APPENDIX I
TREE SPECIES AT KOALA LOMPAT AND THEIR CONTRIBUTIONS TO THE DIETS OF PRIMATES, SQUIRRELS AND SOME BIRDS
Only those species which have been identified to family, genus or species are listed. At least 60 more unidentified species of tree growing to at least 20 feet (6.6 m) tall occur in the study area.
Climbers (omitted here) of the families Annonaceae, Celastraceae, Combretaceae, Gnetaceae, Leguminosae, Moraceae, Strychnaceae, Urticaceae and Vitaceae are important sources of food to primates.
PRIMATES Hs = Hy~obates syndaaty~us HL = H. ~ar Po = Presbytis obsaura Pm = P. me~a~ophos Mf = Maaaca fasaiau~ris
SQUIRRELS Rb = Ratufa biao wr Ra = R. affinis Cp = Ca~~osciurus prevostii Cn = c. notatus St = Sundasaiurus tenuis ? = unidentified species, Kalang records
BIRDS c = Columbidae (pigeons) Ps = Psittacidae (parrots) B = Bucerotidae (hornbills) p = Pycnonotidae (bulbuls) A = Aegithinidae (leaf birds) E = Eurylaimidae (broadbills)
FOOD F = fruit pulp s = seed f = flower 1 = leaves (new, mature, stems and/or tips) b = hark x = fruit by unidentified squirrel
The distinction between fruit pulp and seed is only accurate for squirrels; in eating the fruit pulp, primates, especially the leaf monkeys and macaques are often also consuming the seed.
(continued on p. 331)
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APPENDIX I 331
Data for primates comes from D.J. Chivers, J.J. Raemaekers, Sheila Curtin, F.P.G. Aldrich-Blake, J.R. and Kathy MacKinnon, Y.L. Mah and J.B. Payne; for squirrels from J.B. Payne and Kalang (see above), and for birds from D.R. Wells.
Frugivorous birds mostly eat figs, but there is great specialisation according to the size of the bird; large birds, such as hornbills, eat the largest figs, medium-sized birds, like parrots and pigeons eat the middle-sized figs, and the smaller birds, such as bulbuls and barbets, eat the smallest figs.
Dr David Wells submitted records for about 13 species of bird of six families, to which we have added observations for several more species including two more families, mostly by John Payne (see table 2.2, pp. 52-53, and table 9.1, pp. 263-265):
Columbidae (pigeons) Treron spp. Dueul,a aenea
Psittacidae (parrots) Psittacul,a Longicauda Psittinus cyanurus
Bucerotidae (hornbills) Anorrhinus gaLeritus Anthracoceros maLayanus A. convexus Rhyticeros unduLatus Buaeros rhinoceros RhinopLax vigiL
Pycnonotidae (bulbuls) Pycnonotus simpLex P. brunneus
Aegithinidae (leaf birds) Irena puel,l,a
Eurylaimidae (broadbills) CaLyptomena viridis
Capitonidae (barbets)
Dicaeidae (flowerpeckers)
We present incomplete information on birds, in the hope that it will stimulate further literature searches and field study; we recognise, however, that many of the fruit eaten by primates and squirrels are too large or thick-skinned to be eaten by most birds (see Chapter 2).
APPENDIX II
LONG-TERM OBSERVATIONS OF SIAMANG BEHAVIOUR
Background information on the quantitative analysis of dawnto-dusk Observations of the behaviour of the siamang group TSl at Kuala Lompat on 487 days in 65 months from April 1969 to April 1979 inclusive will perhaps be of interest to readers who wish to pursue certain points. We clarify here the distribution of samples (fig. 8.15) and present mean values for each sample period for measures of activity period, environmental features and ranging and feeding behaviour; the percentages and indices used in the analyses (figs. 8.15-18) were calculated from these means.
Figures given are means for each period, except for CALLING where numbers of days on which calling occurred, and the number of bouts during the sample period, are presented. For FEEDING, differences between sums of food types (excluding figs) and mean daily feeding time represent differences in recording the start and stop of bouts and 10-min samples of major activity respectively, as well as unidentified feeding observations. CANOPY LEVEL is given as the percentage of 10-min samples during the activity period, and WEATHER was sampled at 10- or 15-min intervals from dawn to dusk for the sample period, with rainfall in mm. for the whole month in which the sample was taken.
