 (fl), Mendez et al. 248 (MO).<br />
Esmeraldas: Cayapa river, Zapallo Gr<strong>and</strong>e, 150 m, 3<br />
Aug 1982 (fr), Kvist & Asanza 40820 (QCA).<br />
PERU. Huanuco: Tingo Maria, Rio Subte Gr<strong>and</strong>e,<br />
680 m, 2 Mar 1945 (st), Burgos 10 (F). Loreto: Corrientes<br />
river at the Ecuador border, between T. L6pez <strong>and</strong> Puesto<br />
Avanzado, 280-350 m, 4 Apr 1977 (fr), Gentry et al.<br />
19029 (F, MO); Prov. Maynas. across Nanay river from<br />
Puerto Almendras, 130 m, 3 Mar 1979 (st), Gentry et al.<br />
25360 (MO); Mishana, along Nanay river, l/2 way between<br />
Iquitos <strong>and</strong> Santa Maria de Nanay, 130 m, 1979<br />
(fr), Ramirez 31 (F, MO); Estaci6n Biol6gica Rio Blanco,<br />
150 m, 16 Sep 1985 (fr), Vasquez et al. 6741 (MO);<br />
BRAZIL. Amazonas: Rio Negro, Sao Felipe, 20 Apr<br />
1947 (fr), Froes 22187 (IAN); Serra do Ferro, 6 Mar<br />
1975 (fr), Silva 3908 (IAN).<br />
43. TALISIA OBOVATA A.C. Smith, Brittonia 2:<br />
154. 1936. Type. Brazil. Amazonas: Near mouth of<br />
Embira river, basin of Jurua river, 17 Jun 1933 (fl),<br />
B.A. Krukoff 4981 (holotype, NY-2 sheets).<br />
Fig. 95a-g<br />
Treelet 3-4 m tall. Stems terete, glabrous or puberulent,<br />
lenticellate, striate. Leaves paripinnate; distal process<br />
acicular, ca. 2 mm long; leaflets 4 or 6, opposite,<br />
obovate, oblanceolate or elliptic, chartaceous, 5.5-22 x<br />
2.5-8.5 (15.2) cm, glabrous, the adaxial with prominent<br />
midvein <strong>and</strong> slightly impressed secondaries, the abaxial<br />
surface with prominent brochidodromus venation, the<br />
secondary veins straight, forming a strong submarginal<br />
loop, tertiary veins reticulate, the apex obtuse to abruptly<br />
acuminate, the base asymmetrical, attenuate or obtuse,<br />
the margins entire, slightly revolute; petiolules 5-12 mm<br />
long, pulvinate at base, glabrous, adaxially canaliculate;<br />
rachis 6-8 cm long, terete or nearly so, glabrous; petioles<br />
5-12.5 cm long, terete, glabrous, less often<br />
lenticellate, bulbous at base. Thyrses panicle-shaped,<br />
8-20 cm long, terminal or axillary on distal portion of<br />
branches; cataphylls acicular, 2-4 mm long, appressedpubescent,<br />
supra-axillary; axes slightly angled, striate<br />
or sulcate, puberulent; bracts <strong>and</strong> bracteoles subulate,<br />
pubescent, ca. 1 mm long; dichasia compound or simple
TAXONOMIC TREATMENT 147<br />
I~~~~~~~~~~~~~~~~~~~~~~~~~ m<br />
Fig. 95. <strong>Talisia</strong> obovata. A. flowering branch. B. staminate flower. C. abaxial <strong>and</strong> adaxial views of petal with<br />
adnate appendage. D. staminate flower with perianth removed showing disc, stamens, <strong>and</strong> pistillode (left) <strong>and</strong> i.s.<br />
same (right). E. stamens. F. pistillode. G. portion of leaf with narrow leaflets. (A-F from Krukof 4981; G from<br />
Prance 14330).
148 FLORA NEOTROPICA<br />
toward distal portion of axis; peduncle less than 1 mm INPA, MG, NY), Carreira et al. 526 (INPA, MG, NY);<br />
long; pedicels 1-1.5 mm long, articulate above the Vic. of Cachoeira Santo Antonio, Curuquete river, 14 Jul<br />
middle. Flower buds angular-ovoid. Calyx 1.5-2.5 mm 1971 (fl), Prance 14330 (INPA, MG, MO, NY).<br />
long, light green, pubescent to pilose, the sepals 1-1.5<br />
mm long, deltate or ovate-deltate, concave, adaxially<br />
glabrous; petals white, 4.5-5 mm long, oblong-lan-<br />
44. TALISIA OEDIPODA Radlkofer, Sitzungsber.<br />
ceolate or lanceolate, glabrous except for the ciliate lower Math.-Phys. Cl. Konigl. Bayer Akad. Wiss.<br />
margin, obtuse at apex, cuneate at base; appendage as Miinchen 8: 347. 1878. Type. Brazil. Mato Grosso<br />
long as the petal, long deltate, abaxially glabrous or do Sul: Rio Pardo at open, dry, s<strong>and</strong>y field, 1824sparsely<br />
papillate, adaxially hirsute on upper half; disc 1829 (fl), Riedel 522 (holotype, LE?; isotypes, NY-<br />
5-lobed, glabrous, 0.54.7 mm tall; stamens 5, the fila- 2, US; frag. at M). Fig. 96a-d.<br />
ments of equal length, glabrous, 1.2-2.2 mm long, Shrub. Stems slightly sulcate, glabrous, vemicose,<br />
slightly flattened, the anthers oblong, 1.2-2 mm long, mature stems lenticellate. Leaves paripinnate; distal proapiculate<br />
at apex; ovary glabrous or puberulent, conical, cess acicular, ca. 5 mm long, early deciduous leaving a<br />
the stigma elongate-trigonous, ferruginous-papillate. truncate base 2-3 mm long; leaflets (2-) 6 (8), opposite,<br />
Fruit ovoid or ellipsoid, ca. 2 cm long, yellow, the perielliptic,<br />
5.5-12 x 1.2-4 cm, coriaceous, the blade invocarp<br />
coriaceous, granulose, ca. 0.5 mm thick, the en- lute, glabrous, the adaxial surface shiny, the abaxial surdocarp<br />
glabrous. Embryo with cotyledons lying trans- face dull, the venation brochidodromous, prominent on<br />
versely over each other, both of similar size. both surfaces, tertiary veins reticulate, the margins en-<br />
The specific epithet refers to the shape of the leaflets tire, revolute, the apex obtuse to acuminate, mucronate,<br />
as found in the type collection.<br />
the base attenuate, decurrent into the petiolule, some-<br />
Phenology. Flowers April to October, <strong>and</strong> fruit from times slightly unequal; petiolules 2-10 mm, glabrous,<br />
January to March.<br />
bulbous at base; rachis 6-12 cm long, crescent-shaped<br />
in cross-section, distal portion bicanaliculate along<br />
Distribution <strong>and</strong> Ecology. (Fig. 98) Venezuela,<br />
adaxial surface, glabrous; petioles (1.5) 4.5-7 cm long,<br />
Peru, <strong>and</strong> Brazil, in non-flooded, primary, lowl<strong>and</strong> forest<br />
flattened along adaxial surface, glabrous, bulbous at<br />
<strong>and</strong> vatrzea forest.<br />
base. Thyrses panicle-shaped, terminal, to 10 cm long,<br />
Common name. Brazil: pitomba.<br />
with few lateral branches; cataphylls acicular, ca. 2.5<br />
Representative specimens examined. VENEZUELA. mm long, apiculate, distally tomentose; axes sulcate,<br />
Amazonas: Atabapo, Upper Orinoco river, 180 m, 3 minutely puberulent; bracts subulate, persistent, ca. 0.6<br />
Mar 1990 (fr), Aymard & Delgado 8409 (PORT, US); mm long; dichasia simple or distal flowers seemingly<br />
Rio Negro, 2km S of San Carlos de Rio Negro, 140 m, solitary; peduncle 0.5-3.5, flattened; pedicels ca. 1.5<br />
29 Jan 1992 (yfr), Aymard et al. 9808 (PORT, US); San mm long, articulate on lower third. Calyx ca. 2.5 mm<br />
Carlos de Rio Negro, 4.5 km NE of, 120 m, 5 Apr 1979 long, pilose-pubescent, the sepals 1.6-2.2 mm long,<br />
(fl), Liesner 6179 (MO, NY).<br />
ovate or oblong, concave, obtuse at apex, the margins<br />
PERU. Loreto: Prov. Ramon Castilla along ciliate, sub-hyaline; petals seemingly spatulate, ca. 4 mm<br />
Pucaurquillo-Pebas trail, 140 m, 31 Jan 1987 (fr), Stein<br />
long, glabrous, except for the ciliate margins, the apex<br />
et al. 3994 (F); Prov. Maynas. Iquitos. Alpahuayo, Estaci6n<br />
Experimental del IIAP, 13 Sep 1990 (fl), Vasquez &<br />
rounded, the base clawed; appendages as long as the<br />
Jaramillo 14401 (MO). Pasco: Oxapam, Caboose de petals, adnate to the base, oblong, erect, abaxially gla-<br />
Mono, Iscozacin river, 320 m, 8 Jun 1983 (st), Gentry brous, adaxially tomentose; disc cup-shaped, 5-lobed,<br />
et al. 41623 (MO), 9 Jun 1983 (st), Gentry et al. 41729 glabrous, ca. 0.6 mm tall; stamens 8, the filaments of<br />
(MO); Shiringamazu, ca. 20 km S of Iscozacin, Palcazu unequal length, 2-2.5 mm long, glabrous, the anthers<br />
river valley, 300 m, 9 Jul 1988 (st), Gentry et al. 63470 0.7-0.9 mm long, oblong-lanceolate, glabrous, apicu-<br />
(MO); Palcazu valley, Selva Central, 9 May 1985 (st), late at apex. Pistillate flowers <strong>and</strong> fruits not known.<br />
Hartshorn et al. 2732 (F, MO).<br />
The specific epithet which means swollen (oedo)<br />
BRAZIL. Acre: Hill dividing Brazil from Peru, 4 Mar <strong>and</strong> foot (podo) seems to refer to the swollen petioles<br />
1976 (fr), Marinho 350 (NY). Amazonas: Rio Negro,<br />
of this species.<br />
between Sao Gabriel & Manaus, without data (yfr), Coelho<br />
& Monteiro 29 (INPA); Near mouth of Embira river, basin Phenology. Unknown.<br />
of Jurua river, 10 Jun 1933 (fl), Krukoff 4750 (MO, US-<br />
2); Manaus-Porto Velho road, between Castanho & Tupana<br />
Distribution <strong>and</strong> Ecology. (Fig. 98) Known only<br />
rivers, 20 Jul 1972 (fl), Silva 966 (INPA); Manaus- from the type collection.<br />
Itacoatiara road, km 26, 2 Jun 1997 (fl), Sothers et al.<br />
998 (US). Mato Grosso: Humboldt Center, 10 Oct 1973<br />
(fl), Berg et al. P-18388 (MG, MO, NY, US). Rondonia: 45. TALISIA PACHYCARPA RadLkofer, Sitzungsber.<br />
Bom Sossego, 3 Feb 1983 (fr), Carreira et al. 540 (IAN, Math.-Phys. Cl. Konigl. BayerAkad. Wiss. Miinchen
TAXONOMIC TREATMENT 149<br />
cm.<br />
Fig. 96. <strong>Talisia</strong> oedipoda. A. flowering branch. B. staminate flower. C. staminate flower with perianth removed<br />
showing disc <strong>and</strong> stamens (right), <strong>and</strong> 1.s. same showing pistillode. D. pistillode. (A-D from Riedel 522).<br />
8: 350. 1878. Type. French Guiana. Cayenne, with-<br />
out date (fr), Poiteau s.n. (holotype, G, n.v.; isotype,<br />
K?, n.v.; frag. at M). Fig. 97a-e<br />
Slender tree or treelet, 5-12 m tall, monocaulous;<br />
trunk to 15 cm in diam. Stems terete or furrowed, puberulent<br />
to minutely tomentose. Leaves paripinnate;<br />
distal process acicular, early deciduous; leaflets chartaceous,<br />
6-10, opposite to alternate, elliptic, 6.5-29(45)<br />
x 2-9.5(12) cm, the adaxial surface with impressed<br />
venation, glabrous, the abaxial surface minutely hirsute,<br />
with prominent venation, tertiary veins reticulate, the<br />
apex acuminate to long-acuminate, the base inequilateral,<br />
one side obtuse the other attenuate, the margins entire,<br />
strongly revolute; petiolules pulvinate, 4-6 mm long,<br />
minutely hirsute to glabrescent; rachis 20-40 cm long,<br />
terete, or slightly angled on distal portion, minutely<br />
hirsute; petioles 12-33 cm long, terete, minutely hir-<br />
sute, greatly enlarged at base. Thyrses panicle-shaped,
150 FLORA NEOTROPICA<br />
3mm 2mm<br />
Fig. 97. <strong>Talisia</strong> pachycarpa. A. portion of leaf. B. distal portion of branch with inflorescence. C. staminate<br />
flower. D. lateral <strong>and</strong> adaxial views of petal. E. staminate flower with perianth removed showing disc <strong>and</strong> stamens,<br />
l.s. of same (right). (All from L. da Cunha & Assunqjo 214a).
TAXONOMIC TREATMENT 151<br />
, SOWI gm. \ 70W1 60W 50WI<br />
''<br />
\ ,<br />
_ / za. v^ . u ,> X 2<br />
1.-'.<br />
* <strong>Talisia</strong> nervosa<br />
............... '.<br />
v <strong>Talisia</strong> obovata<br />
-P <strong>Talisia</strong> oedipoda<br />
*<strong>Talisia</strong> pachycarpa<br />
- ' u,<br />
, ,.<br />
,'<br />
j<br />
;-,.'<br />
', .<br />
,<br />
.<br />
, 2<br />
Fig. 98. Distribution of species in <strong>Talisia</strong> subgenus <strong>Talisia</strong> (in part).<br />
at least 35 cm long, terminal or axillary on distal part of<br />
branches; cataphylls acicular, 5-10 mm long, velutinous;<br />
axes angled, velutinous; bracts <strong>and</strong> bracteoles ovatedeltate,<br />
velutinous, 1-2 mm long; dichasia simple,<br />
sessile; pedicels short, flowers essentially sessile, to<br />
0.5 mm in fruit. Flowers sessile, congested along inflorescence<br />
axis. Calyx 3.5-5 mm long, light green,<br />
sericeous-velutinous, the sepals 1.5-2 mm long, oblong;<br />
petals white, 6-7 mm long, elliptic, abaxially glabrous,<br />
adaxially papillate, rounded at apex, long-attenuate<br />
at base; appendage as long as the petal, strap-shaped,<br />
abaxially glabrous, adaxially sericeous except for the<br />
glabrous base; disc 5-lobed, velutinous at apex, ca. 1 mm<br />
tall; stamens 8, the filaments of equal length, glabrous,<br />
3-4 mm long, filiform, the anthers oblong or linearlanceolate,<br />
1.5-1.8 mm long, apiculate at apex ovary<br />
sericeous, the stigma elongate-trigonous, ferruginouspapillate.<br />
Fruit trigonous, 2-2.5 cm long, sericeous, glabrescent,<br />
the pericarp woody, smooth, to 2.5 mm thick,<br />
the endocarp pilose, glabrescent. Seed not known.<br />
The specific epithet refers to the thickened pericarp<br />
of this species.<br />
Phenology. Collected in flowers in May, July, Au-<br />
gust, <strong>and</strong> December, <strong>and</strong> fruit during June <strong>and</strong> August.<br />
4W<br />
1 ON<br />
Distribution <strong>and</strong> Ecology. (Fig. 98) Known from<br />
French Guiana, Guyana, <strong>and</strong> Brazil in non-flooded<br />
forest.<br />
Common name. Brazil: Pitomba.<br />
Representative specimens examined. GUYANA.<br />
Upper Takutu/Upper Essequibo: Basin of Essequibo,<br />
near mouth of Onoro creek, 15 Dec 1937 (fl), Smith<br />
2677 (K, NY, US).<br />
BRAZIL. Amazonas: Manaus. Dtto. Agropecuario.<br />
BDFF reserve, km 41, 50-125 m, 9 Jul 1989 (fl), L. da<br />
Cunha & Assunfao 214a (NY); Novo Aripuana, BR 230,<br />
Rod. Transamaz6nica, 400 km from Humaita, 4 May 1985<br />
(fl), C. Ferreira 6036 (K, MG, NY); Mun. Presidente<br />
Figueredo, along road to hydroelectric plant, ca. airport,<br />
16 Jul 1986 (fl), C. Ferreira 7591 (US); Mun. Oriximina.<br />
Mapuera river, vic. of cachoeira Sao Marcal, 13 Aug<br />
1986 (fr), C. Ferreira et al. 7720 (INPA, NY, US); Reserva<br />
Ducke, Manaus-Itacoatiara, Km 26, Tinga creek, 12 Aug<br />
1993 (fr), Ribeiro et al. 1126 (MG, NY, US); Manaus.<br />
Porto Velho, 12 Jul 1972 (fl), Silva et al. 519 (INPA);12<br />
Jul 1972 (fl), Silva et al. 530 (INPA-2). Rondonia: Hy-<br />
droelectric plant reserve, close to Japiim creek, 18 Jun<br />
1986 (yfr), C. Ferreira 7495 (US); Puerto Velho to<br />
Cuiaba hwy., vic. of Santa Barbara, 12 Aug 1968 (fl),<br />
Prance & Ramos 6909 (K-2, MG, NY, US).
