flora neotropica - CNCFlora

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66 Flora Neotropica Table II Differences between species of the Couepia obovata species group C. bernardii C. obovata C. reflexa C. sandwithii Leaf laminae (cm) 9-16 Apex acuminate Acumen length 2-8 4-10 apiculate or acuminate 2-5 11-14 acuminate 8-10 4.5-9 acuminate, rounded or apiculate 5-6 (mm) Flower exterior Leaves sparsely puberulous coriaceous glabrous or sparsely puberulous chartaceous to coriaceous sparsely puberulous chartaceous densely tomentellous coriaceous a single type collection it is still hard to evaluate. 6-6.2. Couepia monteclarensis Prance, sp. nov. The other species appear to be separate. They Type. Brazil. Minas Gerais: Estagao Biologica have distinct geographical distributions, al- Caratinga, 19 Feb 1984 (fl), M. A. Lopes 113 though C. obovata and C. bernardii are sympatric (holotype, BHCB; isotype, NY). Fig. 14. in Amazonian Peru. C. obovata is much more widespread, in Central Amazonia and the South Species C. sandwithii et C. bernardii affinis, inflorescentiis of the Guianas, however. C. sandwithii is allolaxioribus, floribus, cum pedicellis articulatis munitis patric, found in the Orinoco Delta region and (1-5 mm longis), petiolis 8- 10 mm Guyana. These species can be differentiated longis diversa. by the characters given in Table II and in the Tree, the young branches glabrous, conspicukey which follows. In the original description of C. ously lenticellate. Leaf lamina oblong, chartabernardii (Prance, 1981) I referred two collecceous, 7.5-11 x 3.3-4.6 cm, subcuneate at base, tions from Venezuela to that species. These two apiculate at apex, the apex 4-6 mm long, glabrous collections above, with a short-brown-lanate (Steyermark 87610, pubes- 88108) actually cence belong to C. sandwithii. beneath; midrib prominulous above, The species Couepia monteclarensis is also prominent beneath; primary veins 8-10 pairs, closely related to this group of species, but is plane above, prominent beneath; petioles 8-10 mm more distinct. For differences see under that long, glabrescent, canaliculate, with a single gland on one side or eglandular. Stipules caspecies. ducous (not seen). Inflorescences of terminal panicles, 6-8 cm long, with a central rachis and short dichotomous branches bearing 2 to 4 flow- Key to Species of Couepia obovata ers, the rachis and branches gray-puberulous. Re- Species Group ceptacle cylindrical, 5-7 mm long, gray puberulous externally, glabrous within except for 1. Flower exterior densely tomentellous, forming a deflexed hairs at complete covering; leaf underside usually ferru- throat; pedicels 3-5 mm long, gineous-brown-tomentose C. sandwithii. articulated at middle and with lower part per- 1. Flower exterior glabrous or sparsely puberulous, sistent after flower dehiscence. Calyx lobes five, not forming a complete covering; leaf underside rounded to slightly acute, 2-3 mm long, gray gray-puberulous. 2. puberulous on exterior. Petals Leaves membranous, venation smooth and five, white, glanot reticulate beneath, the apex with long acubrous except for ciliate margins. Stamens 18-20, men 8-10 mm long C. reflexa. inserted almost around complete circle. Ovary 2. Leaves chartaceous to thinly coriaceous, re- inserted near mouth of tube, lanate. Style hirsute ticulate beneath with parallel secondary ve- for three-fourths of nation, the length. Young fruit ovoid; apex bluntly acute to acuminate. 3. Leaf lamina 4-10 cm long, oblong to el- exocarp smooth, glabrous; mesocarp granular; liptic, the apex acuminate C. obovata. endocarp bony, glabrous within. 3. Leaf lamina 9-16 cm long, obovate, the Distribution. Atlantic coast forest of Minas apex usually apiculate C. bernardii. Gerais.