Following the table, data from short sample periods (10-20 days) from 1969 to 1973 inclusive (Chivers et al., 1975) are displayed to illustrate the extent of Variation about the mean values used in this analysis. There are observations of the siamang group TSl in the fruiting seasons of 1969, 1971 and 1972, and in the dry seasons of 1970 and 1973. They provide us with an opportunity to see how behaviour changes with time (see Chapter 8), how variable behaviour may be within a sample period, and how simi1ar may be the behaviour of different, but adjacent- groups in the same forest at the same time (since data are available for siamang group TS1a from 1971-73). The data presented here are concerned with different aspects of feeding and ranging behaviour.
The two siamang groups were very simi1ar to each other in their ranging and feeding behaviour in each of the three observation
(continued on p. 338)
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336 APPENDIX II
20 NO of HECTARES TS1A
10
0
2000 DAY RANGE
H mtrlrtrs
1500
~f 1000
t,fJ 500
0
600 NIGHT POSITI SHIFT
r f 400
200 T ~
0
600 MAXIMUM RADIUS
400
0 f i 200
0
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200
0
S..'7. ~Sro F,M,A1 month no. days
1971 72 73 y~:or
30 NO. of HECTARES TS1 20
10
0
2000 DAY RANGE
~I 1500 metres
f1 1000 H rH 500
0 600
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400
i 200
0
600 d MAXIMUM RADIUS
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H 200
0 600
[i 1/ TIME to MAX. RADIUS
400 m1ns.
200 rongr
0
~9. MA A S F1M1A1 montl-1 " ,. na. doys
1969 70 71 72 73 ytor
APPENDIX II 337
25 FOOD TREES/DAY
TS1A NO
20
l'l 15 t I coog• TOTAL
10 ~' , m•oo
o I
'' ''' '' ''' '• .. • 'in 1i•-- FIGS 0
60 0/o FEEDING
TIME
40
20 ' !! 0
500 FEEDING TIME /DAY
400
rl 300
1-;-FRUIT 1 !-LEAVES
200 i-;-I'LOWERS
' . !-JNSECTS
' I I
100 I+ I o
'' ' .. ' .. '' •I
0 ~ ' .. ~.<?. '\, FMA month
1971 72 73, s s no. dcys yt:ar
20 NO FOOD TREES/ DAY
11
TS1
15
10
' 0
.. •.• 80
"lo FEEDING TIME 60
40
20
0
400 FEEDING TIME/DAY I H coog• mms. T
j TOTAL
r ~ ~ m!l'an
300 11 200 ++F iGS
' .. h-FRUIT ' ' ' '
I ' : :-LEAVES 100 ' ' ]jFLOWERS
I.: . ~INSECTS 1: I
0 Ii I
FMA month
1969 70 1010 71 72 73 SI no. doys.
yt:ar
338 APPENDIX II
periods pertaining to both groups. The only noticeable difference in ranging occurred in 1972, when TSl was decreasing its ranging as the observation period progressed, but TSla was increasing these values, especially those for night position shift and maximum radius (the farthest point reached from the previous sleeping position).
In 1973 TSl maintained a fairly constant level of feeding (with high fig intake), while TSla showed a steady decrease in feeding time about the TSl level, as the lone male shifted from a predominance of leaf-eating to one of fruit-eating. Otherwise, levels and changes were very similar between the groups.
Day-to-day changes in behaviour can be more marked than changes between observation periods; nevertheless, these changes represent the unevenness of movement areund the home range, as the group exploits food sources heavily in one part of the home range before moving on to another, and over a period of 5-10 days such behaviours average out at levels indicative of the circumstances of that period ( see Chapter 8) .
The map below s hows the philopatry of each group: TSl in particular visited that part of their home range marked as the 'core area' in each sample period, irrespective of whether they were mainly using the drier northern part, or the wetter south-east corner, of their range; TSla also spent most of its time in certain parts of their home range. Group calls (marked) and night sleeping trees occur mostly in the area marked as the 'territory', which coincide with the usual limits of ranging in any sample period.