152 FLORA NEOTROPICA<br />
46. TALISIA PILOSULA Sagot ex Radlkofer, Representative specimens examined. FRENCH<br />
Sitzungsber. Math.-Phys. Cl. K6nigl. Bayer Akad. GUIANA. Bassin du Sinnamary: Plomb creek, 20 m,<br />
Wiss. Miinchen 8: 349. 1878. Type. French Guiana. 16 Mar 1994 (fr), Bordenave 832 (CAY, US); Karouany,<br />
Acarouany, 1858 (fl), Sagot s.n. (holotype, B-de- 1859 (fl), Sagot s.n. (K).<br />
stroyed, photo (F neg. 5680) at US; isotypes, K, P-<br />
3; frag. at M). Fig. 99a-g<br />
47. TALISIA PINNATA (Ruiz & Pavon) Radlkofer,<br />
Tree to 23 m tall. Stems nearly terete, pubescent,<br />
Sitzungsber. Math.-Phys. Cl. K6nigl. Bayer Akad.<br />
becoming glabrous, <strong>and</strong> slightly glossy. Leaves<br />
Wiss. Miinchen 8: 351. 1878. Acladodea pinnata<br />
paripinnate; distal process acicular, tardily deciduous,<br />
Ruiz & Pav6n, Syst. Fl. Peruv. 1: 262. 1798. <strong>Talisia</strong><br />
0.5-2 cm long; leaflets 16-18, subopposite oraltemate,<br />
(?)acladodea de C<strong>and</strong>olle, Prodr. 1: 609. 1824. Type.<br />
elliptic or oblong-elliptic, coriaceous, 5.5-12 x 1.4-3.2<br />
Peru. Huinuco: Pillao, forest at Chacahuas, Oct-Nov<br />
cm, the venation brochidodromus, the adaxial surface<br />
(fl), Pavon s.n. (holotype, MA, n.v., photo at US;<br />
with impressed venation, glabrous, the abaxial surface<br />
isotypes, BM; frag. ex MA at M). Fig. 100a-h<br />
pilose to minutely hirsute, with prominent venation,<br />
tertiary veins reticulate, the apex caudate, the base Treelet 1-6.5 m tall. Stems terete, densely hirsutuinequilateral,<br />
one side obtuse the other rounded, the lous to tomentose when young. Leaves paripinnate or less<br />
margins entire, revolute; petiolules cylindrical, ca. 2 mm often imparipinnate, spirally arranged on distal portion of<br />
long, abaxially pilose or glabrescent; rachis 16-28 cm stem; distal process filiform, ca. 1 cm long, persistent;<br />
long, nearly terete on proximal portion, slightly flattened leaflets 14-20, alternate or subopposite, oblong, oblongon<br />
distal portion, minutely hirsute orpilose; petioles 5.5- elliptic or oblanceolate, chartaceous, 6.5-25.5 x 2.2-5.7<br />
1 1.5 cm long, terete, pilose or minutely hirsute, slightly cm, the adaxial surface glabrous, except for the minutely<br />
enlarged at base. Thyrsespanicle-shaped, 1-12 cm long, tomentose impressed midvein <strong>and</strong> part of the secondary<br />
supra-axillary on distal portion of branch; cataphylls veins, the abaxial surface ferruginous-pilose, densely so<br />
acicular or pinnate, 4-10 mm long, ferruginous hirsute along the prominent veins, the venation brochidodromus,<br />
in a supra-axillary cluster; axes slightly angled, hirsute tertiary veins reticulate, the apex acuminate to caudate,<br />
with intermixed multicellular longer trichomes; bracts <strong>and</strong> the base inequilateral, one side obtuse the other acute,<br />
bracteoles subulate, 2-4 mm long, hirsute, with numer- the margins undulate, slightly revolute; petiolules slenous<br />
multicellular, elongated trichomes; dichasia simple, der, sub-terete, 3-7 mm long, densely ferruginous-pior<br />
the distal flowers seemingly solitary (lateral flowers lose; rachis 23-35 cm long, terete, striate, densely feraborted),<br />
sessile; pedicels 0.5-1 mm long, articulate at ruginous-pilose to nearly tomentose; petioles ca. 15 cm<br />
the apex. Calyx 1.5-3 mm long, minutely hirsute, interlong,<br />
terete, striate, densely ferruginous-pilose, enlarged<br />
mingled with multicellular, gl<strong>and</strong>ular trichomes, the seat<br />
base. Thyrses panicle-shaped, 14-33 cm long, termipals<br />
1-2 mm long, ovate or lanceolate, concave; petals<br />
nal or axillary on distal portion of stem; cataphylls hir-<br />
4-4.5 mm long, elliptic, abaxially glabrous, adaxially with<br />
sutulous to tomentose, transitional from leaves (pinnate)<br />
elongated gl<strong>and</strong>ular papillae, obtuse at apex, cuneate to<br />
to bracts (acicular), numerous, congested at distal porattenuate<br />
at base; appendage as long as the petal, elliptic,<br />
tion of stem, to 11 cm long; axes slightly angled, ferabaxially<br />
glabrous, adaxially hirsute onupperhalf, fused<br />
ruginous-pilose to -tomentose, intermixed with<br />
to the petals base margins to form a pocket; disc 5-lobed,<br />
multiseptate, gl<strong>and</strong>ular hairs; secondary axes to 10.5 cm<br />
hirsute, ca. 0.5 mm tall; stamens 5, the filaments of equal<br />
long at the base of inflorescence, gradually decreasing<br />
length or slightly unequal, glabrous, 3-3.3 mm long,<br />
toward distal<br />
filiform, the anthers oblong, 1-1.3 mm long, apiculate at<br />
portion; bracts <strong>and</strong> bracteoles subulate,<br />
apex; ovary hirsute, conical, the<br />
pilose, sometimes with gl<strong>and</strong>ular hairs, 1-2 mm long;<br />
stigma elongatetrigonous,<br />
ferruginous-papillate. Fruit<br />
dichasia<br />
ellipsoid, apicucompound;<br />
peduncle 5-8 mm long, flattened,<br />
late, ca. 1.8 cm long, puberulent, sub-tuberculate, the<br />
densely pilose; pedicels ca. 1 mm long, articulate at the<br />
pericarp coriaceous, ca. 1 mm thick, the endocarp glamiddle.<br />
Calyx 4-4.7 mm long, abaxially ferruginousbrous.<br />
Seed solitary, the testa fleshy. Embryo with cotyhirsutulous,<br />
intermixed with few gl<strong>and</strong>ular, septate hairs,<br />
ledons lying transversely over each other, the lower one<br />
adaxially sparsely pilose, the sepals 1.5-2 mm long,<br />
slightly larger than the upper one.<br />
ovate, rounded; petals white, 4.5-5.5 mm long, oval to<br />
The specific epithet refers to the pilose indumenobovate,<br />
abaxially appressed-pubescent dorsally <strong>and</strong> at<br />
tum of this species.<br />
base, adaxially glabrous, ciliate on lower margins,<br />
rounded at apex, clawed at base; appendage as long as<br />
Phenology. Flowering period unknown, fruits col- the petal, oblong, sericeous on both surface; disc cuplected<br />
in March.<br />
shaped, 5-lobed, hirsute on distal portion, ca. 1 mm tall;<br />
Distribution <strong>and</strong> Ecology. (Fig. 103) Known only stamens 5-8, the filaments filifonn, of equal or nearly<br />
in French Guiana from riverine forest.<br />
equal length, 2-3 mm long, pilose, especially on upper
TAXONOMIC TREATMENT 153<br />
Fig. 99. <strong>Talisia</strong> pilosula. A. portion of leaf <strong>and</strong> detail of abaxial surface of leaflet. B. inflorescence. C. detail of<br />
inflorescence branch. D. staminate flower. E. adaxial <strong>and</strong> abaxial views of petal with adnate appendage. F. staminate<br />
flower with perianth removed showing disc, stamens, <strong>and</strong> detail of anthers. G. pistillate flower with perianth removed<br />
showing disc, sterile stamens, <strong>and</strong> pistil. (All from Sagot 1898).
154 FLORA NEOTROPICA<br />
3 mm.I<br />
Fig. 100. <strong>Talisia</strong> pinnata. A. portion of leaf. B. inflorescence C. pistillate flower. D. adaxial, abaxial, <strong>and</strong> lateral<br />
views of petal with adnate appendage. E. staminate flower with perianth removed showing disc <strong>and</strong> stamens. F. pistillate<br />
flower with perianth removed showing disc, sterile stamens <strong>and</strong> pistil, <strong>and</strong> l.s. same, showing ovule. G. distal<br />
portion of branch with cataphylls <strong>and</strong> infructescence. H. lateral view of embryo. (A, B, E from Acevedo R. et al.<br />
1585; C, D, F from Vasquez 12293; G-H from Vdsquez et al. 4869).<br />
I Im<br />
X
TAXONOMIC TREATMENT 155<br />
half, the anthers oblong, ca. 1.5 mm long, apiculate at entire length, 0.5-1.2 cm long, minutely pilose; rachis<br />
apex; ovary conical, appressed-pubescent, the stigma terete, striate, puberulent to pubescent, sometimes with<br />
capitate. Fruit yellow at maturity, ellipsoid 3.2-3.5 cm few to many gl<strong>and</strong>ular hairs, 40 to 60 cm long; petioles<br />
long, granulate, sparsely appressed-puberulent, apicu- 14-31 cm long, terete, striate, puberulent, thickened at<br />
late at apex, the pericarp coriaceous, ca. 1 mm thick, the base. Thyrses panicle-shaped, compound, terminal, pyendocarp<br />
glabrous. Seed 1 or 2 per fruit, ellipsoid, with ramidal, to 80 cm long, lateral basal branches to 35 cm<br />
fleshy testa. Embryo with cotyledons lying dorsiventrally long; cataphylls transitional from leaves (leaf-like) to<br />
or obliquely dorsiventrally over each other, the lower bracts (acicular), numerous, congested at distal portion<br />
one slightly smaller than the upper one.<br />
of stem or supra-axillary, reaching 20 cm long when ter-<br />
The specific epithet refers to the pinnately com- minal, 3-5 cm long when axillary; axes nearly terete,<br />
pound leaves.<br />
striate to sulcate, appressed-pubescent to nearly tomen-<br />
Phenology. Known to flower from April to July,<br />
<strong>and</strong> in October <strong>and</strong> November, <strong>and</strong> to fruit in January<br />
<strong>and</strong> July.<br />
tose; bracts subulate, to 4 mm long, tomentose, persistent;<br />
bracteoles lanceolate, puberulent to pubescent, persistent,<br />
1.5-2 mm long; dichasia compound, sessile;<br />
pedicels < 0.5 mm long, tomentose. Calyx 2.8-3.2 mm<br />
Distribution <strong>and</strong> Ecology. (Fig. 103) Known only long, tomentose, the sepals 1.5-2 mm long, rounded or<br />
from Peru in understory of seasonally flooded forest. oblong-rounded, sometimes with less pubescence around<br />
Representative specimens examined. PERU. Loreto:<br />
Sapuena. Riparian, 200 m, 15 Apr 1987 (fl), Acevedo R.<br />
et al. 1585 (NY, US-2); Requena. Reserva Nacional<br />
the ciliate margins; petals obovate, 5-5.5 mm long, reflexed<br />
at anthesis, glabrous on adaxial surface, appressed-pubescent<br />
on abaxial surface at base, the apex<br />
Pacaya Samiria Santa Cruz, 3 May 1993 (fl), del Carpio rounded, the base clawed; appendages oblong, as long<br />
2016 (USM); Nanay river, slightly below Bellavista, 12<br />
Jul 1976 (fl, yfr), Rimachi 2408 (NY, USM); Ucayali.<br />
Jenaro Herrera. Quebrada Sapuay, 120 m, 7 Jun 1989<br />
(fl), Vasquez 12293 (US, USM); Yarina, Trapiche river,<br />
180 m, 11 Jan 1984 (fr), Vdsquez et al. 4869 (MO).<br />
as the petals, erect, villous on both surfaces; disc cupshaped,<br />
5-lobed, tomentose at apex, ca. 0.6 mm tall; stamens<br />
8, the filaments sparingly pilose, of equal length,<br />
the anthers lanceolate, glabrous, apiculate at apex; ovary<br />
conical, tomentose, the stigma conical-trilobed, papillate.<br />
Fruits ellipsoid to globose, glabrous, 3.5-4 cm long,<br />
48. TALISIA PRINCEPS Oliver, Hooker's Icon.<br />
Plant. Ser. 3, 18: 1769. 1888. Type. Venezuela?,<br />
Specimen from plant cultivated at Hort. Crawford,<br />
Oct 1878 (fl), J. Cook, s.n. (lectotype, K-4 sheets,<br />
here designated). Syntype. Unknown origin, plant<br />
cultivated at Kew Gardens, May 1886 (st), Anonymous,<br />
s.n. (K-3 sheets). Fig. 10la-i<br />
Theophrasta pinnata Jacq., Fragm. Bot. 49. 1800.<br />
Type. Venezuela. Tab. 64, fig. 2, 65, 66.<br />
<strong>Talisia</strong> erecta Radlkofer in Martius, Fl. Bras. 13(3):<br />
550. 1900. Type. Venezuela. A specimen from plant<br />
cultivated at Kew Gardens, Anonymous, s.n. (hogranulose,<br />
apiculate, yellow, the pericarp woody, ca. 5<br />
mm thick. Seed ellipsoid to nearly globose, 2-2.3 cm<br />
long. Embryo with cotyledons superimposed, the upper<br />
one slightly larger than the lower one.<br />
<strong>Talisia</strong> princeps is distinguished from many other<br />
<strong>Talisia</strong> species by its oblanceolate leaflets with long,<br />
abruptly acuminate apices, its long (to 7 cm) distal processes,<br />
<strong>and</strong> its petiolules enlarged throughout their<br />
length. In addition, T princeps has numerous cataphylls<br />
or rudimentary leaves on distal portions of stems <strong>and</strong><br />
leaf axils; the cincinni are sessile, <strong>and</strong> the fruits woody,<br />
ovoid <strong>and</strong> large. The specific epithet means distinlotype,<br />
M, photo at US; isotypes, BM, n.v., M). guished or noble perhaps in reference to the graceful<br />
Treeletortree, 2-20mtall. Stems nearly terete, densehabit<br />
of this species.<br />
ly cano-pubescent when young, with numerous leaf Phenology. Collected in flower during December<br />
scars. Leaves paripinnate; distal process filiform, 1-7 <strong>and</strong> in fruit during December <strong>and</strong> January.<br />
cm long, persistent; leaflets (6)16-24, altemate to opposite,<br />
oblong-oblanceolate, oblanceolate or less often<br />
oblong, 9-42 x 3-8 cm, chartaceous to subcoriaceous,<br />
the adaxial surface glabrous, the abaxial surface minutely<br />
pilose (sometimes with gl<strong>and</strong>ular hairs) along veins, the<br />
Distribution <strong>and</strong> Ecology. (Fig. 103) Known from<br />
Panama, Venezuela, Ecuador, <strong>and</strong> Peru in lowl<strong>and</strong>, rain<br />
forest.<br />
Common names. Venezuela: Copito, limpia botella<br />
venation brochidodromus, plane on adaxial surface, (fide Steyermark, 1994).<br />
prominent on abaxial surface, with secondaries forming<br />
a 450 angle with midvein, tertiary veins reticulate, the<br />
margins entire, the apex long-acuminate, sometimes<br />
abruptly so, the base acute to obtuse, strongly to slightly<br />
unequal; petiolules nearly cylindrical, thickened for their<br />
Representative specimens examined. PANAMA.<br />
Bocas del Toro: Without specific locality, hill above railroad<br />
station at mile 7.5, 27 Jul 1971 (st), Croat 16376 (MO).<br />
VENEZUELA. Aragua: Turiamo road km 50-60,<br />
300 m, 10 Nov 1961(fl), Trujillo 5071 (NY). Distrito
156 FLORA NEOTROPICA<br />
Fig. 101. <strong>Talisia</strong> princeps. A. portion of leaf. B. distal portion of branch showing cataphylls. C. flower bud.<br />
D. pistillate flower. E. pistillate flower with perianth removed showing disc, sterile stamens <strong>and</strong> pistil. F. stamen.<br />
G. abaxial <strong>and</strong> adaxial views of petal with adante appendage. H. l.s. of fruit showing mesocarp <strong>and</strong> seed. I. fruit <strong>and</strong><br />
ventral view of embryo. (A, C-G, from Cook, Oct 1878; B from Steyermark 119784; H-I from Cook, Sep 1879).
TAXONOMIC TREATMENT 157<br />
Federal: Km 18, along road from Caracas to La Guaira, base clawed, the apex rounded, the margins ciliate; ap-<br />
500 m, 28 May 1945 (st), Steyermark 62928 (F-3, US), pendage as long as the petal, deltate, sometimes bifur-<br />
Dec 1940 (fl), Tamayo 1500 (F, US, VEN). Falc6n: S of cate, abaxiallypapillate, adaxiallysericeous; disc 5-lobed,<br />
Punta Faustino, 15-25 m, 29 Aug 1974 (st), Steyermark glabrous, 0.8-1 mm tall; stamens (7) 8, the filaments<br />
& Manara 110418 (MO); Silva. Cerro Chichiriviche,<br />
glabrous, slightly unequal, 1.5-3.3 mm long, the anthers<br />
above La Soledad, 200 m, 5 Sep 1974 (st), Steyermark &<br />
Manara 110778 (MO). Mir<strong>and</strong>a: Bri6n. 4.8 km E-NE<br />
oblong or oblong-lanceolate, 1.2 mm long, apiculate at<br />
of Pueblo Seco, along creek Agua Bendita, 75 m, 24-25 apex; ovary ovoid to globose, glabrous, the stigma cy-<br />
Mar 1973 (st), Steyermark & Carreno 106915 (F). lindric, papillate. Fruits ellipsoid, to nearly globose, 3.3-<br />
TAchira: Cerro Cuite, along creek La Colorada, 450- 3.7 cm long, orange-yellow or orange when ripe, gla-<br />
630 m, 9 Nov 1979 (st), Steyermark et al. 119784 (MO). brous, smooth, the pericarp coriaceous, ca. 2 mm thick,<br />
ECUADOR. Napo: San Jose de Payamico, 40 km W endocarp irregularly woolly-pubescent. Seeds solitary,<br />
of Coca, 300-600 m, 11 Jan 1984 (fr), Irvine 576 (F); the testa fleshy, brownish. Embryo of 2 nearly equal,<br />
Via Hollin-Loreto; km 60, ca. Guataraco river, 650 m,<br />
10 Dec 1987 (fr), Palacios 2182 (K-3, MO, NY, US-4).<br />
PERU. Loreto: Tasha Curaray river, 19 Sep 1972<br />
(bd), Croat 20433 (MO, NY).<br />
erect cotyledons, perpendicular to the radicle, or laying<br />
obliquely dorsiventrally over each other.<br />
<strong>Talisia</strong> retusa can be vegetatively similar to <strong>Talisia</strong><br />
cerasina, however, the former can be distinguished<br />
from the latter by its leaflets which are always sym-<br />
49. TALISIA RETUSA Cowan, Brittonia 7: 403.<br />
1952. Type. Guyana. Komo Falls, Takutu river,<br />
Nov 1948 (fl), Wilson-Browne 508 (holotype, NY;<br />
isotype, K, photo at MO, NY). Fig. 102a-h<br />
metrical, with obtuse, rounded <strong>and</strong> usually retuse apex<br />
(vs. leaflets asymmetrical especially at base, short to<br />
long-acuminate at apex). The specific epithet refers to<br />
the retuse apices of the leaflets in this species.<br />
<strong>Talisia</strong> heterodoxa Steyermark, Ann. Missouri Bot. Phenology. Flower from April to December <strong>and</strong> fruit<br />
Gard. 75: 1073. 1988. Type. Venezuela. Bolivar:<br />
Represa Guri, isl<strong>and</strong>s 6-18 km S of dam, forest,<br />
7038'N, 62058'W, 220-240 m, 2 Apr 1981 (fl),<br />
Liesner & Gonzalez 11151 (holotype, MO;<br />
isotypes, NY, US, VEN).<br />
from September to April.<br />
Distribution <strong>and</strong> Ecology. (Fig. 103) Venezuela,<br />
Guyana, Surinam, Peru, Brazil, <strong>and</strong> Bolivia. In terra<br />
firme, vatrzea, dry, <strong>and</strong> semideciduous forests.<br />
Tree 20-25 m tall; trunk reaching 30-40 cm in diam.,<br />
not buttressed. Branches terete, glabrous. Leaves<br />
paripinnate or imparipinnate; distal process acicular, truncate,<br />
2-4 mm long; leaflets (2-) 8-12, opposite to alternate,<br />
oblong-elliptic, oblong or oblanceolate, coriaceous,<br />
5.5-11.5 (-16) x 2-4 (-6.5) cm, glabrous, the adaxial<br />
surface with prominulous midvein, secondary veins<br />
plane or slightly impressed, the abaxial surface gl<strong>and</strong>ular-punctate,<br />
with prominent midvein <strong>and</strong> secondary<br />
veins, tertiary veins reticulate, the apex rounded, usually<br />
retuse <strong>and</strong> sometimes mucronate, the base attenuate or<br />
obtuse, decurrent on to the petiolule; petiolules pulvinate<br />
at base, 4-7 mm long; rachis 3-20 cm long, obtusely<br />
angled, adaxially bisulcate, abaxially striate, glabrous;<br />
petioles 1.7-11 cm long, slightly flattened along<br />
adaxial surface, abaxially striate, glabrous, enlarged at<br />
base. Thyrses panicle-shaped, 10-40 cm long, terminal<br />
or axillary; cataphylls supra-axillary, clustered, acicular,<br />
glabrous or puberulent, 2-5 mm long; axes nearly terete,<br />
sulcate, puberulent; secondary axes to 20 cm long;<br />
bracts <strong>and</strong> bracteoles subulate, early deciduous; dichasia<br />
simple or compound; peduncle 0.5-1 mm long, tomentose;<br />
pedicels 0.5-0.7 mm long, tomentulose, articulate<br />
at apex. Calyx ca. 2.2 mm long, puberulent on both<br />
surfaces, the sepals 1.5-2 mm long, ovate or roundedovate,<br />
ciliate at margins; petals white, oblong, or elliptic,<br />
4.8-6.2 mm long, abaxially glabrous except for the appressed-pubescent<br />
base, adaxially sparsely papillate, the<br />
Common names <strong>and</strong> uses. Brazil: Pitomba,<br />
pitomba de anta, pitombinha, macucu. Venezuela:<br />
7iestigo. The seeds have a fleshy edible testa.<br />
Representative specimens examined. VENE-<br />
ZUELA. Bolivar: Mun. Piar, Isla Redonda, Lago Guri,<br />
15 km E of the damp, Feb 1992 (fr), Aymard et al. 10148<br />
(NY, PORT), Represa Guri, 220-240 m, 2 Apr 1981 (fr),<br />
Liesner & Gonzalez 11116 (MO, NY, PORT, US); Bajo<br />
Caura, Isla de Guayapo, 250-300 m, 16 Apr 1939 (fl),<br />
Williams 11833 (US-2, VEN).<br />
GUYANA. Upper Takutu/ Upper Essequibo: Nappi<br />
creek watershed, 350-600 m, 9 Feb 1993 (st), Hoffman<br />
& Foster 3599 (US); Wabuwak, Kanuku Mts., 615 m,<br />
Nov 1948 (fl), Wilson-Browne 437 (NY-2, US), 600 m,<br />
Nov 1948 (fl), Wilson-Browne 471 (NY).<br />
SURINAM. Nickerie: Sipaliwini, 325 m, 13 Nov<br />
1968 (fl), Oldenburger et al. 538 (K, NY).<br />
PERU. Huanuco: Pachitea, 300-400 m, 17 Feb<br />
1967 (fr), Schunke 1637 (F, NY, US). Madre de Dios:<br />
Tambopata Tourist Camp at junction of Tambopata &<br />
La Torre rivers, 280 m, 22 Jul 1985 (st), Gentry et al.<br />
51136 (MO). Puno: C<strong>and</strong>amo river, 810 m, 25 May<br />
1992 (st), Gentry et al. 77167 (MO).<br />
BRAZIL. Acre: Brasileia, 3 Nov 1980 (fr), C.<br />
Ferreira et al. 3114 (INPA, MG, MO, NY, US); Brasileia-<br />
Assis road, 2 Nov 1980 (fr), Lowrie et al. 684 (MG, US);<br />
Tarauaca. basin of Jurua river, Tarauaca' river. Seringal<br />
Macei6, 23 Sep 1994 (fl), Silveira et al. 876 (US).<br />
Maranhao: Isl<strong>and</strong> of Sao Luis, Feb-Mar 1939 (fr),<br />
Froes & Krukoff 11510 (MO, U); Alto Turi, 26 Oct 1962
15 8 FLORA NEOTROPICA<br />
4,<br />
/<br />
Fig. 102. <strong>Talisia</strong> retusa. A. flowering branch. B. detail of abaxial surface of leaflet <strong>and</strong> apex showing mucron.<br />
C. staminate flower. D. I.s. staminate flower showing disc, stamens, <strong>and</strong> pistillode. E. adaxial <strong>and</strong> abaxial views of<br />
petal with adnate appendage. F. staminate flower with perianth removed showing disc <strong>and</strong> stamens. G. stamen.<br />