Systematic Treatment 67 \I I 3cm. '1'1~~~~~~~~~~~~~~ PA ]-~~~~~~~~~~~~~~~~~~. .-t I t GNllp^ 15 a nwated;eclarem"' I mm !l t FIG. 14. Couepia monteclarensis (Lopes 113). A, habit; B, flower; C, flower section; D, petal; E, <strong>flora</strong>l diagram; F, young fruit; G, fruit cross-section. E.
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FLORA NEOTROPICA MONOGRAPH 9S CHRYS
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FLORA NEOTROPIC MONOGRAPH 9S CHRYSO
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CHRYSOBALANACEAE GHILLEAN T. PRANCE
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Rare Species 3 Loreto Department, w
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Systematic Treatment 5 Gfwysobarlan
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Systematic Treatment 7 6. Infloresc
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Systematic Treatment 9 30. Petals u
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Systematic Treatment 11 7. Inflores
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Systematic Treatment 13 24. Midrib
Page 19 and 20: Systematic Treatment 15 58. Venatio
Page 21 and 22: Systematic Treatment 17 83. Leaf ap
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Page 25 and 26: i. C ' A. FIG. 2. Licaniafilomenoi
Page 27 and 28: Systematic Treatment 23 t~~~~~~~~~~
Page 29 and 30: Systematic Treatment 25 "-~~~~~~~~~
Page 31 and 32: Systematic Treatment27 collection i
Page 33 and 34: Systematic Treatment29 surfaces, gl
Page 35 and 36: Systematic Treatment B. young buds)
Page 37 and 38: Systematic Treatment 33 ules small,
Page 39 and 40: Systematic Treatment 35 calvescens
Page 41 and 42: Systematic Treatment 37 ii~i""~~~~m
Page 43 and 44: Systematic Treatment 39 or, tomento
Page 45 and 46: Systematic Treatment 41 , _A. . . _
Page 47 and 48: Systematic Treatment 43 3cm.[ .. '
Page 49 and 50: Systematic Treatment 45 3 cm. FIG.
Page 51 and 52: Systematic Treatment 47 3 Jun 1986,
Page 53 and 54: Systematic Treatment 49 Distributio
Page 55 and 56: Systematic Treatment51 2-124. Lican
Page 57 and 58: Systematic Treatment 53 ovate, 1.5-
Page 59 and 60: Systematic Treatment55 RB 18818) an
Page 61 and 62: Systematic Treatment 57 Additional
Page 65 and 66: Systematic Treatment 61 23. Leaves
Page 67 and 68: Systematic Treatment 63 59. Pedicel
Page 69: Systematic Treatment 65 Couepia gla
Page 73 and 74: Systematic Treatment 69 Fi 71 ?':~~
Page 75 and 76: Systematic Treatment 71 '" GouAO,P
Page 77 and 78: Systematic Treatment 73 W,.
Page 79 and 80: Systematic Treatment75 ulate, rugos
Page 81 and 82: Systematic Treatment 77 Distributio
Page 83 and 84: Systematic Treatment 79 Bahia: Itac
Page 85 and 86: Systematic Treatment 81 16. Stamens
Page 87 and 88: Systematic Treatment 83 48. Leaves
Page 89 and 90: Systematic Treatment 85 21. Primary
Page 93 and 94: Systematic Treatment 89 Type. Surin
Page 95 and 96: Systematic Treatment 91 common in A
Page 97 and 98: Systematic Treatment 93 7-52.1. Hir
Page 99 and 100: Systematic Treatment 95 Tree to 12
Page 101 and 102: Systematic Treatment 97 (INPA, NY);
Page 103 and 104: Numerical List of Taxa 99 Numerical
Page 105 and 106: Numerical List of Taxa 101 Continue
Page 111 and 112: Supplemental List of Exsiccatae 107
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Supplemental List of Exsiccatae 117
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Second Supplemental List of Exsicca
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90 80 70 60 50 0.b o o s 50m ------
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Distribution Maps 80 70 60 50 0 /^\
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Distribution Maps Ic ol 70 60 50 40
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Distribution Maps 100 90 80 -.^r^^'
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Distribution Maps V o o 70 ITX Gall
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Distribution Maps H L. cabrerae L.