*
* TS1b
*
TS1 TS1a CORE AREA 10.6 lS --- 6.8 13 ___ % home range
'TERRITORY' 26.0 °2 18.9 °3
HOME RANGE 42.2 . ..... - 29.8 hectares
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AUTHOR INDEX
ABE, T. 32 ALDRICH-BLAKE, F.P.G. 3,17,18,
23,66,71,227,229,246,255, 259
ALTMANN, S.A. 2,71,286 ANDREWS, P. 193,200 ANGST, W. 147,298,300,301 ASHTON, P.S. 4 AVIS, V. 200 BAKER, H.G. 33 BALDWIN, L.A. 66,68 BARTELS, E. 261 BAUCHOP, T. 107,287,305 BELL, R.H.V. 287 BENNETT, E.L. 315 BERKSON, G. 68 BEFNSTEIN, I.S. 16,18,27,111,
144,147 BOULBET, M. 310 BOURLIERE, F. 32 BOURNE, G.H. 2 BOUSSET, J. 89,287 BRANDON-JONES, D. 15,189 BROCKELMAN, W.Y. 66,68,244,247,
293,308 BROTOISWORD, E. 308,309,310 BROWN, J.H. 226 BROWN, J.L. 102,291,294,300 BURGESS, P.F. 308 BURT, W.H. 127,299 BURTON, G.J. 107,296 CADIGAN, F.C. 16,143,144,285,
308 CALDECOTT, J.O. 19,63,315 CARACO, T. 301 CARPENTER, C.R. 16,65,68,70,71,
78,101,244,245
CHALMERS, N. 3,291,303,306 CHANTHAROJVUNG, G. 66 CHARLES-DOMINIQUE, P. 303 CHIA, L.S. 210,211,213 CHIANG, M. 16,18,27,147 CHIVERS, D.J. 2,7,9,16,17,18,19,
23,24,31,39,63,65,66,68,71, 72,73,78,100,101,104,107, 110,127,143,162,169,176,187, 189,193,198,201,213,214,215, 216,225,226,227,229,243,244, 245,246,253,255,275,283,285, 286,287,289,293,294,302,303, 304,306,309,310,313
CHIVERS, S.T. 16,243 CLUTTON-BROCK, T.H. 2,3,50,100,
101,286,287,289,290,293,301, 303,304,306,307
CODY, M.L. 226,291 CONAWAY, C.H. 151 CORBET, G.B. 307 CORNER, E .J .H. 34 CROOK, J.H. 2,102,289 CURTIN, S.H. 17,18,24,39,110,111,
115,117,127,128,138,140,142, 143,144,201,275
DALE, W.L. 10,210,211,212,213 DASMANN, R. 4 DAVIES, A.G. 18,19,222,283,285 DAVIES, N.B. 291,300 DAWKINS, R. 226,299 DAWSON, T.J. 100,298 DELORT-LAVAL, J. 89,287 DEVORE, I. 2 DIAMOND, J.M. 313 DICKINSON, E.C. 262 ECKHOLM, E.P. 310
357
358 AUTHOR INDEX
EHRLICH, P.R. 35 HARVEY, P.H. 3,100,101,286,287, EISENBERG, J.F. 2,32,291,296,316 290,293,301 ELLEFSON, Judy 16,18,27,147 HEEKEREN, H.R.van 4 ELLEFSON, J.O. 16,18,27,65,68, HEINRICH, B. 298
70,71,72,75,78,101,127,143, HENWOOD, K. 225 243,244,245,246,293,302 HERBERT, J. 2
EMLEN, S.T. 293 HINDE, R.A. 2 EMMONS, L.H. 35,275,306 HLADIK, A. 31,32,49,55,58,88,89, EUDEY, A.A. 157,308 287 EWBANK, R. 304 HLADIK, C.M. 31,38,89,100,107, FABRICK, A. 225 187,286,287,288,289,316 F.A.O. 310 HOMEWOOD, K. 299 FEDOROV, A.A. 30 HOOIJER, D .A. 15 FEENY, P.P. 35 HRDY, S.B. 16,300,301 FERGUSON, J.H.A. 213 I.U.C.N. 309,310,312 FICKEN, R.W. 226 JANZEN, D.H. 30,33,34,35,38,89, FICKEN, M.S. 226 188,304,305,316 FITTINGHOFF, N.A. 147,149,152, JARMAN, P.J. 287
157 JATINANDANA, S. 68 FLEAGLE, J.G. 17,18,84,100,142, JAY, P.C. 2
143,176,193,197,200,201, JOLLY, A. 2,101 203,207,300 JONG, K. 312
FLENLEY, J. 30 KAPPELER, M. 66 FOODEN, J. 149 KAWABE, M. 16,18,65 FRANKIE, G. W. 33 KAWAI, M. 134 FREELAND, W.J. 38,305 KAY, R.F. 101 FRISCH, J .E. 15 KING, B. 262 FURUYA, Y. 16,18,144 KLEIBER, M. 95,287 GARTLAN, J.S. 2,3,38,289 KLEIMAN, D.G. 103,104,291,293,294 GAUTIER-HION, A. 3 KLEIN, D.J. 298 GITTINS, S.P. 2,18,19,24,27,63, KLEIN, L.L. 298