H. partly denuded infructescence with fruit. (A-G from Wilson-Browne 471; H from Vieira 801).
TAXONOMIC TREATMENT 159<br />
9 ;w WMj ' 7OWI 6(V 5 WVI 40W<br />
160 FLORA NEOTROPICA<br />
3mm3<br />
Fig. 104. <strong>Talisia</strong> setigera. A. portion of inflorescence <strong>and</strong> leaf. B. detail of abaxial side of leaflet showing<br />
petiolule, midvein, <strong>and</strong> pubescence. C. detail of inflorescence with denuded dichasium, <strong>and</strong> detail of trichome.<br />
D. staminate flower. E. adaxial <strong>and</strong> abaxial views of petal with adnate appendage. F. staminate flower with perianth<br />
removed showing disc <strong>and</strong> stamens (left) <strong>and</strong> pistillode (right). G. stamen. H. portion of infructescence. (A-G<br />
from Asplund 5412; from Dodson 5893).
TAXONOMIC TREATMENT 161<br />
slightly striate abaxially, with same indumentum as the Common name. Huevos de chivo.<br />
rachis, enlarged at base. Thyrses panicle-shaped, ca.<br />
Representative specimens examined. ECUADOR.<br />
35 cm long, terminal or axillary; cataphylls pinnate, or Esmeraldas: Pambil river near Estero Capuli, 150 m, 3<br />
less often acicular, 1-3 cm long, setigerous; axis angled, Jul 1966 (fr), Jativa & Epling 1057 (MO, NY, U, US).<br />
sulcate, sericeous-setigerous, the hairs ferruginous <strong>and</strong> Esmeraldas: 50 km SW of Atacames along the<br />
septate, intermixed with shorter, straight hairs; bracts Esmeraldas-Muisne road, 150 m, 16 Sep 1982 (fr),<br />
<strong>and</strong> bracteoles subulate, ca. 1 mm long, pubescent, early Balslev & Steere 3101 (QCA, NY). Los Rios: Hacienda<br />
deciduous; dichasia compound, simple or of a solitary Clementina on Pita river, 20 Mar 1939 (fl), Asplund 5412<br />
flower due to the abortion of lateral flowers; peduncle (K, US); Santo Domingo, Rio Palenque Biological Station,<br />
150-200 m, 11 Feb 1973 (fr), Dodson 5236 (US),<br />
flattened, 2-6 mm long; pedicels 1-2.5 mm long, ar-<br />
25 Jul 1975 (fr), Dodson 5893 (MO, QCA, US), 1 Mar<br />
ticulate at upper third, both with same indumentum as<br />
1976 (fl), Dodson 5998 (MO, QCA); Canton Vinces, km<br />
the axis. Calyx light green, 3-4.5 mm long, puberulent 70 along Quevedo-Palenque road, 100 m, 23 Mar 1980<br />
<strong>and</strong> sparsely setigerous, the sepals 2-3.5 mm long, (fl), Dodson & Gentry 9798 (F); Jauneche Forest, 100 m,<br />
oblong, elliptic or deltate, concave, obtuse to acute at 14 Jul 1979 (fr), Dodson et al. 7989 (MO); Montalvo,<br />
apex, ciliate at margins; petals white, 5-6 mm long, Bosque del Oro, Hac. Las Balsas, 30-400 m, 28 Jun 1964<br />
oblong to nearly spatulate, glabrous except for the (st), Jativa & Epling 636 (MO). Manabi: San Sebastian.<br />
abaxially tomentose base <strong>and</strong> ciliate lower margins, Parque Nacional Machalilla, 600 m, 20 May 1995 (fr),<br />
rounded at apex, cuneate at base; appendage as long as Cornejo & Bonifaz 3878 (US); Portoviejo-Pichincha<br />
road, 3 km E of San Placido, 150-200 m, 6 May 1985<br />
the petal, deltate, abaxially sparsely appressed-pubes-<br />
(fr), Harling & Andersson 24900 (QCA).<br />
cent sometimes nearly glabrous, adaxially sericeous<br />
above the base; disc cup-shaped, 5-lobed, hispidulous<br />
at apex, ca. 1 mm tall; stamens 8, the filaments of equal 51. TALISIA STRICTA (Karsten & Triana) Triana<br />
or nearly equal length, sparsely pilose, ca. 3.5 mm long, & Planchon, Ann. Sci. Nat. Ser. 4, 18: 369. 1862.<br />
the anthers oblong or oblong-lanceolate, ca. 1.5 mm Comatoglossum strictum Karsten & Triana in<br />
long, apiculate at apex; ovary ovoid, sericeous, the stigma Triana, Nuev. Jen. Esp. 11. 1854. Type. Colomoblong,<br />
trigonous, short, papillate. Fruit yellow, obov- bia. Bogoti: between Apulo & Piedras, 600 m,<br />
oid, apiculate, ca. 3 cm long, puberulent, granulate, the Mar 1853 (fl), Triana s.n. (lectotype, COL, here<br />
pericarp woody, ca. 2 mm thick. Seeds one or two per designated; isolectotype, COL). Syntypes. Colomfruit,<br />
the testa fleshy. Embryo with cotyledons super- bia. Bogota: between Apulo & Magalena, 800 m,<br />
imposed, the upper one larger than the lower one. s.d. (fl) Triana s.n. (K, P-2); Bogota: between<br />
A photograph of a likely holotype (Eggers 14704, Tocaima & Magalena, 300-800 m, s.d. (fl) Triana<br />
annotated by Radikofer) for T setigera., was distributed s.n. (K). Fig. 105a-h<br />
by the Field Museum (F neg. 6025) as being a Munich<br />
specimen. However, I have not been able to locate this Treelet 1-3 m tall. Stems terete, cano-velutinous,<br />
specimen at Munich, suggesting that the specimen be- smooth. Leaves paripinnate; distal process acicular, 4-<br />
longed to another herbarium. It is quite possible that 6 mm long; leaflets 12-22, opposite to alternate, oblanthis<br />
specimen may have been from Berlin, in which case<br />
ceolate to nearly oblong, 9-18 x 3.2-6 cm, chartaceous<br />
it would have been destroyed. Not being able to locate<br />
to coriaceous, the adaxial surface glabrous except for<br />
the sometimes canescent midvein, the abaxial surface<br />
this specimen, I have decided to lectotypify T setigera<br />
canescent, the venation brochidodromus, plane on<br />
with one of the remaining isotypes.<br />
adaxial surface, prominent on abaxial surface, tertiary<br />
<strong>Talisia</strong> setigera seems to be closely related to T.<br />
veins reticulate, the margins entire, revolute, ciliate, the<br />
pinnata as they share numerous morphological feaapex<br />
obtusely <strong>and</strong> abruptly acuminate or less often acutures.<br />
However, T setigera can be distinguished from<br />
minate, the base cuneate-obtuse, conspicuously asymthe<br />
latter by its setigerous branches <strong>and</strong> abaxial side of<br />
metrical; petiolules nearly cylindrical, velutinous, thickleaflets<br />
(vs. hirsutulose to tomentose branches <strong>and</strong> piened<br />
for their entire length, slightly flattened adaxially,<br />
lose abaxial surface of leaflets). The specific epithet<br />
3-4 mm long, velutinous; rachis terete, bicanaliculate<br />
refers to the setigerous indumentum in this species.<br />
toward distal portion, cano-pubescent, 16.5-20 cm<br />
Phenology. Collected in flower during March <strong>and</strong><br />
in fruit in February, May, <strong>and</strong> July.<br />
long; petioles 9-13 cm long, terete, cano-pubescent,<br />
thickened at base. Thyrses panicle-shaped, pyramidal,<br />
terminal, to 50 cm long, lateral basal branches to 20 cm<br />
Distribution <strong>and</strong> Ecology. (Fig. 107) Known only long; cataphylls pinnate, 6.5-10 cm long, cano-velutinous<br />
from Ecuador, in understory of moist, seasonally to -pilose, congested at distal portion of stem; axes<br />
flooded forest.<br />
nearly terete, striate to sulcate, tomentulose to tomen-
162 FLORA NEOTROPICA<br />
5mm<br />
\~~~~~~~~~~~~~~~~~~~~~~~qo<br />
IIP,<br />
2mm 2m[m. ./A<br />
Fig. 105. <strong>Talisia</strong> stricta. A. portion of flowering branch <strong>and</strong> portion of leaf. B. staminate flower. C. adaxial <strong>and</strong><br />
abaxial views of petal with adnate appendage. D. l.s. staminate flower showing disc, stamens <strong>and</strong> pistillode. E. stamen.<br />
F. l.s. pistillate flower showing ovules. G. pistillate flower with perianth removed showing disc, sterile stamens <strong>and</strong><br />
pistil, <strong>and</strong> c.s. pistil. H. sterile stamen. (All from Killip 38319).<br />
3 cm.[
TAXONOMIC TREATMENT 163<br />
tose; bracts oblong, tomentulose to tomentose, persistent,<br />
3-4 mm long; dichasia compound; peduncles, 6-<br />
15 mm long, flattened; pedicels < 1 mm long, tomentose,<br />
articulate at base. Calyx 4.5-6mm long, tomentose,<br />
the sepals ovate, the 3 outer ones ca. 3 mm long, the 2<br />
<strong>Talisia</strong> carinata forma acutisepala Radlkofer in<br />
Martius, Fl. Bras. 13 (3): 549. 1900. Type. French<br />
Guiana. Without specific locality or date, Melinon<br />
357 (lectotype, P, here designated). Syntype.<br />
French Guiana. Acarouany, May 1858 (fl), Sagot<br />
s.n. (K, P-2).<br />
inner ones ca. 2 mm long; petals white, nearly spatu- <strong>Talisia</strong> micrantha Radlkofer, Fedd. Repert. Nov. Spec.<br />
late, 6-9 mm long, reflexed at anthesis, abaxially to- 9: 375. 1911. Type. Surinam. Tapanahony river,<br />
mentose on lower half, adaxially glabrous, the apex Aug 1904 (fl), Versteeg 807 (holotype, U).<br />
rounded, the base clawed; appendages oblong, as long<br />
<strong>Talisia</strong> reticulata Radlkofer, Repert. Spec. Nov. Regni<br />
Veg. 9: 376. 1911. Type. Surinam. Tapanahony<br />
or little shorter than the petals, bifid, erect, tightly conriver,<br />
vic. of Onie Haberteg, Jul 1904 (fl),<br />
vergent, villous on both surfaces; disc cup-shaped, 5- Versteeg 674 (holotype, U, photo at US; isotypes,<br />
lobed, hirsute, ca. 1 mm tall; stamens 8, the filaments M, P-2)<br />
sparingly woolly-pubescent, of equal length, ca. 2.5 mm<br />
Slender tree or treelet, 2-8 m tall, unbranched or<br />
long, the anthers oblong, ca. 2.2 mm long, glabrous,<br />
with few ascending, sympodial branches on distal porapiculate<br />
at apex; ovary conical, tomentose, the stigma<br />
tion; trunk to 8 cm in diam.; bark light brown,<br />
cylindrical, papillate. Fruits nearly ovoid, appressed<br />
lenticellate. Stems terete, puberulent or tomentulose,<br />
ferruginous-pubescent, ca. 3 cm long, minutely<br />
dull, becoming lenticellate <strong>and</strong> glabrous with age.<br />
granulose, apiculate, the pericarp woody, ca. 1.5 mm<br />
Leaves paripinnate or imparipinnate, spirally arranged<br />
thick, the endocarp puberulent. Seed solitary or less<br />
on distal portion of stem; distal process 2-3 mm long,<br />
often two per fruit, ovoid, the sarcotesta very thin, not<br />
acicular or truncate; leaflets 5-14, altemate or opponoticeable<br />
when dry. Embryo of 2 equal, erect cotylesite,<br />
elliptic or oblong-elliptic, chartaceous, 7.4-26 (40)<br />
dons, or these obliquely superimposed.<br />
x (2.2) 3.5-9(-16) cm, the adaxial surface glabrous or<br />
<strong>Talisia</strong> stricta is distinguished by its canescent<br />
sometimes with a few hairs along the prominulous<br />
young stems, leaf rachises <strong>and</strong> abaxial surface of the<br />
midvein, primary <strong>and</strong> secondary veins impressed, the<br />
leaflets. The specific epithet refers to the tightly conabaxial<br />
surface with puberulent, prominent primary<br />
vergent petal appendages.<br />
<strong>and</strong> secondary veins, secondary veins collected into a<br />
Phenology. Flowering from January to June <strong>and</strong><br />
fruiting in March <strong>and</strong> August.<br />
strong intramarginal vein, tertiary veins prominulous,<br />
reticulate, the apex acuminate, abruptly acuminate or<br />
apiculate, the base usually inequilateral, one side ob-<br />
Distribution <strong>and</strong> Ecology. (Fig. 107) Known only tuse the other acute or attenuate, the margins entire to<br />
from Colombia in forest on hillsides <strong>and</strong> along slightly undulate; petiolules pulvinate, minutely puriverbanks.<br />
bescent, conical, 5-10 mm long, sometimes extend-<br />
Common name. Mata puerco.<br />
ing into the blade; rachis (14.5)19-32(48) cm long,<br />
minutely pubescent, terete or sometimes obtusely<br />
Representative specimens examined. COLOMBIA. angled or canaliculate on distal portion, lenticellate <strong>and</strong><br />
Without specific locality or date (fr), Mutis 4195 (US). striate along proximal portion; petioles 12-21(28) cm<br />
Casanare: San Ignacio, 5 Jan 1879 (fl), Andre 582 (K- long, terete, minutely pubescent, lenticellate, greatly<br />
2), Andre 583 (K, NY). Cundinamarca: Narifio, 350- enlarged at base. Thyrses panicle-shaped, 15-30 cm<br />
450 m, 1 Mar 1986 (fr), Ferndndez A. et al. 5484 (COL); long, axillary on distal portion of branches, or sel-<br />
Quebrada Carmargo, 460-480 m, 5 May 1944 (fl, yfr), dom cauliflorous; cataphylls acicular to dendroid, 4-<br />
Killip et al. 38246 (US); Tocaima, Haz. El Cucharo, 7<br />
12 mm long, minutely pubescent, clustered, supra-<br />
May 1944 (fl), Killip et al. 38319 (US); Viota to Girardot,<br />
axillary; axes sulcate, pinkish tinged, minutely pilose;<br />
320-560 m, Aug 1964 (fr), Saravia 4660, (COL);<br />
Tocaima, Haz. El Cucharo, 350 m, 14 Jun 1952 (fl),<br />
bracts <strong>and</strong> bracteoles subulate, 1-1.5 mm long; dicha-<br />
Uribe U. & Garcia 2317 (JAUM, US). Tolima: Chicoral, sia compound; peduncle 1-2 mm long, minutely,<br />
450 m, 11 Mar 1949 (fl), Haught 6353 (US-2). densely pilose; pedicels 1-1.7 mm long, articulate on<br />
upper half. Flower buds 5-angled-ovoid. Calyx cupshaped,<br />
pinkish tinged, 1-1.5 (2.5) mm long, minutely<br />
52. TALISIA SYLVATICA (Aublet) Radlkofer, pilose, the sepals 0.5-0.6 (1) mm long, ovate-deltate,<br />
Sitzungsber. Math.-Phys. Cl. K6nigl. Bayer Akad. strongly concave to carinate; petals cream or white, 3.5-<br />
Wiss. Miinchen 8: 341. 1 878.-Racaria sylvatica 4.5 mm long, oblong-elliptic, reflexed at anthesis,<br />
Aublet, Hist. P1. Guiane Suppl. 24. Tab. 382. 1775. abaxially glabrous, adaxially papillate or sparsely papil-<br />
Type. French Guiana. Without specific locality or late, obtuse at both ends, ciliate along proximal pordate<br />
(fr), Aublet s.n. (holotype, BM). Fig. 106a-i tion of margins; appendage elongate-deltate, as long
164 FLORA NEOTROPICA<br />
Fig. 106. <strong>Talisia</strong> sylvatica. A. leaf. B. detail of leaflets. C. inflorescence. D. dichasium. E. staminate flower. F.<br />
adaxial <strong>and</strong> abaxial views of petal with adnate appendage. G. staminate flower with perianth removed showing<br />
disc <strong>and</strong> stamens (left) <strong>and</strong> l.s. same showing pistillode. H. portion of infructescence. I. dorsal view of embryo. (A-<br />
G from Mori & Gracie 18928; H-I from Oldeman 4159).