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Distribution Maps 60 ____80 70 ^10
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Distribution Maps 141 _70 60 70 60
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Distribution Maps 143 _60 _60 50 Te
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Distribution Maps /^P^; 0 7______0
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Distribution Maps 7!F- 70 60 50 0 0
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Distribution Maps 11Q___ i_m ______
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Distribution Maps 151 700 50 0 - ^
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Distribution Maps 70 60 650 L. heba
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90 80 70 60 0 00 0 . _jS^--- T^ t^l
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Distribution Maps i L. intrapetiola
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Distribution Maps 159 ,M..,J C|: FL
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Distribution Maps 161 op-AI 70 60 5
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Distribution Maps 70 60 5 0 40 0aN1
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Distribution Maps 165 80 70 60 50 L
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Distribution Maps 167 50 40 60 50 o
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Distribution Maps 169 60 60 0. L. l
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Distribution Maps 70 6050 40 - ~'-y
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Distribution Maps 70 50 40 L._niloi
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Distribution Maps 80 70 60 50 Terra
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Distribution Maps 70 606 _ 0 , L. p
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Distribution Maps 179 .. A 0ITT 100
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Distribution Maps 70 60 50 40 ^ ^ .
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Distribution Maps 60 50 I 60 50 .:
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Distribution Maps 185 Cerrado : ' 7
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Distribution Maps 60 70 60 L. stewa
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Distribution Maps 189 I?, 60 so L.
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Distribution Maps /L. turbinata ] L
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Distribution Maps 193 8 0 60 50 CPa
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Distribution Maps 195 "''HEITAD FHA
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Distribution Maps 197 HABITAT .....
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Distribution Maps FRU - Terra firme
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Distribution Maps 0 70 60 .0 "Y~ ..
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0 ___ 100_____ 90 80 ___ 70 __ _ __
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Distribution Maps 80 70 60 50 ^.~3
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Distribution Maps FRUBITAT';., 1 r
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Distribution Maps 209 60 60 C. eria
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Distribution Maps 70 60 50 40 ..:er
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Distribution Maps 213 I:::' 01 60 5
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Distribution Maps 70 60 60 50 1^^^C
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Distribution Maps 217 .0 80 70 60 5
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Distribution Maps _ 0 70 60 ?k?^Vy
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Distribution Maps 221 80 70 5 C. re
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Distribution Maps 10 1o 60 , C. ste
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Distribution Maps 60 50 40 C. trape
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Distribution Maps in 70 60 80 H. ad
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Distribution Maps 60 50 40 .-.-'H.
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Distribution Maps __?^^"*^^70 80 60
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Distribution Maps 233 70 60 50 4 ^'
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Distribution Maps i0m~~~~70 00, ..
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Distribution Maps 80 70 70 ?t AH. e
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Distribution Maps 239 60 50 10. btH
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Distribution Maps 80 70 60 50 ^^^^:
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Distribution Maps 80 70 80 {FLOWER-
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Distribution Maps 80 70 60 50 _0 _S
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Distribution Maps (,. 60 50 60 Terr
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Distribution Maps 249 0 80 70 60 50
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100 90 l2( C^^^^^--^^ .~ C: 10 10:
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Distribution Maps 253 80 70 50 / H.
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Distribution Maps 255 10 g H. scabr
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Distribution Maps 257 60 50 60 50 H
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Distribution Maps 90 50 40 -H. tria
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Distribution Maps 60 0 o , I50 _7 6
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Index of Scientific Names 263 apach
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Index of Scientific Names 265 scabr
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Index of Scientific Names 267 excel
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FLORA NEOTROPICA Flora Neotropica i
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