65,66,84,99,193,227,245, KOHLBRUGGE, J.H.F. 101 246,247 KOYAMA, N. 16,18,65
GLANDER, K.E. 38 KREBS, J.R. 299 GLICK, B.B. 151 KUHN, H-J. 287 GRAND, T. 99,143,207 KUMMER, H. 2 GROVES, C.P. 65,189,193,200 KURLAND, J.A. 147,149,151,152,198 HADLEY, M. 32 LACK, D. 101,289,291 HAFEZ, E .S .E. 304 LAWRENCE, R.D. 89 HAlLMAN, J .P. 226 LAYNE, J .N. 306 ,307 HAIMOFF, E.H. 226 LEIGH, E.G. 31 HALL, K.R.L. 301 LEIGHTON, D.R. 66,302 HALLIDAY. T.R. 300 LEKAGUL, B. 310,313 HAMILTON, W. J. 66 LEUTENNEGER, W. 300 HARCOURT, A.H. 307 LIM, B.L. 261,268 HARRISON, J.L. 65,308 LOH, H.S. 38 HARRISSON, B. 308 LUCAS, G. 312 HARRISSON, T. 111 MACKINNON, J.R. 17,18,66,68,70,71,
128,144,171,186,198,199,226, 229,237,244,272,275,309
AUTHOR INDEX
MACKINNON, K.S. 17,18,35,66,68, 70,71,128,144,198,199,229, 237,244,268,272,275
MAH, Y.L. 18,19,147,302 MARSHALL, E.R. 15 MARSHALL, J.T. 15,66 MARTUCCI, R.W. 287 MAY, M.I. 100,286 McCANCE, R.A. 89 McCANN, C. 244 McCLURE, H.E. 16,18,65,216,217 McKEY, D.B. 3,38,304 McNAB, B.K. 100,298 McNEELY, J.A. 310,313 MEDWAY, Lord 4,11,12,15,32,34,
58,107,210,211,216,217,218, 249,261,262,263,265,268, 308,313
MENZEL, E.W. 291 MICHAEL, R.P. 2 MILTON, K. 100,286 MITANI, J .C. 291,297,299 MITCHELL, A. 29 MITTERMEIER, R.A. 201,207 MOHNOT, S.M. 308 MONTGOMERY, G.G. 32,289,316 MOYNIHAN, M. 304 MUCKENHIRN, N.A. 2,296 MUCKERJEE, R.P. 303 MUUL, I. 261,268 MYERS, N. 312,314 NAPIER, J.R. 70,107,227,244,
249,296,300 NAPIER, P.M. 70,107,227,244,
249,296,300 NICE, M.M. 299 NG, F.S.P. 32,38,84 NIEUWOLT, S. 32 OATES, J.F. 289,299 ODUM, E.P. 99 OPLER, P.A. 33,304 ORIANS, G.H. 291 OXNARD, C.E. 191,200 PACKER, C. 245,293,300 PANTUWATANA, S. 68,244,247,293 PARIENTE, G. 303 PARRA, R. 305 PARSONS, P.E. 202 PAYNE, J.B. 5,19,39,211,213,
261,306
PETTER, J-J. 287 POCOCK, R.I. 15,108,189 POIRIER, F.E. 147 POORE, M.E.D. 49 POWELL, G.V.N. 301 PRINGLE, S.L. 310
359
RAEMAEKERS, J.J. 17,18,19,23,24, 39,43,66,95,100,101,141,186, 227,229,244,246,255,259,291
RAINIER, HSH Prince 2 RAVEN, P.H. 35 RICHARD, A. 302 RICHARDS, D.G. 225 RICHARDS, P.W. 30,134 RIJKSEN, H.D. 308,309,310 RIPLEY, S. 203 RODMAN, P.S. 145,159,162,176,198,
291,297,299 ROLLET, B. 49 ROSS, B.A. 66,68,244,247,293 ROTHE, H. 294 ROWELL, T .E . 2 RUDRAN, R. 2,296,300 SADE, D.S. 151 SAHA, S .S. 303 SCHALLER, G.B. 299 SCHEIN, M.W. 304 SCHMIDT, F.H. 213 SCHMIDT-NIELSEN, K. 100,298 SCHULTZ, A.H. 63 SELSOR, C.J. 145 SMITH, C.C. 104 SMITH, E.O. 147 SMYTHE, N. 31,35,275 SNOW, D.W. 27,262 SOEPADMO, E. 312 SOUTHERN, J.N. 307 SOUTHWICK, C.H. 16,143,144,285,
308 SPENCER, C. 16,18,27,147 SRIKOSAMATARA, S. 66,302 STERN, J.T. 191,200 STEVENS, W.E. 308 STOEL, T.B. 310,311 STONE, B.C. 312 STOTT, K. 145 STRUHSAKER, T.T. 3,50,289,299,