TAXONOMIC TREATMENT 165<br />
.<br />
.7< ;- g WtW \ ; WrI -O 5 WI 40W I<br />
| <strong>Talisia</strong> setigera<br />
v <strong>Talisia</strong> stricta ...........<br />
'<br />
_z-a;l'<br />
* <strong>Talisia</strong> sylvatica 4 z~ ,.*Fii'."0 *<br />
(<br />
t<br />
stION<br />
,B ? , o '\/<br />
Fig. 107. Distribution of species in <strong>Talisia</strong> subgenus <strong>Talisia</strong> (in part).<br />
as the petal, adaxially hirsute on upper half, abaxially <strong>and</strong> 4) fruits 1-2 cm long (vs. 1.8-2.5 cm). The speglabrous<br />
for most of its length; disc hispidulous to to- cific epithet refers to the forested habitat where the spementose<br />
at apex, 5-lobed, 0.5 mm tall; stamens 5(6), cies is found.<br />
the filaments pilose or densely so, of similar length, 2-<br />
3 mm long, the anthers oblong to ellipsoid, 1-1.2 mm<br />
long, apiculate at apex; ovary ovoid, sericeous, the stigma<br />
Phenology. Flowers from May to November <strong>and</strong><br />
fruits from September to May.<br />
capitate, papillate. Fruit turning from green to yelloworange,<br />
ellipsoid, apiculate, ca. 2 cm long, puberulent,<br />
the pericarp coriaceous, granulose, ca. 1 mm thick, the<br />
endocarp glabrous. Seed solitary, ellipsoid, with creamyellow<br />
fleshy testa. Embryo with cotyledons lying<br />
slightly obliquely dorsiventrally to each other, the upper<br />
slightly larger than the lower one.<br />
Distribution <strong>and</strong> Ecology. (Fig. 107) Surinam,<br />
French Guiana, Brazil, <strong>and</strong> Peru, in lowl<strong>and</strong>, tenra finne,<br />
gallery, <strong>and</strong> periodically flooded forests.<br />
Common names. French Guiana: boisflambeau,<br />
gaulette indien, paicoussa, tepu, touliatan, tepuime.<br />
Surinam: bosknippa.<br />
<strong>Talisia</strong> sylvatica is vegetatively similar to T Representative specimens examined. SURINAM.<br />
nervosa, however, T sylvatica differs by the following Without specific locality, s.d. (fl), Hostmann 1123 (K),<br />
characters: 1) leaflets elliptic or oblong-elliptic, charta- Hostmann 1124 (K); Forest Reserve, 29 Jul 1933 (fl),<br />
ceous, abaxially minutely pubescent, the apex acuminate, Lanjouw 307 (MO). Commewijne: Vic. J<strong>and</strong>e creek, 23<br />
abruptly acuminate or apiculate (vs. oblong, narrowly Jul 1953 (bd), Lindeman 4465 (NY). Marowijne:<br />
oblong, elliptic, narrowly elliptic, oblanceolate or less<br />
often falcate, chartaceous to coriaceous, abaxially glabrous,<br />
the apex long-acuminate or less often obtuse);<br />
2) petiolules minutely pubescent (vs. glabrous); 3) leaf<br />
rachis minutely pubescent, terete or sometimes obtusely<br />
angled, canaliculate or slightly compressed on distal<br />
portion (vs. glabrous, slightly flattened dorsiventrally,<br />
Moengo, Cottica, 23 Jul 1953 (fr), Cowan 38983 (NY,<br />
US); Lely Mts., 550-710 m, 28 Sep 1975 (fr),<br />
Lindeman et al. 490 (K, MO, NY, VEN); Lely Mts., 175<br />
kms SSE of Paramaribo, 500-700 m, 18 Oct 1976 (fr),<br />
Mori & Bolten 8534 (NY); Para, 1 Aug 1920 (fl), Pulle<br />
110 (K-2).<br />
FRENCH GUIANA. Bassin de L'Approuague:<br />
Arataye river at Saut Parare, Oct 1984 (fr), Forget 376<br />
sharply angled toward the margins on distal portion); (CAY); Approuague river near Saut Gr<strong>and</strong> Canori, 13<br />
2
166 FLORA NEOTROPICA<br />
Jul 1968 (fl), Oldeman T-32 (CAY-3); Upper Approuague Boeuf Mort, 300 m, 14 Jun 1988 (fl), Mori & Gracie<br />
river, vic of Parapou creek, 10 Oct 1968 (fr), Oldeman 18928 (NY); Monts La Fumee Oeste, 200-400 m, 31<br />
B-1911 (CAY); Saut Fini, 13 Sep 1968 (fr), Oldeman Mar 1983 (fr), Mori & Pipoly 15464 (NY-2); Between<br />
2811 (CAY-2); Arataye river at Saut Parare, 15 Aug 1977 Eau Noire creek & Monts Galbao, 2 May 1973 (bd),<br />
(fr), Sastre 5669 (CAY). Bassin de la Camopi: Saut Oldeman 3292 (CAY-2, P, US); Montagne Gr<strong>and</strong>-Fosse,<br />
Ouasseye, along Camopi river, alluvial plateau, 13 Dec 28 Oct 1971 (fr), Oldeman 4159 (CAY, NY).<br />
1967 (fr), Oldeman 2671 (CAY-2, P). Bassin de la Comtk: PERU. Loreto: Puerto Almendras, 130 m, 16 Jun<br />
Montagnes Soufflet, vic. of Comte river, 10 Jun 1975 1990 (fr), Gentry et al. 71196 (US); Pefia Negra, on the<br />
(fl), de Granville B-5277 (CAY-2). Bassin de L'Inini: road from Iquitos past Quistococha, 7 Dec 1979 (fr),<br />
Palofini creek, 22 Aug 1970 (fl), de Granville C-40 (CAY, Jones 9683 (WIS); Mishuyacu, near Iquitos, 100 m, Oct-<br />
P); Montagne Bellevue de L'Inini, 600-700 m, 3 Sep Nov 1929 (fl), Klug 104 (F, NY, US), (fl), Klug 389 (F,<br />
1985 (fr), de Granville et al. 8028 (CAY-2, P, US). Bassin US); Santa Maria de Nanay, 10 km W of Mishana, along<br />
de la Mana: Route de L'Acarouany, 9 Feb 1990 (st), Nanay river, 130 m, 15 Mar 1991 (fr), Pipoly et al.<br />
Cremers & Hoff 11313 (CAY). Bassin du Maroni: St. 15028 (US); Quistococha, vic. Iquitos, 25 Feb 1977 (fr),<br />
Jean, 8 May 1914 (fl), Benoist 1193 (P-2); Upper Revilla 2408 (MO, NY); Road to Peiia Negra, trail to<br />
Maroni, Antecume Pata, 19 Nov 1977 (fr), Cremers Itaya river, 120-140 m, 20 Jan 1984 (fr), Rimachi 7309<br />
5084 (CAY-2, P, US), 5 Nov 1977 (fl), Cremers 4963 (US); Alpahuayo, IIAP Station, 19 Oct 1984 (bd),<br />
(CAY-2, P, US); Anapaike, 23 Jul 1996 (yfr), Fleury 958 Vasquez & Criollo 5780 (MO); Puerto Almendras,<br />
(US); Gr<strong>and</strong> Inini river, 5 Sep 1970 (fr), de Granville Nanay river, 30 Oct 1984 (yfr), Vasquez & Jaramillo<br />
B-3677 (CAY, P); Maroni at Saut Badjeri, 8 Sep 1970 5875 (MO); Quebrada Santa Cruz, 18 Mar 1982 (fr),<br />
(fr), de Granville B-3736 (CAY, P), 7 Aug 1985 (fr), de<br />
Vasquez & Ruiz 2917 (MO, NY); Iquitos, 130 m, 23<br />
Granville et al. 7307 (CAY); Upper Maroni, Antecume<br />
May 1990 (fr), Vdsquez et al. 13741 (US).<br />
Pata, Oct 1976 (fl), Moretti 353 (CAY), 20 Apr 1975 (fr),<br />
BRAZIL. Amapi: Oiapoque, 5 Oct 1949(fr), Black<br />
Sastre et al. 3832 (CAY-2, P, US); Maroni, s.d. (fl),<br />
49-8388 (IAN). Amazonas: Moro da Seis Lagoas, 400<br />
Wachenheim 26 (P). Bassin du Sinnamary: Sinnamary,<br />
m, 20 Sep 1990 (st), Nelson 2428 (MO). Mun. Humaita,<br />
10 m, 24 Nov 1989 (fr), Schafer 9221 (CAY). Bassin<br />
estrada Huimata'-Porto Velho, km 60, 30 Apr 1982 (fr),<br />
Teixeira et al. 89 (INPA, K, MG, NY).<br />
de la Yaloupi: Yaroupi river, near Saut Coueki, 8 Apr<br />
1970 (st), de Granville 493 (CAY). Bassin de la Waki:<br />
Rivier Ouaqui-Grigel, 4 Jul 1973 (yfr), de Granville<br />
EXCLUDED TAXA<br />
1685 (CAY-2, P, US-2). Ile de Cayenne: Mont Gr<strong>and</strong> <strong>Talisia</strong> diphylla St<strong>and</strong>ley = Exothea diphylla<br />
Matoury, 13 Jul 2000 (st), Acevedo R. 11123 (CAY, US). (St<strong>and</strong>ley) Lundell<br />
Piste de Saint Elie: Station Biologique ORSTOM, 1 May <strong>Talisia</strong> jimenezii Alain = <strong>Melicoccus</strong> jimenezii<br />
1992 (st), Acevedo R. 4875 (CAY, US), 8 May 1992 (Alain) Acevedo-Rodriguez<br />
(fl), Acevedo R. 4925 (US-2), 9 Sep 1992 (fr), Prevost <strong>Talisia</strong> laxiflora Bentham = Matayba guianensis<br />
3028 (CAY, US); St. Elie road, km 17, 4 May 1990 (fl),<br />
Aublet f. laxiflora (Bentham) Radlkofer<br />
Sanoja & Loup 3523 (CAY). Region Littorale: Kourou,<br />
<strong>Talisia</strong> oliviformis (H.B.K.) Radlkofer =Melicocca<br />
Passoura creek, 6 May 1992 (fl), Acevedo R. et al. 4911<br />
(CAY, US). Region Paul Isnard: Paul Isnard road, km<br />
oliviformis H.B.K.<br />
70, 7 Nov 1982 (fr), Feuillet 255 (CAY, P, US). Region<br />
<strong>Talisia</strong>pedicellaris Sagot ex Radlkofer =<strong>Melicoccus</strong><br />
de Saul: Route de Belizon, Eaux Claires to Saul, ca. 2 pedicellaris (Sagot ex Radlkofer) Acevedo-Rodriguez<br />
km S, 26 May 1992 (fl), Acevedo R. & Angell 5028 (US); <strong>Talisia</strong> peruviana St<strong>and</strong>ley = Simaroubaceae,<br />
Eaux Claires, sentier Botanique, ca. 700 m from entrance, undescribed genus.<br />
230 m, 22 May 1992 (bd), Acevedo R. et al. 4999 (CAY, <strong>Talisia</strong> porteriana Johnst. ex Croat (invalid name,<br />
US-2), 22 May 1992 (fr), Acevedo R. et al. 5001 (US), published in synonymy)= Matayba glaberrima<br />
3-5 km from entrance, 350 m, 24 May 1992 (bd), Radlkofer<br />
Acevedo R. et al. 5014 (US); Gr<strong>and</strong> Boeuf Mort, 300 m,<br />
8 Dec 1977 (st), Cremers 3906 (CAY); Saul, 220 m, 23<br />
Jun 1988 (fl), Gentry et al. 63137 (MO); Monts Galbao,<br />
10 km W/SW of Sail, 420 m, 17 May 1973 (fl), de<br />
Granville 1664 (CAY-3, P); La Fumee-La Douane, 3 Apr<br />
<strong>Talisia</strong> prancei G. Guarim Neto = Matayba<br />
guianensis Aublet<br />
<strong>Talisia</strong> svensonii St<strong>and</strong>ley = Cupania seemannii<br />
Triana & Planchon<br />
1982 (fr), de Granville 5049 (CAY-2); Plateau La Douane,<br />
30 Sep 1974 (fr), de Granville B-5176 (CAY-2); Saul, ACKNOWLEDGMENTS<br />
along tributary of Mana river, 380 m, 13 Nov 1997 (fr),<br />
Gustafsson 319 (CAY, NY); Montagne Gr<strong>and</strong>-Fosse, 7<br />
Nov 1974 (fr), Jacquemin 1438 (CAY-2); Carbet Mais<br />
trail, between Mt. La Fumee & Crique Nouvelle France,<br />
300 m, 9 Sep 1989 (fr), Mori et al. 20868 (CAY, NY,<br />
US); Eaux Claires, 6 Nov 1997 (fr), Mori et al. 24669<br />
(CAY, NY), (fr), Mori et al. 24671 (CAY, NY); Gr<strong>and</strong><br />
This publication was made possible through the<br />
collaboration of numerous people <strong>and</strong> by the financial<br />
support of the Smithsonian Institution.<br />
I am indebted to the following people who either<br />
gave their time <strong>and</strong> advice or performed numerous tasks<br />
during the completion of this study: Mark T. Strong
LITERATURE CITED 167<br />
(US) for performing numerous technical tasks, includ- Botany for funding the botanical illustrations; The<br />
ing management of exsiccatae, data gathering <strong>and</strong> en- Neotropical Lowl<strong>and</strong>s Research Program for fundtry,<br />
acetolysis of pollen, preparation of SEM stubs <strong>and</strong> ing most of the field work, field supplies <strong>and</strong> some of<br />
light slides, SEM microscopy, leaflet x-rays, prepara- the field equipment; The Biological Dynamics of Fortion<br />
of image plates, proof reading, writing figure cap- est Fragments Program for providing financial suptions,<br />
<strong>and</strong> editing; Bobbi Angeli (NY) for rendering port for my field work in Amazonas, Brazil; <strong>and</strong> the<br />
precise <strong>and</strong> artistically pleasing illustrations, <strong>and</strong> for Biological Diversity of the Guianas Program for supaccompanying<br />
me in the field; Gerardo Aymard porting my field work in the Tumuc Humac region of<br />
(PORT) & Paul E. Berry (WIS) for their collabora- French Guiana-Surinam-Brazil.<br />
tion during field work in southem Venezuela; German I am also indebted to the curators of the following<br />
Carnevali, Jose Luis Tapia, <strong>and</strong> Filogonio May Pata herbaria for loaning their valuable collections, for send-<br />
(CICY) for their valuable collabortation during field ing numerous specimens as gift for determination <strong>and</strong><br />
work in the Yucatan Peninsula; Jose A. Cedefio for or photos of type specimens <strong>and</strong> for valuable discushis<br />
assistance in the field; Ricardo Callejas (HUA) sions on the status of their collections: BM, BOL, BR,<br />
for facilitating field work <strong>and</strong> collecting permits; Dan<br />
Cole for helping generate the distribution maps; Ellen<br />
Far (US) for converting the coordinate data into a usable<br />
format for generating the distribution maps;<br />
C, CAY, CICY, COAH, COL, CVRD, F, HUA, IAN,<br />
INPA, JAUM, JBSD, K, M, MA, MEDEL, MER, MG,<br />
MO, NY, P, PORT, QCA, R, RB, U, UPR, USM, VEN.<br />
Christiane Feufllet (US) for his valuable help in translating<br />
French text; Vicki Funk (US) for her valuable<br />
help <strong>and</strong> discussions during the performance of the<br />
cladistic analyses; Ricardo Garcia <strong>and</strong> Melciades<br />
ABBREVIATIONS<br />
bd: flower buds<br />
yfr: young fruit<br />
Mejias (JBSD) for their assistance in the field <strong>and</strong><br />
granting of collecting permits; Carol Gracie (NY) for LITERATURE CITED<br />
providing numerous <strong>Talisia</strong> photos, two of which are Acevedo-Rodriguez, P. 1990. The occurrence of<br />
piscicides <strong>and</strong> stupefactants in the plant kingdom.<br />
published in this monograph; Jean Jacques de Adv. Econ. Bot. 8: 1-23.<br />
Granville (CAY) for planning <strong>and</strong> collaborating on an . 1993. Systematics of Serjania (<strong>Sapindaceae</strong>).<br />
expedition to the Tumuc Humac Mts.; Ximena Part I: A revision of Serjania Sect. Platycoccus. Mem.<br />
Londofio for facilitating fieldwork in Colombia; Scott New York Bot. Gard. 67: 1-93.<br />
A. Mori (NY) for his support during field work in Saul,<br />
. . 1996. Flora of St. John, U.S.V.I. Mem. New<br />
York Bot. Gard. 78: 1-581.<br />
French Guiana; Dan Nicolson (US) for his valuable . 1997. <strong>Melicoccus</strong> jimenezii (<strong>Sapindaceae</strong>) una<br />
discussions <strong>and</strong> advice on typification, nomenclature, nueva combinacion basada en <strong>Talisia</strong> jimenezii,<br />
derivation of Latin names, <strong>and</strong> for reviewing the Latin<br />
diagnoses; Joan Nowicke (US) for her valuable discussion<br />
on pollen morphology; Marie F. Pr6vost <strong>and</strong><br />
Daniel Sabatier (CAY) for their assistance <strong>and</strong> hosespecie<br />
endemica de la Repu'blica Dominicana.<br />
Moscosoa 9: 58-61.<br />
. 1998. Novelties in Neotropical <strong>Sapindaceae</strong> II.<br />
Notes on Averrhoidium, Serjania <strong>and</strong> Porocystis.<br />
Novon 8: 105-106.<br />
pitality in the field <strong>and</strong> for sharing of their plot data on Aublet, F. 1775. Histoire des Plantes de la Guiane<br />
French Guiana <strong>Sapindaceae</strong>; Jose Lima Santos <strong>and</strong> Frangoise. Vol. I-IV. London.<br />
Bawa, K. S. 1976. The reproductive biology of Cupania<br />
J. Guedes de Oliveira (INPA) for their assistance guatemalensis Radlkofer (<strong>Sapindaceae</strong>). Evolution<br />
during the Alto Rio Negro expedition; Ruth Shallert 31: 52-63.<br />
(US) for requesting numerous interlibrary loans; Alice Bentham, G. 1850. Report on the dried plants collected<br />
Tangerini (US) for illustrating some of the <strong>Talisia</strong> by Mr. Spruce in the neighbourhood of Para in the<br />
months of July, August, <strong>and</strong> September, 1849.<br />
species <strong>and</strong> embryos, <strong>and</strong> for preparing the final maps Hooker's J. Bot. Kew. Gard. Misc. 2: 209-212.<br />
of distributions; Warren L. Wagner (US) for allow- Browne, P. 1756. The Civil <strong>and</strong> Natural History of<br />
ing the use of his Maclntoch computer used for the Jamaica. London.<br />
cladistic analysis; <strong>and</strong> Dieter Wasshausen (US) for Brunner, M., L. J. Kucera, <strong>and</strong> E. Zurcher. 1994.<br />
photographing the type of <strong>Talisia</strong> dasyclada during his Major Timber Trees of Guyana, A Lens Key.<br />
Tropenbos Series 10. 1-183. The Netherl<strong>and</strong>s.<br />
trip to the St. Petersburg herbarium. I am especially CambessOdes, J. 1829. Memoire sur la famile des<br />
grateful to reviewers James L. Luteyn, John D. Sapindaces. MWm. Mus. D'Hist. Nat. 18: 1-50.<br />
Mitchell, Mike Nee, <strong>and</strong> an anonymous reviewer for de C<strong>and</strong>olle, A. P. 1824. <strong>Sapindaceae</strong>. Pp. 601-618.<br />
their efforts to improve the manuscript.<br />
In: Prodromus Systematis Naturalis Regni Vegetabilis<br />
1, Treuttel & Wiirtz, Paris.<br />
The following funds, within the Smithsonian Insti-<br />
Capuron, R. 1969. Revision des Sapindacees de Madatution,<br />
fully funded this project from its inception to gascar et des Comores. Mem. Mus. Nat. D'Hist. Nat.<br />
completion: The Wolcott Fund at the Department of Ser. B, Botanique. 19: 1-189.
168 FLORA NEOTROPICA<br />
Ferrucci, M. S. & P. Acevedo-Rodriguez. 1998. University of the West Indies Publishers'Association,<br />
Cardiospermum cuchujaquense (<strong>Sapindaceae</strong>), a new Kingston, Jamaica.<br />
species from Sonora, Mexico. Novon 8: 235-238. Pio Corr6a, M. 1984. Dicionirio das Plantas Uteis do<br />
Fouilloy, R. & N. Hall*. 1973a. <strong>Sapindaceae</strong>. In: A. Brasil e das Ex6ticas Cultivadas. Vol. 5. Rio de Janeiro.<br />
Aubreville <strong>and</strong> J. F. Leroy. Flore du Cameroun. Polak, A. M. 1992. Major Timber Trees of Guyana. A<br />
Museum National D'Histoire Naturelle, Paris. field guide. Tropenbos Series 2. 1-272. The Neth-<br />
. 1973b. <strong>Sapindaceae</strong>. In: A. Aubreville <strong>and</strong> J. F. erl<strong>and</strong>s.<br />
Leroy. Flore du Gabon. Museum National D'Histoire Popenoe, W. 1920. Manual of Tropical <strong>and</strong> Subtropi-<br />
Naturelle, Paris.<br />
Garcia, R. & M. Mejia. 1996. El Cotoperi: Un frutal<br />
end6mico de la Repfiblica Dominicana, a punto de<br />
cal Fruits. Hafner Press. New York.<br />
Prance, G.T. 1977. The phytogeographic subdivisions<br />
of Amazonia <strong>and</strong> their influence on the selection of<br />
desaparecer. Listin Diario. 23 de julio, 1996. biological reserves. Pp. 195-212. In: G.T. Prance &<br />
Graham, A. 1996. Paleobotany of Puerto Rico. From<br />
Arthur Hollick's (1928) Scientific Survey paper to<br />
T.S. Elias (eds.), Extinction is Forever. New York<br />
Botanical Garden, Bronx, NY.<br />
the present. Pp. 103-129. In: J. Figueroa Colon Radikofer, L. 1878. Uber Sapindus und damit in<br />
(ed.), The scentific survey of Puerto Rico <strong>and</strong> the zusammenhang stehende Pflanzen. Sitzungsber.<br />
Virgin Isl<strong>and</strong>s. An eighty-year reassessment of the Math.-Phys. Cl. K6nigl. Bayer Akad. Wiss. Miinchen<br />
isl<strong>and</strong>'s natural history. Ann. New York Acad. Sci- 8: 222-223.<br />
ences. Vol. 776.<br />
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Halle, F., R. A. A. Oldeman & P.B. Tomlinson. 1978. Index generum phanerogamorum. Bruxell.<br />
Tropical Trees <strong>and</strong> Forests. An Architectural Analysis.<br />
441 pp. Springer-Verlag. Berlin.<br />
Hasskarl, J. K. 1842. Plantarum Rariorum Vel Minus<br />
- 1931-34. <strong>Sapindaceae</strong>. Pp. 1-1539. In: A. Engler<br />
(ed.), Das Pflanzenreich IV, 165 (Heft 98a-h). Verlag<br />
von Wilhelm Engelmann, Leipzig.<br />
Cognitarum Horti Bogariensis Decades. Lieden, S. Roosmalen van, M. G. M. 1985. Fruits of the Guianan<br />
en J. Luchtmans.<br />
Flora. Institute of Systematic Botany, Utrecht Uni-<br />
Hickey, L. J. 1979. A revised classification of the ar- versity.<br />
chitecture of dicotyledonous leaves. Pp. 25-39. In:<br />
C. Metcalfe & L. Chalk (eds.), Anatomy of the Di-<br />
Ruiz, H. & J. Pav6n. 1798. Systema Vegetabilium Florae<br />
Peruvianae et Chilensis. Madrid (typis Gabrielis<br />
cotyledons, vol. 1, 2nd ed. Clarendon Press, Oxford. de Sancha).<br />
Howard, R. A. 1989. Flora of the Lesser Antilles. Lee- Saint-Hilaire, A. 1824-1833. Flora Brasiliae eridionalis.<br />
ward <strong>and</strong> Windward Isl<strong>and</strong>s. Vol. 5. Arnold Arbore- - Paris.<br />
tum, Harvard University. Massachusetts. Stafleu, F. A. & R.S. Cowan. 1983. Taxonomic Litera-<br />
Jacquin, N. 1760. Enumeratio Systematica Plantarum. ture (2nd edition). Vol. 4. Bohn, Scheltema &<br />
Lugduni Batavorum [Leiden] (apud Theodorum Holkema, Utrecht/Antwerpen dr. W. Junk b.v.,<br />
Haak).<br />
Puplishers, The Hague/Boston.<br />
Kitanov, B. P. 1979. Novedades en la flora cubana III. St<strong>and</strong>ley, P. C. 1930. Studies of American plants III.<br />
Phytology 11: 47-53.<br />
Klaassen, R. 1999. Wood anatomy of <strong>Sapindaceae</strong>.<br />
IAWA Jornal, Supp. 2: 1-214.<br />
Leenhouts, P.W. 1975. Taxonomic notes on Glenniea<br />
(<strong>Sapindaceae</strong>). Blumea 22: 411-414.<br />
Liogier, H. A. 1980. Novitates Antillanae. Phytologia<br />
Publ. Field Mus. Nat. Hist. Bot. Ser., 8: 1-73.<br />
1931. <strong>Talisia</strong> floresii, a new fruit tree from Yucatan.<br />
Tropical Woods 26: 14-??<br />
.1933. The flora of Barro Colorado Isl<strong>and</strong>, Panama.<br />
Contrib. Arn. Arb. 5: 1-178.<br />
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Mus. Nat. Hist. Bot. Ser., 11: 143-276.<br />
Lorenzi, H. 1992. Arvores Brasileiras. Editora Plantarum Stearn, W. T. 1983. Botanical Latin. David & Charles,<br />
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Newton Abbot, London, North Pomfret.<br />
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LIST OF EXSICCATAE 169<br />
1. MELICOCCUS<br />
1. <strong>Melicoccus</strong> espiritosantensis Acevedo-Rodriguez<br />
2. <strong>Melicoccus</strong> pedicellaris (Sagot ex Radlkofer)<br />
Acevedo-Rodriguez<br />
3. <strong>Melicoccus</strong> petiolulatus Acevedo-Rodriguez<br />
4a. <strong>Melicoccus</strong> oliviformis (H.B.K.) Radlkofer subsp.<br />
oliviformis<br />
4b. <strong>Melicoccus</strong> oliviformis subsp. intermediaus<br />
(Radlkofer) Acevedo-Rodriguez<br />
5. <strong>Melicoccus</strong> antioquensis Acevedo-Rodriguez<br />
6. <strong>Melicoccus</strong> novogranatensis Acevedo-Rodriguez<br />
7. <strong>Melicoccus</strong> aymardii Acevedo-Rodriguez<br />
8. <strong>Melicoccus</strong> lepidopetalus Radlkofer<br />
9. <strong>Melicoccus</strong> bijugatus Jacquin<br />
10. <strong>Melicoccus</strong> jimenezii (Alain) Acevedo-Rodriguez<br />
2. TALISIA<br />
1. <strong>Talisia</strong> angustifolia Radlkofer<br />
2. <strong>Talisia</strong> chartacea Acevedo-Rodriguez<br />
3a. <strong>Talisia</strong> clathrata Radlkofer ssp clathrata<br />
3b. <strong>Talisia</strong> clathrata ssp canescens Acevedo-Rodriguez<br />
4. <strong>Talisia</strong> coriacea Radlkofer<br />
5. <strong>Talisia</strong> esculenta (Cambessedes) Radlkofer<br />
6. <strong>Talisia</strong> firma Radlkofer<br />
7. <strong>Talisia</strong> floresii St<strong>and</strong>ley<br />
8. <strong>Talisia</strong> furfuracea S<strong>and</strong>with<br />
9. <strong>Talisia</strong> granulosa Acevedo-Rodriguez<br />
10. <strong>Talisia</strong> japurensis (C. de C<strong>and</strong>olle) Radlkofer<br />
11. <strong>Talisia</strong> lanata Acevedo-Rodriguez<br />
12. <strong>Talisia</strong> microphylla Uittien<br />
13. <strong>Talisia</strong> parviflora Acevedo-Rodriguez<br />
14. <strong>Talisia</strong> praealta Sagot ex Radlkofer<br />
15. <strong>Talisia</strong> simaboides Kramer<br />
16. <strong>Talisia</strong> squarrosa Radlkofer<br />
17. <strong>Talisia</strong> subalbens (Martius) Radlkofer<br />
18. <strong>Talisia</strong> velutina Acevedo-Rodriguez<br />
19. <strong>Talisia</strong> veraluciana G. Guarim Neto<br />
NUMERICAL LIST OF TAXA<br />
LIST OF EXSICCATAE<br />
Abbott, W. L., 2427(1-9).<br />
Abraham, 219(2-16).<br />
Acevedo-Rodriguez, P., 4868(1-2); 4875(2-52);<br />
4879(2-34a); 4882(2-14); 4885(2-36); 4890(2-12);<br />
4925(2-52); 4939(1-2); 4940(2-34a); 11117(2-16);<br />
11125(2-40).<br />
Acevedo-Rodriguez, P. & B. Angell, 5021; 5025(2-<br />
3(2-3b); 5028(2-52).<br />
Acevedo-Rodriguez, P. & R. Callejas, 6772(2-24).<br />
Acevedo-Rodriguez, P. & J. A. Cedenio, 7380(2-39);<br />
7559; 7601(2-24).<br />
Acevedo-Rodriguez, P. & C. Clubbe, 10956(1-9).<br />
Acevedo-Rodriguez, P. & J. Grimes, 4797(2-22);<br />
4798(2-39); 4801; 4803; 4837(2-22); 4863(2-8);<br />
4867(2-15); 4877(2-40); 4863(2-8).<br />
Acevedo-Rodriguez, P. & J. L. Tapia, 12234(2-7).<br />
Acevedo-Rodriguez, P. et al., 1585(2-47); 3473; 3512;<br />
3515(1-4b); 4823(2-40); 4828(2-37); 4842(2-22);<br />
4844(2-40); 4857(2-15); 4871(2-32); 4872(2-22);<br />
4873(2-14); 4874(2-8); 4888(2-39); 4905(2-14);<br />
20. <strong>Talisia</strong> acutifolia Radlkofer<br />
21. <strong>Talisia</strong> bullata Radlkofer<br />
22. <strong>Talisia</strong> carinata Radlkofer<br />
23. <strong>Talisia</strong> caudata Steyermark<br />
24. <strong>Talisia</strong> cerasina (Bentham) Radlkofer<br />
25. <strong>Talisia</strong> croatii Acevedo-Rodriguez<br />
26. <strong>Talisia</strong> cupularis Radlkofer<br />
27. <strong>Talisia</strong> dasyclada Radlkofer<br />
28. <strong>Talisia</strong> douradensis Acevedo-Rodriguez<br />
29. <strong>Talisia</strong> equatoriensis Acevedo-Rodriguez<br />
30. <strong>Talisia</strong> eximia Kramer<br />
31. <strong>Talisia</strong> ghilleana Acevedo-Rodriguez<br />
32. <strong>Talisia</strong> guianensis Aublet<br />
33. <strong>Talisia</strong> hemidasya Radlkofer<br />
34a. <strong>Talisia</strong> hexaphylla Vahl subsp. hexaphylla<br />
34b. <strong>Talisia</strong> hexaphylla subsp. elegans Acevedo-Rodriguez<br />
34c. <strong>Talisia</strong> hexaphylla subsp. multinervis Acevedo-<br />
Rodriguez<br />
35. <strong>Talisia</strong> laevigata Acevedo-Rodriguez<br />
36. <strong>Talisia</strong> longifolia (Bentham) Radlkofer<br />
37. <strong>Talisia</strong> macrophylla (Martius) Radlkofer<br />
38. <strong>Talisia</strong> marleneana (G. Guarim Neto) Acevedo-<br />
Rodriguez<br />
39. <strong>Talisia</strong> megaphylla Sagot ex Radlkofer<br />
40. <strong>Talisia</strong> mollis Kunth ex Cambessedes<br />
41. <strong>Talisia</strong> morii Acevedo-Rodriguez<br />
42. <strong>Talisia</strong> nervosa Radlkofer<br />
43. <strong>Talisia</strong> obovata A.C. Smith<br />
44. <strong>Talisia</strong> oedipoda Radlkofer<br />
45. <strong>Talisia</strong> pachycarpa Radlkofer<br />
46. <strong>Talisia</strong> pilosula Sagot ex Radikofer<br />
47. <strong>Talisia</strong> pinnata (Ruiz & Pav6n) Radlkofer<br />
48. <strong>Talisia</strong> princeps Oliver<br />
49. <strong>Talisia</strong> retusa Cowan<br />
50. <strong>Talisia</strong> setigera Radlkofer<br />
51. <strong>Talisia</strong> stricta (Karsten & Triana) Triana & Planchon<br />
52. <strong>Talisia</strong> sylvatica (Aublet) Radikofer<br />
4911(2-52); 4914(2-40); 4915(2-22); 4916(2-32);<br />
4920(2-22); 4922(2-32); 4941; 4942(2-15);<br />
4953(2-40); 4954(2-33); 4956(2-3(2-3b);<br />
4957(2-39); 4960; 4966(2-33); 4967; 4989(2-37);<br />
4996(2-3(2-3b); 4999; 5001(2-52); 5012(2-3(2-3b);<br />
5014(2-52); 5019(2-3(2-3b); 5030(2-37); 5441(1-9);<br />
5935(2-37); 6127(2-36); 6145(2-37); 6909(2-22);<br />
7963; 7988; 8053(2-6)(2-6); 8150(2-38); 8218(2-37);<br />
8362(2-20); 8390(2-6)(2-6); 8414; 8442(2-20);<br />
8448(2-6)(2-6); 8456(2-20); 8477(1-10); 9729(2-39);<br />
10242(2-37); 10286(2-42); 12200(2-7).<br />
Adis, J., 7(2-20).<br />
Aguilar, M., 373(1-4a).<br />
Albin, C., J., 2396(2-34a).<br />
de Albuquerque, B., 1098; 1110(2-31).<br />
Allen, P., 5310(2-25); 5917(2-37).<br />
Alvarez, E., et al., 286(2-37).<br />
Alvaro, P., 721(2-7).<br />
Amaral, I. L. et al., 543(2-3(2-3a); 579(2-6)(2-6);<br />
1296(2-38).
170 FLORA NEOTROPICA<br />
Amorim, A. M. et al., 1103(2-24).<br />
Br<strong>and</strong>, J. & M. Escobar, 713(2-34b).<br />
van Andel, T., 26SIS5(2-3(2-3b).<br />
Br<strong>and</strong>, J. & M. Gonzalez, 518(2-34b); 529(2-37);<br />
Anderson, W. R. & D. C. Stemnberg, 3006(1-9). 961(2-34b).<br />
Andrade-Lima, 52-1190(2-49); 70-6231(2-5). Br<strong>and</strong>, J. & J. Lozano, 923(2-34b).<br />
Andre, E., 582; 583(2-51).<br />
Anonymous, 226 M; 227 M; 230 M; 245 M; 265 M(2-<br />
Br<strong>and</strong>, J. & M. Narvaez, 622(2-37).<br />
Br<strong>and</strong>, J. et al., 1313(2-37).<br />
16); 330(2-39); 374(2-22); 572(1-4b); 889(2-16); Breteler, F. J., 3936(2-4).<br />
3633(2-34a); s.n.(2-22); s.n.(2-48); MG-9625(2-<br />
36); MG-9743(2-5).<br />
Araquistain, M., 3137(2-42).<br />
Archer, W. A., 2309; 2378; 3013(1-4a).<br />
Arciria, A., 169(2-24).<br />
Aristeguieta, L., 3825(1-4a); 5994(2-34a).<br />
Arnason, T. & J. Lambert, 17065(1-4a).<br />
Arroyo, L. et al., 141(2-5); 282(2-24).<br />
Asplund, E., 5412(2-50).<br />
AssungAo, P. A. C. L., 76(2-19); 344a(2-26); 854(2-37).<br />
Assungao, P. A. C. L. & E. C. Pereira, 261(2-10);<br />
800(2-26).<br />
Assun9ao, P. A. C. L. et al., 315a(2-26); 538(2-9).<br />
Aubreville, 258(2-39).<br />
Bristan, N., 184(2-34b); 1511(2-37).<br />
Britton, N. L. & E. G. Britton, 10138(1-9).<br />
Britton, N. L. & J. F. Cowell, 10(1-9).<br />
Broadway, W. E., 5237(1-4a); 5598; 10138(2-34a);<br />
s.n.(1-4a); s.n.(1-9).<br />
Bunting, G. S. et al., 3827(2-37).<br />
Burchell, 6195(2-1); 7971(2-5).<br />
Burger, W. & G. Matta U., 4757(2-24).<br />
Burgos L., J. A., 10(2-42).<br />
Byron, J. L. & Elias, 67-51(2-13).<br />
Cabrera, E. & H. de Cabrera, 4652; 6446(1-4a);<br />
6569(2-7); 11437(1-4a).<br />
Cabrera, I., 3329(2-3a).<br />
Cadamuro, L. & Solacroup, 173(2-32).<br />
Aublet, s.n.(2-32); s.n.(2-52).<br />
Cain, S. A., 59(2-25).<br />
Aulestia, C. et al., 641(2-29).<br />
Calder6n, S., 1526(1-9).<br />
Aulestia, M., 110(2-24).<br />
Callejas, R. et al., 9771(2-24).<br />
Aulestia, M. & J. Andi , 908(2-24).<br />
Calzada, J. I., 3206(1-4a).<br />
Aulestia, M. & G. Grefa, 123(2-39); 167; 192(1-6). Cirdenas, D., 485(2-37).<br />
Ayala, F., 2004(2-6)(2-6).<br />
Cardenas, D. & J. G. Ramirez, 2566(2-24).<br />
Ayala, F. et al., 2539(2-39); 3908; 5822(2-24). Cardenas, D. et al., 2700(2-41); 2914(2-24).<br />
Aymard, G. & L. Delgado, L., 7915(2-37); 8409(2-43); Cardona, F., 2126(1-4a).<br />
845 8(2-6)(2-6).<br />
del Carpio, 2016(2-47).<br />
Aymard, G. & A. Fernindez, 7176(2-2); 7327(2-37). Carriera, L. et al., 526; 540(2-43)<br />
Aymard, G. & F. Ortega, 2521(1-7).<br />
de Carvalho, A. M. et al., 3624(2-24).<br />
Aymard, G. et al., 4154(2-37); 9808(2-43); 10148(2- Cavalcante, P., 1840(2-19).<br />
49); 1023 1; 10271(2-34a).<br />
Cavalcante, P. & M. Silva, 1674(2-24); 1675(2-24);<br />
Bahia, R. P., 61; 91(1-2).<br />
2775(2-38).<br />
Bailey, L. H. & E. Z., Bailey 814(1-9).<br />
Chagas, J., s.n. herb. 127(2-10); s.n. herb. 1798(2-31);<br />
Baldwin, J. T. Jr., 3290(2-20).<br />
s.n. herb. 3171(2-31).<br />
Balee, W., 2185(I-40)<br />
Chaves, D., 171(1-9).<br />
Balslev, H. & W. C. Steere, 3101(2-50).<br />
Clark, H. L. & P. Maquirino, 7931(2-6)(2-6).<br />
Barbour, P. J., 5720(2-25).<br />
Clarke, D., 2015(2-33).<br />
Barrier, S., 4200(2-40); 4228a(2-39); 4263(1-2). Clarke, J. et al., 2650(2-29).<br />
Barrier, S. & C. Feuillet, 2589(2-37).<br />
Claussen , P., 500(2-5); s.n.(2-5).<br />
Basualdo, I., 3683(1-8); 3830(2-5).<br />
Coelho, L. F., 156(2-26); 495(2-6); 500(2-27); 1205;<br />
Bayron, 68-111(2-37).<br />
1667(2-31); s.n. herb 4130(2-10).<br />
Beck, S. G., 1337(2-5); 5171; 20054(2-24); Coelho, L. F. & D. Coelho, 4000(2-26).<br />
Benoist, R., 54(2-16); 337(2-39); 789(2-42); 1193(2-52). Coelho, L. F. et al., 3922; s.n. herb. 21254(2-19).<br />
Berg, C. C. et al., 548(2-40); P-18388(2-43). Coelho, L. F. & 0. P. Monteiro, 29(2-43).<br />
Bernardi, L., 1147(2-14); 6536(2-34a); 7998(2-33); Cogollo, A., 974, 1568(1-5); 1823(2-34a).<br />
19128(2-5).<br />
Cogollo, A. & D. Cardenas, 4476(2-34a).<br />
Billiet, F. & B. Jadin, 4439(2-22).<br />
Cogollo, A. et al., 4572(2-22).<br />
Black, G. A., 49-8388(2-52); 51-13951(2-39); 54- Colaris, W. J. J., 1086(2-1).<br />
177 14(2-5).<br />
Colella, M. & E. Guayamare, 2138(2-6).<br />
Blanc, M., 120(2-22).<br />
Contreras, E., 375(2-7); 767; 5876(1-4a); 6991(2-7).<br />
Blanco C., 48; 303; 368(2-33); 652(2-35); 791; Contreras, J., 94(2-23).<br />
930(2-34a).<br />
Cook, J., s.n.(2-48).<br />
Boom, B. & S. A. Mori, 1610(2-15); 1633(2-36); 1688; Cook, M. T., 41(1-9).<br />
2379(2-15); 2255(2-3(2-3b); 2416(2-33). Cordeiro, I., 151; 215(2-37); 318(2-6).<br />
Boos, 20(1-4b).<br />
Cornejo, X. & C. Bonifaz, 3878(2-50); 5720(36).<br />
Bordallo, A., s.n. MG-22655(2-24).<br />
Correa A., M. & R. Dressler, 629(2-42).<br />
Bordenave, B., 832(2-46); 1013(2-14).<br />
Couret, 301(2-33).<br />
Boschwezen, 231; 330(2-39); 2574(2-33); 3538; Cowan, R. S., 38296; 38491(2-36); 38795(2-22);<br />
5956(2-39); 6445(2-12); 6575; 6595(2-40). 38809(2-32); 38983(2-52).<br />
Bossio, H., s.n.(2-6)(2-6).<br />
Cr<strong>and</strong>lemire-Sacco, J. & R. Sacco, 82(2-25).<br />
Box, H. E., 1442(1-9).<br />
Cremers, G., 3906(2-52); 4243; 4689(2-22); 4963; 5084<br />
Br<strong>and</strong>, J., 938(2-34b); 1204(2-34b).<br />
(2-52); 5434(2-40); 7275; 7961(2-22); s.n.(2-22).<br />
Br<strong>and</strong>, J. & A. Cogollo, 79(2-34b).<br />
Cremers, G. & J. J. de Granville, 14113(2-37).