305 SUGIYAMA, Y, 16 SUNQUIST, M.E. 289,316
360
SYNGE, H. 312 TAYLOR, C.R. 202 TELEKI, G. 66,68 TENAZA, R.R. 66,71,227,244,246,
248,294,295 THOMMEN, D. 300,301 THORINGTON, R.W. 32,316 TILSON, R.L. 66,244,245,246,
247,248,293,294,307 TITTENSOR, A.M. 307 TRIVERS, R.L. 103,290 VALDEBOUZE, P. 89,287 VANZOLINI, P.E. 313 VERNER, J. 294 VIRUBEN, G. 89,287 WASER, P.M. 299 WASHBURN, S.L. 142 WASSERMAN, F.E. 226 WATERMAN, P.G. 3,38 WELLS, D.R. 262,263,265,268,308,
309,313 WHEATLEY, B.P. 147 WHITMORE, T.C. 6,7,11,29,32,50,
210,308,309 WHITTEN, A.J. 38,66,227,245,302,
307 WHITTEN, J.E.J. 272 WILEY, R.H. 225 WILSON, C.C. 63,145,309 WILSON, E.O. 99,101,102 WILSON, W.L. 63,145,309 WOLF, K.E. 16,19,144,300 WONG, Y.K. 47 WOODCOCK, M. 262 WRANGHAM, R.W. 89,101,103,299 WYATT-SMITH, J. 6 WYCHERLEY, P.R. 32,211,214 YODA, K. 30 YOSHIBA, K. 296
AUTHOR INDEX
SUBJECT INDEX
(shou1d be used in conjunction with List of Contents)
ACTIVITY PERIOD methods 22,108,149 gibbons 96,251-252 1eaf monkeys 139 macaques 161 result 280
AGE CLASSES gibbons 70,227 1eaf monkeys 112,113 macaques 149
BIOMASS 31-32,144,169,276,285-286,288-289
BIRDS 263-265 fruit-eating 33-34,261-265 grouping 293,294 predat ion 301 song 224-227 territory 102 barbets 34 bu1bu1s 52-53 f1owerpeckers 52-53 1eafbirds 52-53 parrots 262 pigeons 34,52-53,262,265 hornbi11s 34,52-53,265
BREEDING gibbons 236,243-244 1eaf monkeys 250
CALLING (see Song) 222-227 gibbons 73-75 1eaf monkeys 120-122,126-127,
176 macaques 151
CANOPY USE gibbons 80-84,175-176 1eaf monkeys 141-142,175-176 macaques 157-159,175-176
squirre1s 272-273 CONFLICTS
gibbons 74-75,238,294 1eaf monkeys 124-126 macaques 151
CONSERVATION 2,3-4,307-316 CORE AREA
gibbons 173 1eaf monkeys 129-120,173 macaques 155,157,173
DETOXIFICATION (see Toxins) DIET (see Feeding)
and body size 286-290 and dai1y feeding pattern 305 and habitat type 2-3,305-306 and positiona1 behaviour 207
FAUNA (see Birds, Mamma1s, Primates) Sino-Ma1ayan 6 Siva-Ma1ayan 6
FERMENTATION 101,107,186,305 FEEDING 280-281
methods 22,108,149 dai1y pattern 302-307 gibbons 38,51,84,88-94,102-103,
162-163,179-184,252-258,274-275, 282,291
1eaf monkeys 38,133-138,139-142, 162-163,179-184,274-275,282
macaques 38,161-164,179-184,274-275,282
squirre1s 274-276,306-307 FIGS (see TREES, Ficus spp.) FOOD SOURCES
gibbons 93-94,98-99,183 1eaf monkeys 135-137,183 macaques 183
361
362
FOREST (see Rain Forest) climax formations 6-7
GIBBONS 63-65 15-16
227-243
description distribution social history agile 11,63 lar 11,63 siamang 11,63 hoclock 66,244,245 Kloss 66,71,244,245,246,247,
249 pileated 66,248,302 Müller's 66 moloch 66
GROOMING gibbons 72,96 leaf monkeys 115 macaques 151,161
GROUP SIZE gibbons 68,169,281 leaf monkeys 108,111,169,281,
296 macaques 149,169,281,296
GROUP COHESION 71-73,118 GROUP COMPOSITION
gibbons 68,70,227,237 leaf monkeys 111-114 macaques 149,151
GROUP FORMATION gibbons 71,228,238,248