LIST OF EXSICCATAE 171<br />
Cremers, G. & M. Hoff, 11313(2-52).<br />
Cremers, G. et al., 13854(2-39); 14360; 14361(2-22).<br />
Croat, T. B., 6498; 8095; 8236; 8782; 8800(2-42);<br />
8820; 9034(2-25); 10873(2-42); 11270; 12494(2-<br />
25); 14027; 15251(2-42); 15366(2-25); 16376(2-<br />
48); 18550; 18759(2-3a); 19160(2-34c); 20433(2-<br />
48); 34375; 34511; 35123(2-25).<br />
Croat, T. B. & M. H. Grayum, 59760(2-37).<br />
Croizat, L., 44(2-2).<br />
Crosby, M. R. et al., 204(1-9).<br />
de la Cruz, J. S., 3475(2-16).<br />
Cuadros, H., 2176(2-42).<br />
Cuatrecasas, J., 17010(2-42).<br />
L. da Cunha N. M. & C.L. Assunsao, 214a(2-45).<br />
Curran, H. M., 30(2-5); 84(1-9); 203(2-25); 704(1-4a).<br />
Curran, H. M. & M. Haman, 723; 781(1-4a).<br />
D'Arcy, W. G., 3916(2-42).<br />
Dahlgren, B. E. & E. Sella, 120(2-38).<br />
Daly, D. C. et al., 635(2-5); 872; 1040; 1245(2-36);<br />
1672(2-33); 1768(2-49); 3822(2-22); 3951(2-40);<br />
4345(2-37); 7571(2-3a); 8256(2-34a); 9497(2-24).<br />
Damiao, C., 2742(2-24).<br />
Davidse, G., 27875; 27960; 27999(2-6).<br />
Davidse, G. & A. Gonzalez, 16385(2-33).<br />
Davidsom, C., 3616(2-3a).<br />
Davidson, C. & Martinelli, 10073(2-38).<br />
Davis, T.A.W., 359; 501(2-12).<br />
Dean, R. E., 13326(2-34a).<br />
Defler, S., 540; 541(2-6).<br />
Delascio, F. et al., 9572; 9695(2-24).<br />
Delgado, L., 587; 689(2-6).<br />
Dias, B. J. et al., 117(2-5).<br />
Diaz, C. et al., 583(2-10).<br />
Dik, A., 721; 1179(1-6).<br />
Dodson, C. H., 5236; 5893; 5998(2-50); 8420(2-29).<br />
Dodson, C. H. & D. Benzing, 13911(2-29).<br />
Dodson, C. H. & A. Gentry, 9798(2-50).<br />
Dodson, C. H. & J. Torres, 2924(2-3a).<br />
Dodson, C. H. et al., 7989(2-50); 14634(2-29).<br />
van Donselaar, J., 3047(2-30); 3762(1-2).<br />
Ducke, A., 424; 1634(2-5); 2875; 3037; 3049(2-24);<br />
6945; 7940(2-40); 8507(2-38); 8703(2-24);<br />
8886(2-38); 8887(2-40); 9049(2-26); 10205(2-24);<br />
10488(2-19); 11462(2-24); 17176(2-4); 20902(2-24);<br />
s.n., RB-18901(2-19); s.n., RB-18906(2-10); s.n.,<br />
RB-25218; s.n., RB-25219(2-37).<br />
Ducke, A. & Andrade-Lima, 25(2-24).<br />
Dug<strong>and</strong>, A., 6190; 6570; 6572; 6651(1-4a).<br />
Dug<strong>and</strong>, A. & R. Jaramillo, 2782; 4120(1-4a).<br />
Dug<strong>and</strong>, A. & P. St<strong>and</strong>ley, 375(1-4a).<br />
Duke, J. A., 10024(2-42); 11074(2-25); 14578(2-37);<br />
15250(2-42).<br />
Duke, J. A. & N. Bristan, 431; 8183(2-25).<br />
Duran, R., 2133(1-4a).<br />
Duss, P., 3718(1-9).<br />
Dwyer, J. D., 1548; 2332; 6940(2-42).<br />
Dwyer, J. D. & A. Robyns, 140(2-42).<br />
Ebinger, J. E., 240; s.n.(2-42).<br />
Edwards, K. S. et al., 335(2-34a).<br />
Eggers, 14704(2-50); 15004(2-22); 15764(2-39).<br />
Egler, W. A., 585(2-38).<br />
Egler, W. A. & H. S. Irwin, 45955; 45995(1-2).<br />
Ehrendorfer, 74104-23(2-37).<br />
Ekman, E. L., H-8033; 9480; 19447(1-9).<br />
Elias, Br., 1508(1-4a).<br />
Enriquez, 0. G., 356(1-4a); 392(2-7); 514(1-4a).<br />
Espinal T., S., 1201(2-34a).<br />
Evans, R. et al., 1924(2-39).<br />
Faber-Langendoen, D. & J. A. Hurtado, 1496(2-37);<br />
1934(2-42).<br />
Faber-Langendoen, D. & E. Renteria, 1258(2-37).<br />
Fanshawe, D. B., 251; 576(2-8); 1215(2-16); 1982<br />
(2-12); 2046(2-33); 2718(2-37); 2955(2-32);<br />
3402(19); 6285(2-32).<br />
Felippe, G. M., 43(2-1).<br />
Fendler, A., 2477(1-4a).<br />
Fern<strong>and</strong>ez, A., 2107(2-24); 6586(1-4a).<br />
Fern<strong>and</strong>ez Alonso, J. L. et al., 5484(2-51).<br />
Femr<strong>and</strong>ez Perez, A., 5283; 5319(1-4a).<br />
Cid Ferreira, C. A., 7495; 7591(2-45).<br />
Cid Ferreira, C. A. & B. W. Nelson, 2575(2-24).<br />
Cid Ferreira, C. A. et al., 423(2-26); 689(2-14); 822(1-<br />
2); 888(2-38); 953(2-31); 964(2-26); 1637; 1655(2-<br />
38); 1660(2-40); 1666; 1892; 2359; 2499(2-38);<br />
3114; 4805; 4905(2-49); 6036(2-45); 6524(2-49);<br />
6556(2-17); 6676(2-37); 6732(2-26); 6952(2-37);<br />
7597(2-10); 7720(2-45); 8023; 8209(2-26); 8565;<br />
9865; 9970(2-37); 10932(2-24).<br />
Ferreira, L. V., 105; 152(2-20).<br />
Ferreyra, M., 1(1-4a).<br />
Ferreyra, R., 4749(2-34a).<br />
Ferrucci, M.S., 69(1-8).<br />
Feuillet, C., 255(2-52); 698(2-22); 1046(2-39); 1221(2-<br />
22); 2318(2-39); 3692(2-22); 10087(2-3b).<br />
Fiebrig, K., 4178(2-5).<br />
Fleury, M., 100(2-40); 758(1-9); 958(2-52).<br />
Florence, J., 4047(1-9).<br />
Foldats, E. & J. Velazco, 9249(2-24).<br />
Folli, D. A., 30(1-1); 416(1-4b); 1043(2-24).<br />
Folsom, J. P. et al., 6857(2-25).<br />
Fonnegra, R. et al., 2795(2-34b); 4815(1-9).<br />
Forero, E. & Jaramillo, 2758(2-37).<br />
Forero, E. et al., 9976(1-4a).<br />
de Foresta, 146; 341; 419(2-32).<br />
Forest Department British Guiana, 3849(2-40); 5355;<br />
6966(2-12); 7305(2-40).<br />
Forget, 376(2-52).<br />
Fosberg, F. R., 56774; 60936(1-9).<br />
Foster, R., 1619(2-42); 4429(2-3a); 8714(2-25);<br />
9747(2-34c).<br />
Franco, P. et al., 2036(2-25).<br />
Freire, F. M. T., 3709(2-5).<br />
Vieira Freire, 100(2-5).<br />
Freitas, C. A. A. et al., 276(2-38).<br />
Freitas, M. A. & R. M. Cardoso, 14(2-26).<br />
Froes, R.L., 22187(2-42); 23108(1-4b); 25002(2-26);<br />
25807(2-32); 26617(2-22); 29610a(2-26);<br />
32186(2-19).<br />
Froes, R. L. & B. A. Krukoff,11510(2-49).<br />
Funk, V. A. et al., 8109(2-25).<br />
Galeano, G. & A. Mirafia, 1720(2-10).<br />
Garcia, A., 1063(1-9).<br />
Garcia, R. & F. Jimenez, 3861(1-10).<br />
Garcia R. & N. Ramirez, 3930(1-10).<br />
Garcia R. et al., 5773a(1-10).<br />
Garcia Barriga, H., 13488(1-9).<br />
Gardner, 951; 1501; s.n.(2-5).<br />
Garibaldi, C., 106(2-25).<br />
Garz6n N. C. et al., 145(2-11).<br />
Gaumer, G. F., 406; 1749; 24137; 24189; 24446(1-4a).<br />
Gaumer, G. F. et al., 23577; 23635(1-4a).<br />
Geay, F., 852; 993(2-22).
172 FLORA NEOTROPICA<br />
Gentry, A., 3165; 6603(2-42); 13454(2-25); 49083<br />
(2-19).<br />
Gentry, A. & P. Berry, 14829(1-4a).<br />
Gentry, A. & H. Cuadros, 57395(2-42); 68178(1-4a).<br />
Gentry, A. & J. Dwyer, 3492(2-42).<br />
Gentry, A. & L. Emmons, 39627(2-24).<br />
Gentry, A. & B. Nelson, 69247(2-20).<br />
Gentry, A. & R. Ortiz, 79870(1-9); 79889a(l-4a).<br />
Gentry, A. & L. Puig-Ross, 14246(1-4a).<br />
Gentry, A. & E. Renteria A., 23991; 24291(2-42).<br />
Gentry, A. & B. Stein, 46420(2-6); 46473; 46857(2-<br />
37); 47010; 47377(2-6).<br />
Gentry, A. et al., 19029(2-42); 24875(2-37); 25360(2-<br />
42); 26063(2-10); 26114(2-6); 30216(2-37); 41623;<br />
41729(2-43); 42476(2-6); 43173(2-34c); 43759(2-<br />
3a); 51136(2-49); 55700(2-37); 55713(2-24);<br />
56030(2-3a); 60659; 60665; 60709(1-4a); 62957(2-<br />
37); 62981(2-39); 63037(2-36); 63091(2-40);<br />
63137(2-52); 63320(2-37); 63470(2-43); 65295(2-<br />
37); 65604(2-3a); 65695(2-26); 71196(2-52);<br />
76186(2-25); 77167(2-49).<br />
Glaziou, A., 3757(2-26); 6491; 8309; 10424(2-5);<br />
13616(2-26); 15447(2-39); 20862(2-5).<br />
Goldman, E. A., 747(1-4a).<br />
Goulding, M., 174(2-24).<br />
Grindez, C. & R. Vasquez, 240; 403(2-24).<br />
de Granville, J. J., 371(2-37); 376(2-22); 493(2-52);<br />
512(2-22); 1664; 1685(2-52); 3150(2-39); 3738;<br />
4475; 4710(2-22); 4880(2-36); 5049(2-52); 5235;<br />
6952(2-22); 7033(2-36); 7161; B-3677(2-52); B-<br />
3695(2-33); B-3736(2-52); B-4222(2-40); B-5074<br />
(2-33); B-5176; B-5277(2-52); B-5507(2-22); C-<br />
40(2-52); C-54(2-39); C-148; T-1169; T-1205(2-22).<br />
Herrera, H. et al., 981(2-41).<br />
Heyde, N. M. & J. C. Lindeman, 131(2-39).<br />
Hladick, 361(2-42).<br />
Hoehne, 4507(2-5).<br />
Hoffman, B. & R. Foster, 3599(2-49).<br />
Hohenkerk L. S., 3a(2-34a); 715(2-16).<br />
Holdridge, L. R., 2537(2-42).<br />
Hostmann, 1123; 1124(2-52); 1149(2-39); 1274(2-33).<br />
Howard, R. A. & E. S. Howard, 19449(1-9).<br />
Huashikat, V., 1595(2-39).<br />
Huber, J., 9(2-36).<br />
Idrobo, J. M., 8091(2-37); 8497(1-6).<br />
Irvine, D., 576(2-48); 1012(2-25).<br />
Irwin, H. S., 48680(2-40); 48688(2-22); 48803(2-39).<br />
Irwin, H. S. & T. Soderstrom, 7451; 7581(2-1).<br />
Irwin, H. S. et al., 47325(2-39); 47630(2-22);<br />
47853(2-39); 48154; 48242; (2-22); 54600;<br />
54729(2-33); 54770(2-39); 55015(2-33);<br />
55046(2-39); 55885(2-36).<br />
de Granville, J. J. & Cremers, G., 12752(2-22).<br />
Jack, J. G., 4321; 4366; 5151(1-9).<br />
Jacquemin, H., 1438(2-52).<br />
Jangoux, J. & R.P. Bahia, 562 (2-40).<br />
Jansen-Jacobs, M. J., 1134(2-8).<br />
Jansen-Jacobs, M. J. et al., 536; 537; 5596(1-4b).<br />
Jaramillo, N. & M. Jaramillo, 981(2-24).<br />
Jaramillo, N. et al., 1306(2-39).<br />
Jardim, J. G., 952(2-5).<br />
Jardim, J. G. et al., 1071(2-26); 1962(2-24).<br />
Jativa, C. & C. Epling, 636, 1057(2-50).<br />
Jenman, 4925(2-33).<br />
Jimenes-Saa, H., 1571(2-12).<br />
Jimenez, A., 3888(2-42).<br />
Jimenez, J.J., 2703; 3312(1-10).<br />
Johnston, I. M., 1557; 1778(2-42).<br />
de Granville, J. J. et al., 5903(2-40); 6093(2-32); 6516(2- Johnston, J. R., 299(1-4a).<br />
33); 6536(2-22); 7307(2-52); 7384(2-39); 7500(2- Jones, J., 9683(2-52).<br />
22); 7899(2-36); 7919(2-22); 8028(2-52); 8132; J6rgensen, P., 4594(2-1).<br />
8890; 10439; 10480; 10537; 10657; 12634(2-22). Josse, C., 698(2-50).<br />
Gren<strong>and</strong>, P., 58(2-22); 243; 364(2-40); 618(2-22);<br />
2797(2-24).<br />
Grijalva et al., 556(2-37).<br />
Grueger, 211(2-34a).<br />
Guanchez, F., 383(2-23).<br />
Guevara & Rojas, 357(2-34a).<br />
Guillen, R., 1954(2-5).<br />
Guillen, R. & S. Coria, 2005(2-5).<br />
Guppy, N. G. L., 361(2-34a); 538(2-19); 674(2-37).<br />
Gustafsson, M. H., 319(2-52).<br />
Gutierrez, G. V., 2582(2-24).<br />
Halle, F., 2756(2-32); 2773(2-40).<br />
Hammel, B. & G. Schatz, 11578(2-42).<br />
Harley, R. M., 18206(2-26).<br />
Kayap, R., 761(2-24).<br />
Kenoyer, L. A., 426(2-42); 646(2-25).<br />
Kernan, C. & P. Phillips, 905(2-42).<br />
Killeen, T. & A. Jardim, 7424a(2-5).<br />
Killeen, T. et al., 3244(2-34a); 3527(2-24); 7033(2-5).<br />
Killip, E. P. & A. C. Smith, 14349(1-9); 26946; 27024<br />
(2-3a); 27762(1-3).<br />
Killip, E. P. et al., 38246; 38319(2-51).<br />
Klug, G., 18(2-3a); 104; 389(2-52); 811; 1044; 1160;<br />
1558; 2509(2-3a); 2798(2-24); 4303(2-37).<br />
Knapp, S., 8351(2-37).<br />
Knapp, S. et al., 1703(2-42).<br />
Krukoff, B. A., 4750(2-43); 4840(2-25); 4981(2-43);<br />
5630; 5725(2-34a); 5787(2-25); 5960(2-10); 5963;<br />
Harley R. M. et al., 10982; 10984(2-49).<br />
6504(2-24); 6886(2-19); 7962; 7982; 8463(2-26);<br />
Harling, G. & L. Andersson, 24900(2-50).<br />
Hartshorn, G. et al., 2732(2-43).<br />
8587(2-40); 8603(2-24).<br />
Kuhlmann, J. G., 294(1-4a).<br />
Hassler, E., 7244(1-8); 7413; 7413a(2-5); 9503(2-1);<br />
12221; 12221a(1-8).<br />
Hatschbach, G., 13002; 15911; 37393(2-1); 37543(2-<br />
17); 37742(2-1).<br />
Hatschbach, G. & R. Callejas, 47313(2-1).<br />
Hatschbach, G. & Cervi, 52622(2-1).<br />
Hatschbach, G. & Silva, 64141(2-5).<br />
Haught, O., 1608(2-34a); 4012; 4035(1-4a); 6353(2-51).<br />
HBK, 1490(1-4a).<br />
Henderson, A. et al., 415(2-37).<br />
Herrera, H., 1311(2-24).<br />
Kuhlmann, M., 59056(2-1).<br />
Kuhlmann, M. & S. Jimbo, 349(1-2).<br />
Kuntze, O., 1737(1-4a)<br />
Kvist, L. & E. Asanza, 40820(2-42).<br />
Lanjouw, J., 307(2-52); 812(2-33).<br />
Lanjouw, J. & J. Lindeman, 388(2-39); 2218(2-14);<br />
2523(1 -2).<br />
Lanna Sobre, J. P., 1155(2-4).<br />
Larpin, D., 986(1-2).<br />
Laughlin, R., 911(1-4a).<br />
Leblond, 448(2-40).
LIST OF EXSICCATAE 173<br />
Le6n, H., 425; 721(2-37).<br />
Leonard, E. C., 4175(1-9).<br />
Le Prieur, s.n.(2-32).<br />
Lescure, 169(2-22); 380(2-40); 893(2-22).<br />
Liesner, R., 4162(2-20); 6179(2-43); 7222(2-37); 7439;<br />
8687(2-20); 8866; 8883(2-6); 25739(2-42).<br />
Liesner, R. & H. L. Clark, 8906(2-20).<br />
Liesner, R. & A. Gonzailez, 9151(1-4a); 11116;<br />
11151(2-49); 11327(2-34a).<br />
Liesner, R. & B. Holst, 20394(2-42); 21840(2-37).<br />
Liesner, R. et al., 20935(2-42).<br />
Lima, J., 654(2-26).<br />
Lindeman, J. C., 3828(1-2); 4465(2-52); 4886(1-2).<br />
Lindeman, J. C. & J. de Haas, 4504(2-1).<br />
Lindeman, J. C. et al., 72(2-30); 137(2-40); 406(2-33);<br />
490(2-52); 501(2-22); 523(2-39).<br />
Lindman, C. A. M., 2205(1-8).<br />
Lino, A. M., 105(1-4b).<br />
Liogier, A., 35365; 35626 (1-4a).<br />
Liogier, A. & P. Liogier, 25442(1-10).<br />
Liogier, A. et al., 8247(1-10).<br />
Lisboa, P. & U. Maciel, 4452(2-24).<br />
Lisboa, P. et al., 1560(2-37).<br />
Little, E. L. Jr., 7160; 13604(1-9); 17598(2-34a);<br />
17676(2-33); 21517; 21968; 22039; 23767(1-9).<br />
Lohmann, L. G., 1-22(2-26).<br />
L6pez Palacios, S., 1913(1-4a).<br />
Loubry, D., 135(1-2); 163(2-22); 1894(2-40);<br />
1956(1-9); 2322; 2373; 2377; 2531(2-16).<br />
Loureiro, A et al., 37737; 48443(2-37); s.n. herb.<br />
35821(2-4); s.n., herb. 37878(2-37); s.n.(2-13).<br />
Lourenco, 571(2-4).<br />
Lowrie, S. R. et al., 199(2-24); 684(2-49).<br />
Lozano C., G. & R. Schnetter, 2825(1-4a).<br />
Lundell C. L., 558; 638(1-4a); 917(2-7); 1376(1-4a);<br />
3121; 3185(2-7).<br />
Luschnath, s.n.(2-4); s.n.(2-37).<br />
Maas, P. J. M., 10818(1-22).<br />
Maas, P. J. M. et al., 2196(2-22); 5973(2-34a).<br />
Macedo, A., 4048(2-5).<br />
Macedo, A. et al., 3331(2-17).<br />
Macedo, M., 1412(2-19).<br />
Maciel, U. N. et al., 576 (2-12).<br />
Maguire, B., 24340; 24341; 24690(2-33); 24797(2-36).<br />
Maguire, B. & D. Fanshawe, 23510(2-16).<br />
Maguire, B. & L. Politi, 28615(2-23).<br />
Maguire, B. & J. J. Wurdack, 34869(2-6).<br />
Maguire, B. et al., 42590(2-37); 56031(2-36);<br />
56058(1-2).<br />
Malme, G. 0. A., 962(1-8); 2300(2-5).<br />
Manara, B., s.n.(2-34a).<br />
Manso, 273(2-5); 275(2-5).<br />
Marcano-Berti, L., 457; 677(2-33).<br />
Marcano-Berti, L. & P. Alcedo, 119-979(2-37).<br />
Marin, E., 1608; 1625; 1654(2-33).<br />
Marinho, L. R., 350(2-43).<br />
Martius, 146; 264(2-17); 483(2-37); 1851(2-4); s.n.(2-<br />
3(2-3a); s.n.(2-10); s.n.(2-20).<br />
Martin, s.n.(2-22); s.n.(2-33); s.n.(2-40).<br />
Martinelli, G., 6791(2-38).<br />
Martinelli, G. & T. Soderstrom, 9751(1-4b).<br />
Martinelli, G., et al. 6761(2-37).<br />
Marul<strong>and</strong>a, 0. & S. Marquez, 1799(2-24).<br />
Matuda, E., 3193(2-7).<br />
Maxon, W. R. & A. Valentine, 7044(2-42).<br />
McDaniel, S. & M. Rimachi Y., 20424(2-37).<br />
McPherson, G., 10261; 10761(2-42).<br />
Medri, 33(2-20).<br />
Meier, W. et al., 2306(2-37).<br />
Melinon, M., 357(2-52); s.n.(1-2); s.n.(2-39); s.n.(2-40).<br />
Mello Barreto, 1791(2-24).<br />
Mello, F., s.n., herb. 1791(2-24); s.n., herb. 1883(2-<br />
10); s.n., herb. 1918(2-31); s.n., herb. 2275(2-5).<br />
Mello, F. & G. Mota, 47(2-37).<br />
Mello, F. & L. Coelho, s.n., herb. 3597; s.n., herb.<br />
3599; 3634(2-37); s.n., herb. 3778(2-31).<br />
Mendez, P. et al., 248(2-42).<br />
Mesquita, A. L. et al., 825(2-31).<br />
Meyer, 185(1-4a).<br />
de Michel, R. & St. G. Beck, 1237(2-5).<br />
Miller, G., 1396; 1401(1-9).<br />
Miller, J. & J. C. S<strong>and</strong>ino, 1117(2-42); 1369; 1401(1-9).<br />
Miller, O.O. & J.R. Jonhston, 128(1-9).<br />
Milliken, 2031(2-2).<br />
Mir<strong>and</strong>a, F., 7341(1-4a).<br />
Molina R., A., 3936; 6774(1-4a); 13703(1-9).<br />
Molina R., A. & Molina, 25601(1-9).<br />
Molino, J.F., 1469(2-32).<br />
Monsalve B., M., 784(1-5).<br />
Monteiro, 0. P., 1285(2-10).<br />
Monteiro, 0. P. & C. Damiao, 461; 525(2-3(2-3a);<br />
606(2-36).<br />
Monteiro, 0. P. & J. Ramos, 985(2-37).<br />
Mora, L. E., 1450(1-4a).<br />
Moraes, M. & J. Sarmiento, 1111; 1164(2-24).<br />
Moraes, M. et al., 1360(2-34a); 1378; 1475; 1570(2-24).<br />
Moreno, P., 26743(2-42).<br />
Moretti, C., 353(2-52); 364(2-3b); 658(2-36); 715(2-<br />
37); 971; 1189(2-14).<br />
Mori, S. A., 7738(2-42).<br />
Mori, S. A. & B. Boom, 14711; 14961(2-3b); 15138(2-<br />
39); 15164(2-32); 15234(2-52); 15246(2-32).<br />
Mori, S. A. & M. Crosby, 6318(2-42).<br />
Mori, S. A. & C. Gracie, 18673(2-39); 18928(2-52);<br />
18951(2-3b); 21079(2-37); 23853(2-33).<br />
Mori, S. A. & J. de Granville, 8914(2-32).<br />
Mori, S. A. & J. Kallunki, 3652(2-42); 5199(2-29);<br />
5382(2-41).<br />
Mori, S. A. & T. Pennington, 18140(2-40).<br />
Mori, S. A. & A. Pepper, 24260(2-40).<br />
Mori, S. A. & J. Pipoly, 15464(2-52); 15533(2-37).<br />
Mori, S. A. & R. Souza, 17301(2-40); 17605(2-36).<br />
Mori, S. A. & Y. Veyret, 8929(2-22).<br />
Mori, S. A. et al., 6537(2-42); 9303; 11694(2-24);<br />
13975(2-4); 14926(2-32); 14988; 15027(2-33);<br />
15653(2-52); 19144(1-2); 20822(2-14); 20868(2-<br />
52); 21365(2-3b); 21369(2-26); 21605(2-33);<br />
21607(2-40); 21608(2-39); 22006(2-33); 22025(2-<br />
52); 23121(2-39); 23588(2-34a); 23954; 24182(2-<br />
33); 24669; 24671(2-52).<br />
Morillo, G. et al., 3339(2-30).<br />
Morong, T., 817(1-8).<br />
Morrow, C. F., 121(1-9)<br />
Morton, C. V., 7090(1-4a).<br />
Mostacedo, B. et al., 2607; 2680 (2-5).<br />
Mutchnick, P. & Tiwari, 1440(2-33).<br />
Mutis, J. C., 1154(2-34a); 4195(2-51).<br />
Nascimento, C. G., 418(2-36).<br />
Nascimento, J. R., 392(2-37).<br />
Nascimento, 0. C., 825(2-6).<br />
Nee, M., 33356(2-24); 34702(2-37); 35630; 38948(1-8).<br />
Nee, M. & G. Coimbra S., 36952(2-5).
174 FLORA NEOTROPICA<br />
Nelson, B. 2428(2-52).<br />
Nicolson, D. H., 4219(1-9)<br />
Nunes, E. & P. Martins, 8996(2-5).<br />
Nuniez, P. et al., 10903(2-25); 19631(2-24); 23976<br />
(2-34c).<br />
Oldeman, 1052; 1265; 1278(2-22); 1531(2-34a);<br />
2223(2-22); 2390(2-36); 2597(2-22); 2666(2-40);<br />
2671; 2811(2-52); 2922(2-22); 2994(2-36);<br />
3241(2-33); 3292(2-52); 3304(2-3b); 4159(2-52);<br />
4183(2-40); B-595(2-22); B-1194(1-22); B-1871<br />
(2-22); B-1883(2-36); B-1911(2-52); B-2322; B-2582;<br />
B-3321(2-22); B-3481(2-40); B-3521; B-3577<br />
(2-36); B-3578; B-4051(2-22); B-4094(2-40); B-<br />
4180(2-33); B-4008(2-39); T-32(2-52); T-285(2-14);<br />
T-5 14(2-22).<br />
Oldeman & Sastre, 104; 11 1(2-40); 185(2-36); 219<br />
(2-22).<br />
Oldenburger F. H. F. et al., 538(2-49).<br />
Oliveira, A. et al., 242(2-19).<br />
Oliveira, E., 4218(2-19); 4237(2-40); 6611; 6727(2-49).<br />
d'Orbigny, 818(1-8); 894; 896(2-5).<br />
Pab6n, M., 985(2-10).<br />
Padilla, S. A., 438(1-4a).<br />
Palacios, W., 2182(2-48).<br />
Palacios, W. & Neil, 1132(2-24).<br />
Palacios, W. & M. Tirado, 11097(2-21).<br />
Palacios, W. et al., 8059(1-4a).<br />
Paredes, R., 953(2-42).<br />
Pav6n, H., s.n.(2-47).<br />
Pedersen, T., 1833(1-8).<br />
Pennington, T. D. & J. Ruiz, 12450(2-52); 12456(2-37).<br />
Pennington, T. D. & Sarukhan, 9386(1-4a).<br />
Pennington, T. D. et al., 9553(1-4a).<br />
Perez, B., 1288; 1436(2-5).<br />
Philipson, W. R. & J. Idrobo, 1802(2-24).<br />
Philipson, W. R. et al., 2142(2-24).<br />
Pickel, D. B., 146; 306(2-5).<br />
Pinto E., P. & C. Sastre, 919(2-24).<br />
Pipoly, J. J. & A. Cress, 6797(2-37).<br />
Pipoly J. J. et al., 11348(2-32); 12630(2-3a); 14227<br />
(2-34a); 15028(2-52).<br />
Pirani, J., 1354(2-17).<br />
Pires et al., 696(2-36).<br />
Pires, 0. & A. B. C. Piata, 266(2-10).<br />
Pires, 0. & J. Lima, 156(2-26).<br />
Murqa Pires, J., 3968(2-27); 47465(2-14); 58132(2-5).<br />
Murqa Pires, J. & P.P. Furtado, 17165(1-8).<br />
Murqa Pires J. & N. T. Silva, 4434; 4441; 11346(2-19).<br />
Murqa Pires, J. & P. B. Cavalcante, 52291; 52298(2-22).<br />
Murca Pires, J. et al., 16850; 50406(2-39); 50549(1-2);<br />
50774; 51412(2-36).<br />
Pittier, H., 4249(2-42); 5806; 6534(2-34a); 7814;<br />
8776(1-9); 8775(1-4a); 8814(2-34a); 10276(1-4a);<br />
11451(1-9); 14253; 14298(2-34a); 15615(2-39);<br />
15727(1-4a).<br />
Plowman, T., 6016(2-34a).<br />
Plowman, T. et al., 12664(2-31).<br />
Poiteau, M., s.n.(2-22); s.n.(2-37); s.n.(2-39); s.n.(2-45).<br />
Poveda, L. J., 446(2-24).<br />
Powell, 72(1-4a).<br />
Prance, G. T., 14330(2-43).<br />
Prance, G. T. & I. Cordeiro, 29706(2-37).<br />
Prance, G. T. & T. Pennington, 1787(2-36).<br />
Prance, G. T. & J. F. Ramos, 6909(2-45).<br />
Prance, G. T. & N. T. Silva, 58919(2-36); 58947(2-49);<br />
59317(2-5).<br />
Prance, G. T. et al., 1355; 1482(2-38); 1544(2-40);<br />
2202(2-26); 2216(2-37); 2425(2-34a); 2624(2-26);<br />
3124(2-31); 3785(2-26); 4135(2-39); 4712(2-27);<br />
4716; 4906(2-37); 5092(2-38); 8117(2-24); 9009<br />
(2-37); 10674(2-39); 10802; 10810(2-37); 10920;<br />
11044(2-39); 11245(2-24); 11458; 14085 (2-37);<br />
14816(2-31); 18769(2-26); 18815 (2-17); 24113<br />
(2-24); 24727(2-38); 26521(2-37).<br />
Prevost, M. F., 184(2-22); 583(2-22); 1079(2-40);<br />
1109(2-40); 1496(2-22); 2170(2-16); 3028(2-52);<br />
3055(2-22).<br />
Prevost, M. F. & P. Gren<strong>and</strong>, 1934(2-22).<br />
Prevost, M. F. & D. Sabatier, 2638(1-2); 2976(2-12);<br />
2978(2-14); 2979(2-8).<br />
Pruski, J. et al., 3311(2-38); 3390(2-39).<br />
Pulle, A., 110(2-52); 526(2-39).<br />
Quevedo, R. & T. Centuri6n, 301(2-24).<br />
Rabelo, B. V. & J. Cardoso, 2888(2-22).<br />
Rabelo, B. V. et al., 2415(2-36).<br />
Ramirez, J. G. & Cirdenas, D., 519; 876; 1455; 1873<br />
(2-24).<br />
Ramirez, R., 31(2-42).<br />
Ramos, J., 910; 1169(2-12); s.n.(2-13).<br />
Ramos, J. & C. D. A. Mota, 152(2-34a); 1675(2-19).<br />
Ramos, J. & E. F. Lima, 1567(2-19).<br />
Rankin, J. et al., 84(2-12).<br />
Ratter, J. A. et al., 5894(2-39); 6366; 6402(2-5).<br />
Renteria, E., 3741(2-18).<br />
Renteria, E. & D. Cardenas, 4339(2-29).<br />
Renteria, E. et al., 3600(1-4a); 4758; 4841(2-18);<br />
5410(1-6).<br />
Revilla, J., 2408(2-52); 3596(2-37).<br />
Revilla, J. et al., 6958(2-24).<br />
Reynel, C., 689(2-34a).<br />
Ribamar, J. & J. Ramos, 274; 363(2-31).<br />
Ribeiro, J.E.L.S. et al., 1126(2-45); 1299(2-26).<br />
Richard, L. C., s.n.(2-22).<br />
Riedel, L., 522(2-44); 1106(2-17); 1170(2-5); 1367<br />
(2-27).<br />
Riedel, L. & Lund, 2645(2-5).<br />
Riera B., 783(2-14); 1459(2-32).<br />
Rimachi Y., M., 2408(2-47); 2877; 3176(2-24); 7309<br />
(2-52); 7499(2-3a); 8965(2-27).<br />
Robert, A., 554b(2-17).<br />
Roberts, L., 16313(2-14).<br />
Roberts, L: & F. v. Troon, 14806(2-8).<br />
Robleto, W., 621(2-42).<br />
Rodal, M. J. N. & M. F. Sales, 460(2-5).<br />
Chagas Rodrigues, J., 1243(2-31).<br />
Rodrigues, R. S., 8812(2-49).<br />
Rodrigues, W. A., 546(2-31); 7257(2-26); 9227(2-20);<br />
8989(2-27); 10863(2-26).<br />
Rodrigues, W. A. & J. Chagas, 2557(2-10); 2634(2-26);<br />
4399(2-37); 4682(2-31).<br />
Rodrigues, W. A. & D. Coelho, 1738(2-31); 2270(2-26).<br />
Rodrigues, W. A. & L. Coelho, 3925(2-20); 5228(2-26).<br />
Rodrigues, W. A. & J. Lima, 2242(2-37); 2665(2-31);<br />
4159(2-37).<br />
Rodrigues, W. A. et al., 10562(2-37); 10557(2-24);<br />
11089(2-37); 21329(2-4).<br />
van Rohr, J. P. B., 98; 99(2-34a).<br />
Roldan, F. J. et al., 945; 1003(1-4a).<br />
Romero Castanieda, R., 670; 71.1(1-4a); 1792(2-42);<br />
4029(2-37); 4153(1-6); 5049(2-41); 10009(1-4a).<br />
Romoleroux, K., 3068(1-6).<br />
Rosa, N. A., 2418(2-38); 4416(2-40).
LIST OF EXSICCATAE 175<br />
Rosa, N. A. & J. Martins, 4324(2-37).<br />
Rosa, N. A. et al., 4083(2-40).<br />
Rose, J. N. & Rose, 21625; 21678(1-9).<br />
Rose, J. N. et al., 3454(1-9).<br />
Ruiz, J. & W. Balseca, 816(2-3a).<br />
Ruiz, J. & W. Melendez, 1269(2-3a).<br />
Rusby, H. H., 1390(2-5); 1409; 2527(2-24).<br />
Russell, 12552(1-4a).<br />
Sabatier, D., 213(2-39); 859(2-32); 1114(2-14);<br />
3510(1-2); 3572(2-32).<br />
Sabatier, D. & M. F. Prevost, 1373(1-2); 1852(1-22);<br />
1932(2-14); 2202(2-8); 2792(2-3b); 2816(1-2);<br />
2872(2-36); 2885(1-22); 2949(2-34a); 3253(2-37);<br />
3254(2-14); 3269(2-34a); 3433; 3436(2-3a);<br />
3601(1-2); 3631; 3658(1-22); 3663(2-8); 3676(2-<br />
40); 3717; 3820(1-22); 3855(2-12); 3894(2-14);<br />
4010(2-34a); 4196(1-2); 4237(2-3b); 4291(2-36).<br />
Sagot, P., 1047(2-14); 1184(1-2); 1194(2-39); s.n.<br />
(2-22); s.n.(2-39); s.n.(2-40); s.n.(2-46); s.n.(2-52).<br />
Saint-Hilaire, s.n.(2-5).<br />
Saldias Paz, M., 43(2-5).<br />
Saldias Paz, M. & M. Menacho, 1231(2-24).<br />
Sinchez, M. et al., 1814(2-36).<br />
S<strong>and</strong>ino, J. C., 4898(2-42).<br />
S<strong>and</strong>with, N. Y., 333; 357; 490(2-16).<br />
Sanoja, E. & C. Loup, 3523(2-52)<br />
Santino, 279(2-5).<br />
Santos & Souza, 1670(2-49).<br />
Santos, J. U. & C. S. Rosario, 400(2-17).<br />
Saravia T., C., 2210(1-4a); 2359(1-9); 2447(1-4a);<br />
2876(1-9); 4660(2-51).<br />
Saravia T., C. & M. Saravia, 3547(1-4a); 3667(1-9).<br />
Sargent, F. H., 219(1-9).<br />
Sastre, C., 5669(2-52).<br />
Sastre, C. et al., 3832(2-52); 3929(2-39); 8222(2-16).<br />
Schafer, 9221(2-52).<br />
Schomburgk, Richard, 1351(2-16).<br />
Schomburgk, Robert, 736; 738(1-23); 859; s.n.(I-46).<br />
Schubert, B. G., 2234(2-36).<br />
Schultes, R. E. & I. Cabrera, 12612; 12663(2-6);<br />
12767(2-37); 13539(2-6); 18660(2-37).<br />
Schultes, R. E. & F. L6pez, 9246(2-20).<br />
Schulz, J. P., 8073(2-39); 8387(2-40).<br />
Schunke Vigo, J., 2637(2-18); 4275; 4318; 4613(2-37);<br />
6335(2-34a).<br />
Schunke, J. M., 303(2-3a); 1637(2-49).<br />
Seidel, R., 3148(2-5).<br />
Seidel, R. & D. Vaquiata, 7496(2-34a).<br />
Seidel, R. et al., 5618; 6040(2-34a).<br />
Sello, s.n.(2-5).<br />
Shattuck, O., 377(2-25).<br />
Shafer, J. A., 1007; 1324; 1341; 1383(1-9).<br />
Shearard, D. & G. Spence, 2(1-9).<br />
Silva, 2010(2-37); 4434; 4441(2-19).<br />
da Silva, M.A. et al., 3392(2-5).<br />
da Silva, M. F. F. et al., 445(2-40).<br />
da Silva, A. S., 62(2-49).<br />
da Silva, A. S. & C. Rosario, 4659(2-49).<br />
da Silva, A. S. et al., 905(2-6).<br />
Silva, I. A., 255(1-1); 355(1-4b).<br />
Silva, J. A., 268(2-37).<br />
Silva, M., 1266; 2111(2-24).<br />
Silva, M. & R. Souza, 2500; 2524(2-36); 2535;<br />
2540(1-2).<br />
Silva, M. et al., 2153(2-31); 966(2-43).<br />
Silva, M. F., 626(2-37); 827(2-10).<br />
Silva, M. F. et al., 103(2-37); 519; 530(2-45); 1470<br />
(2-37).<br />
Silva, M. G., 5036; 5936(2-40).<br />
Silva, M. G. & C. Rosario, 5328(2-40).<br />
Silva, M. G. & R. Bahia, 3478(2-38).<br />
Silva, N. T., 117(2-24); 1294; 1437(2-28); 1468(2-19);<br />
1542; 1665(2-40); 3908(2-42).<br />
Silva, N. T. & M. R. Santos, 4616(2-38).<br />
Silveira, M. et al., 675(2-25); 677(2-24); 876(2-49).<br />
Sintenis, P., 1597; 4788(1-9).<br />
Smith, A. C., 2677(2-45); 3504(1-4b).<br />
Smith, F. D. Jr., 63(1-4a).<br />
Smith, H. H., 784; 785; 1695(1-4a); 1705(1-9).<br />
Snethiage, E., 10416(2-38).<br />
Soares, E., 105(2-37); 132(2-38).<br />
Solomon, J. C., 14623(2-24).<br />
Solomon, J. C. et al., 6856(2-1).<br />
Sothers, C. A. et al., 539(2-6); 998(2-43).<br />
Sousa, A. B. et al., 4230(2-5).<br />
de Souza, M. A. D. et al., 380(2-37).<br />
Sperling, C. R. et al., 5976(2-49).<br />
Spichiger, R. & F. Encarnaci6n, 1201(2-24).<br />
Spruce, R., 1785(2-26); 1992(2-20); 2421; 331 1(2-6);<br />
s.n.(2-24); s.n.(2-36).<br />
St<strong>and</strong>ley, P. C., 19712(1-4a); 27575(2-42); 27931;<br />
29248(1-9); 31421(2-42).<br />
St<strong>and</strong>ley, P. C & E. Padilla V., 2467(1-4a).<br />
Starry, D. E., 260(2-42).<br />
Steege, H. & P. de Jager, 562(2-32).<br />
Stein, B. A. et al., 3994(2-43).<br />
Steinbach, J., 2905; 3511; 6562(2-34a); 6595; 7604<br />
(2-5).<br />
Stergios, B. & G. Aymard, 4213(2-20).<br />
Stergios, B. & J. Velazco, 13978(2-4).<br />
Stem, W. L. & K. L. Chambers, 220(1-9).<br />
Stevenson, J. A., 3014(1-9).<br />
Steward, W. C. et al., 378(2-20); P-20411(2-26).<br />
Steyermark, J. A., 62928(2-48); 75374(2-42); 86555;<br />
86624; 86857; 87623; 116373(2-34a).<br />
Steyermark, J. A. & Agostini, 91248(2-34a).<br />
Steyermark, J. A. & V. Carrefio, 106915(2-48).<br />
Steyermark, J. A. & B. J. Manara, 110418; 110778(2-48);<br />
1 10938(1-4b).<br />
Steyermark, J. A. & J. J. Wurdack, 116(2-42).<br />
Steyermark, J. A. et al., 106882(1-4a); 110938(1-4b);<br />
117702(2-2); 119784(2-48); 122991(1-4a).<br />
Stofers, A. L. et al., 87(2-16).<br />
Swabey, C., 12394(1-4a).<br />
Tamayo, F., 1500(2-48); 33961(1-4b).<br />
Tavares, S., 1121(2-49).<br />
Taylor, E. L. et al., E-1036(2-5).<br />
Teixeira, G., 2590(2-5).<br />
Teixeira, L. 0. A., 64(2-24).<br />
Teixeira, L. 0. A. et al., 89(2-52).<br />
Thomas, W. et al., 3990(2-49); 4553(2-17); 10087(1-1).<br />
Thomaz, L. D., 722; 1379(2-26).<br />
Thomsen, K., 360(2-42); 576; 675(2-37); 1279(2-42).<br />
Tirado, M. et al., 552; 683(2-37).<br />
Toledo, J. F. & A. Gehrt, 43167(2-1).<br />
Traill, J. W. H., 125(2-20).<br />
Triana, J., s.n.(2-51).<br />
Trujillo, B., 5071(2-48); 6840(1-4a).<br />
Tuin Ortiz, R., 90; 761(1-4a).<br />
Tutin, T. G., 405(2-37).<br />
Tyson, E. et al., 4336(2-42).<br />
Ule, E., 6037(2-20); 7679(2-39); 9064(2-5); 9517(2-24).
176 FLORA NEOTROPICA<br />
Uribe Uribe, L. & Garcia Barriga, 2317(2-51). Wachenheim, 26(2-52); 66(1-2); 308(2-14); 371(1-22);<br />
Urrego G., L. E., 887(2-37).<br />
377(2-39).<br />
Valencia, R. et al., 67728(2-12).<br />
Webster, G. et al., 27287(2-25).<br />
Vanni, R. et al., 282(2-5); 1308(2-1).<br />
Vargas C., I. G., 2750(2-5); 4003(2-49); 4008(2-5).<br />
Vasconcelos, R. T. P. et al., 255(2-40).<br />
Vasquez, R., 12293(2-47).<br />
Vasquez, R. & G. Criollo, 5780(2-52); 5811(2-27);<br />
7066(2-52).<br />
Vasquez, R. & N. Jaramillo, 825(2-39); 1275; 3353<br />
(2-24); 3770(2-34c); 5070(2-3a); 5875(2-52); 6358<br />
(2-24); 6815(2-37); 7876(2-27); 7913(2-6); 8923<br />
(2-52); 9126; 10107(2-24); 11807(2-37); 13131<br />
(2-24); 14401(2-43); 15023(1-4a).<br />
Vasquez, R. & J. Ruiz, 2917(2-52).<br />
Vasquez, R. & T. Soto, 12346; 13724(2-3a).<br />
Vasquez, R. et al., 4869(2-47); 6492(2-24); 6741(2-42);<br />
6759(2-3a); 6773(2-37); 6918(2-3a); 7028(2-24);<br />
7082(2-52); 7430(2-27); 8068(2-3a); 8082(2-52);<br />
11982(2-27); 12008; 13475(2-37); 13741(2-52);<br />
13745(2-3a); 14245(2-10); 14297(2-37); 14324<br />
(2-10); 18734(2-24).<br />
Velazco, J., 1745(2-6).<br />
Vieira, G. et al., 579(2-24).<br />
Vieira, M. G. et al., 801(2-49).<br />
Villiers, J. F., 2010(2-39).<br />
Villiers, J. F. & C. Feuillet, 2000; 2009(2-39); 2020<br />
(2-14).<br />
Werdermann, E., 2474(2-24); 2560(2-34a).<br />
Wessels Boer, J. G., 2090(2-33); 3227(2-36).<br />
Whitefoord, C., 7053(1-9).<br />
Wied-Neuwied, M.A.P., s.n.(1-4b).<br />
Williams, LI. 3901(2-24); 4272(1-3); 4303; 8141(2-<br />
24); 9977(1-4a); 11833(2-49); 12343(1-4a);<br />
15174(2-42).<br />
Wilson, P., 251(1-9).<br />
Wilson-Browne J., 437; 471; 508(2-49).<br />
Wood herbarium Surinam, 321(2-12).<br />
Woodworth, R. &. P. Vestal, 631(2-42).<br />
Woytkowski, F., 7172; 7173(2-37).<br />
Wurdack, J. J. & L. Adderley, 43363; 43476(2-6).<br />
Wurdack, J. J. & Monachino, 39719(2-34a).<br />
Young, H. & D. Stratton, 135(2-34c).<br />
Za<strong>and</strong>am, C., 6705(2-33).<br />
Zamora, N. et al., 1488(2-42).<br />
Zapullo, s.n.(2-21).<br />
Zarucchi, J. & B. Echeverry, 4673(1-9).<br />
Zegarra, 11(2-34a).<br />
Zent, S., 586-47b(2-42); 885-20; 885-24; 1085-03<br />
(2-23).<br />
Zetek, J., 3570(2-25); 4335(2-42).<br />
Zhang, S. Y., 18(2-26).<br />
Zufiiga, R., 70(2-42).<br />
Be, 138<br />
Bois-flambeau, 96, 132, 165<br />
Bosknipa, 96, 138, 165<br />
Breu, 101<br />
Cacao macaque, 123<br />
Cafecillo, 132<br />
Camboata', 101<br />
Camboata da folha gr<strong>and</strong>e, 101<br />
Canape, 47<br />
Cancudo, 83<br />
C<strong>and</strong>lewood, 81<br />
Carachupa caspi, 101<br />
Cascudo, 88<br />
Catapu', 36<br />
Cedrillo, 65<br />
Combat, 106<br />
Copal rosado de hoja gr<strong>and</strong>e, 132<br />
Copito, 155<br />
Cota prisa, 36<br />
Cotopalo, 37, 123<br />
Cotoperi, 49, 36<br />
Cotoperis, 118<br />
Cotoperis montaniero, 118<br />
Cotoperiz, 49, 123<br />
Cotopris, 36<br />
Cotopriz, 36<br />
Cotuperia, 118<br />
Cutupli, 123<br />
Cutuplis, 37<br />
Dayacoussa, 96<br />
Feijao cru, 62<br />
Flambeau dur, 141<br />
Gaan tatoe, 112<br />
Gaulette indienne, 96, 130, 165<br />
Genipe, 47<br />
INDEX OF LOCAL NAMES<br />
Grigri, 81<br />
Guaya, 36<br />
Guaya pais, 36<br />
Huaya, 36<br />
Huayo, 36<br />
HuayuTn, 36<br />
Huesillo, 132<br />
Huevos de chivo, 161<br />
Juapina, 144<br />
Japunaki, 123<br />
Jatoama, 118<br />
Jicacara, 130<br />
Juria, 36<br />
Kaeriniuae ukwaewaesa, 97<br />
Karimora, 81<br />
Kenep, 47<br />
Keneppy tree, 47<br />
Kenip, 47<br />
Kinap, 36<br />
Kraskrastiki, 138<br />
Limoncillo, 47<br />
Limpia botella, 155<br />
Macucu, 157<br />
Mamon, 47<br />
Mam6n cotopri, 36<br />
Mam6n cutupui, 36<br />
Mam6n cutuplis, 36, 37, 123<br />
Mam6n de cerro, 79<br />
Mam6n de Maria, 36<br />
Mam6n de mico, 36<br />
Mam6n de monte, 104<br />
Mamoncillo, 47, 127<br />
Mamoncillo de monte, 36<br />
Matapuerco, 163<br />
Mauraballi, 123<br />
Mel6n, 47<br />
Miiverezu, 72<br />
Moroballi, 81<br />
Morokwe, 1.21<br />
Muro-balli, 81<br />
Motoyoe, 44<br />
Olhio de boi, 62<br />
Olhio de venado, 92<br />
Palo azul, 127<br />
Paicoussa, 96, 130, 139, 165<br />
Papamundo, 44<br />
Pau de espeto vermelho, 88<br />
Payacoussa, 96, 141<br />
Petit gaulette, 96<br />
Pishico huayo, 138<br />
Pitomba, 37, 62, 72, 92, 101, 106,<br />
108, 116, 132, 138, 141, 148,<br />
151<br />
Pitomba amarela, 37, 92<br />
Pitomba brava, 101, 116, 130<br />
Pitomba da anta, 157<br />
Pitomba da mata, 62, 116, 136<br />
Pitomba de macaco, 62<br />
Pitomba do mato, 101, 106, 132<br />
Pitombarana, 79, 88, 104, 132<br />
Pitombeira, 37, 62, 92, 99<br />
Pitombinha, 101, 157<br />
Piton, 101, 121<br />
Poloc, 66<br />
Quenepa, 47<br />
S<strong>and</strong> mora, 56, 81, 123<br />
Sangre de lapa, 132<br />
Sapatero, 104<br />
Shantona, 123
INDEX OF SCIENTIFIC NAMES 177<br />
Shantonilla, 123<br />
Singabassou, 79, 81<br />
Spanish lime, 47<br />
Tacho, 37<br />
Tambor caspi, 101<br />
Tapaljocote, 36<br />
Tapuyma, 79<br />
Tatoe, 1 12<br />
Acladodea, 4, 50<br />
pinnata, 4, 153<br />
Athyana, 3<br />
Averrhoidium, 3<br />
Alectryon, 20<br />
Burseraceae, 50<br />
Casimira, 28<br />
Castaspora, 4, 19, 20<br />
Comatoglossum, 5, 50<br />
strictum, 5, 161<br />
Crossonephelis, 4<br />
Cupania, 3<br />
congestiflora, 34<br />
longifolia, 127<br />
macrophylla, 130<br />
praealta, 76<br />
seemannii, 166<br />
subalbens, 81<br />
Diatenopteryx, 3<br />
Diploglottis<br />
australis, 50<br />
Doratoxylon<br />
mauritianum, 50<br />
Elattostachys<br />
verrucosa, 50<br />
Eri<strong>and</strong>rostachys, 4<br />
Euplassa, 3<br />
Exothea<br />
diphylla, 166<br />
paniculata, 50<br />
Fabaceae, 3<br />
Glenniea, 4<br />
Guarea, 3<br />
japurensis, 70<br />
Hedyachras, 4<br />
Hippobromus<br />
pauciflorus, 50<br />
Lecaniodiscus, 4<br />
Lepisantheae, 4<br />
Lepisanthes, 20<br />
amoena, 4<br />
Macphersonia, 4<br />
Matayba, 3<br />
glaberrima, 166<br />
guianensis, 5, 115, 166<br />
Meleagrinex, 50<br />
Meliaceae, 3<br />
Melicocca, 28<br />
apetala, 50<br />
australis, 50<br />
bijuga, 4, 45<br />
carpopodea, 45<br />
dentata, 50<br />
diphylla, 50<br />
Tatu-tatu, 141<br />
Tepu, 165<br />
Tepuime, 165<br />
Tit-gaulette, 96<br />
Toliatan, 96, 165<br />
Tuliata, 96, 139<br />
Virote huayo, 101<br />
Wai, 56<br />
INDEX OF SCIENTIFIC NAMES<br />
diversifolia, 50<br />
geniculata, 50<br />
javanica, 50<br />
lepidopetala, 44<br />
olivaeformis, 34<br />
paniculata, 50<br />
pubescens, 50<br />
trijuga, 50<br />
triptera, 50<br />
<strong>Melicocceae</strong>, 4, 19, 20<br />
<strong>Melicoccus</strong>, 3, 4, 28<br />
amoenus, 4, 50<br />
antioquensis, 29, 39, 41<br />
aymardii, 30, 43<br />
bijuga f. alata, 4, 45<br />
bijugatus, 4, 44<br />
espiritosantensis, 29, 44<br />
jimenezii, 48, 166<br />
lepidopetalus, 4, 44<br />
novogranatensis, 41<br />
oliviformis, 4, 34, 41<br />
oliviformis subsp. oliviformis, 34<br />
oliviformis subsp. intermedius,<br />
37<br />
pedicellaris, 30<br />
petiolulatus, 32<br />
Ophiocaryon, 3<br />
Plagioscyphus, 4<br />
Proteaceae, 3<br />
Protium, 50<br />
aracouchili, 50<br />
Racaria, 50<br />
sylvatica, 163<br />
Sabiaceae, 3<br />
Sapindus, 20, 23<br />
cerasinus, 97<br />
esculentus, 61<br />
oblongus, 99<br />
Simaba, 3<br />
Simaroubaceae, 3, 166<br />
Schleichera<br />
oleosa, 50<br />
Strophiodiscus, 4<br />
<strong>Talisia</strong>, 3, 4, 50<br />
acladodea, 4, 152<br />
acutifolia, 90, 94<br />
allenii, 132<br />
amaruyana, 144<br />
amazonica, 106<br />
angustifolia, 52<br />
bullata, 92<br />
carinata, 94<br />
carinata f. acutisepala, 163<br />
carinata f. sericea, 94<br />
Wanhede, 112<br />
Wild genip, 37<br />
Wuayu'n, 36<br />
Yarre patado, 132<br />
Yellow chenip, 36<br />
Yvapovo, 44<br />
Zwarte pintolobus, 76<br />
Zwarte pintolokus, 32, 118<br />
cararensis, 121<br />
caudata, 97<br />
cerasina, 97, 115<br />
chartacea, 53<br />
clathrata, 55, 86<br />
clathrata subsp. clathrata, 56<br />
clathrata sp. canescens, 56<br />
coriacea, 59, 79<br />
croatii, 102, 143<br />
cupularis, 104, 128<br />
dasyclada, 106<br />
diphylla, 166<br />
douradensis, 109<br />
dwyeri, 144<br />
equatoriensis, 109<br />
elephantipes, 130<br />
erecta, 155<br />
esculenta, 51, 61<br />
eximia, 112<br />
firma, 55, 63<br />
floresii, 66, 70<br />
furfuracea, 68<br />
ghilleana, 112<br />
glabra, 115<br />
gl<strong>and</strong>ulifera, 118<br />
guianensis, 4, 50, 88, 109, 116,<br />
139<br />
gr<strong>and</strong>ifolia, 143<br />
granulosa, 68<br />
hemidasya, 118<br />
heterodoxa, 157<br />
hexaphylla, 120<br />
hexaphylla subsp. elegans, 123<br />
hexaphylla subsp. hexaphylla,<br />
121<br />
hexaphylla subsp. multinervis,<br />
125<br />
humilis, 52<br />
intermedia, 37<br />
japurensis, 70<br />
jimenezii, 4, 48, 166<br />
laevigata, 126<br />
lanata, 73<br />
laxiflora, 5, 166<br />
longifolia, 127<br />
macrophylla, 130<br />
marleneana, 130, 134<br />
medri, 90<br />
megaphylla, 136<br />
micrantha, 163<br />
microphylla, 73<br />
mollis, 139<br />
mollis var. marleneana, 134<br />
morii, 141
178 FLORA NEOTROPICA<br />
morilloi, 112<br />
multinervis, 63<br />
nervosa, 143, 165<br />
obovata, 146<br />
oedipoda, 148<br />
oliviformis, 34, 166<br />
pachycarpa, 148<br />
panamensis, 121<br />
parviflora, 76<br />
pedicellaris, 166<br />
pentantha, 132<br />
peruviana, 166<br />
pilosula, 152<br />
pinnata, 50, 88, 152, 161<br />
porteriana, 166<br />
praealta, 76, 79<br />
prancei, 114, 166<br />
princeps, 104, 155<br />
pulverulenta, 31<br />
pygmaea, 52, 53<br />
reticulata, 163<br />
retusa, 101, 157<br />
rosea, 116<br />
sancarlosiana, 132<br />
setigera, 159<br />
simaboides, 79<br />
squarrosa, 79, 81<br />
stricta, 50, 161<br />
subalbens, 53, 81<br />
svensonii, 166<br />
sylvatica, 50, 88, 96, 163<br />
tirirensis, 144<br />
velutina, 84<br />
veraluciana, 53, 86<br />
sect. Cotopais, 28<br />
sect. Eutalisia, 88<br />
subsect. Acladodea, 88<br />
subsect. Pitombaria, 51<br />
sect. Racaria, 88<br />
subgenus Pitombaria, 14, 23, 50,<br />
51<br />
subgenus <strong>Talisia</strong>, 14, 23, 50, 88<br />
Tapirocarpus, 50<br />
talisia, 50, 139<br />
Theophrasta<br />
pinnata, 155<br />
Toulicia<br />
brachyphylla, 34<br />
Tristira, 4, 19, 20<br />
triptera, 50<br />
Tristiropsis, 4, 19, 20<br />
Ungnadia, 3<br />
Vouarana, 3<br />
Zollingeria, 20