GROUP STABILITY 248-249 HABITAT (see Rain Forest, Trees)
and behaviour 2-3,100 HABITUATION 23-24 HOME RANGE (see Ranging)
gibbons 75-80,171-175 leaf monkeys 128-131,171-175 macaques 152-157,171-175
HUNTING 285,307,315 HYBRIDS 66 INFANT CARE 70,71,117 INFANTICIDE 16,144,300 INVERTEBRATES 32,34,58,88,163,
178,261,273,286,289 LANGUR (see Leaf Monkey and
Primates) LEAF MONKEYS
description 107-108 distribution 11-12,15
SUBJECT INDEX
banded 11,107 dusky 11,107,249-251 si!ver 10,107,109,144
LOCOMOTION gibbons 100,176,194,195 leaf monkeys 176,197-198 macaques 176,198 in feeding 198-201 in travel 198-201
LOGGING clear-felling 309-310 selective 308-309,314
MACAQUES description 147 distribution 11-12 long-tail 10,147,251 pig-tail 10,49,148,167,168,169,
171,176,186,198,201,272,298 other 11,151,299,301,308
MAMMALS (see Primates, Squirrels) 266-267 bear, sun 268 binturong 268 civet 34,261 colugo 261 flying squirrel 268 fruit bat 34,368 sloth 289 tree shrew 268,289
METHODS 22-23,282-283 daily activity 22,108,149 feeding 22,108,149 ranging 22-23,108,149 social organisation 23,108,149
MONOGAMY 68,104-105,248-249,293-295
MONSOONS (see Weather) 8,32 PARENTAL INVESTMENT 294 PLAY 72,96,115 PERIPHERALISATION 71,228,236-237,
238,244-247 PHENOLOGY (see Production) PLEISTOCENE 4-6,155 POLYGYNY 290-291,295-299 POSTURE 205-206
gibbons 201-202 leaf monkeys 203-204 macaques 204-205
PREDATION 35,118,300-302
SUBJECT INDEX
PRIMATES (see Gibbons, Leaf Monkeys, Macaques) slow loris 10 other prosimians 302,303 marmosets 293,305,306 howling monkey 1,245,306 spider monkey 1 mangabeys 303,306 baboons 306 Colabus monkey 289-290,300,
302,305,306 other leaf monkeys 12,15,144,
189,245,289-290,296,300,309 other macaques 151,299,301,
308 other gibbons 66,71,244,245,
246,247,248,249,302 orang-utan 10,226,308-309
PRODUCTION flowers 32,50-59,93,218-219,
250 fruit 32,33-39,50-61,93,216-
222,250 leaves 31,32,50-58,93,217,
219,250 RAIN FORESTS (see Trees)
trees and c1imbers 29,43,45, 47-50
structure 6,29-30,43-47 species diversity 47-50
RANGING (see Horne Range) 280 methods 22-23,108,149 gibbons 77-80,253-255,282 leaf monkeys 128-131,282 macaques 152-155,282,298 squirrels 276-277
SEED DESTRUCTION 33,38,52-53, 262
SEED DISPERSAL 33,38,52-53,88, 262
SEXUAL DIMORPHISM 71,107,147, 300
SLEEPING gibbons 81,96 leaf monkeys 139 macaques 155-157
SOCIAL HISTORY siamang 227-237 lar gibbon 237-243
SONG gibbons 73,75,96,99 birds 224-227
SQUIRRELS
363
Ratufa 52-53,54,261,268,270-277 Callosciurus 52-53,268,271-276 Sundasciurus 52-53,268,271-276 Lar-iscus 268 Rhinosciurus 268
TERRITORY gibbons 73,99,101-104,299-300 leaf monkeys 118,119,126-128,
179 TOXINS 35,37-38,89,97-98,188,276,
304-305 TRADE 308,315 TRAVEL (see Ranging, Locomotion)
gibbons 73,78,81,96,99-100 leaf monkeys 139 macaques 152
TREES families (text refs. only)
318-330 (Appendix I) Anacardiaceae 98,274 Annonaceae 9 8 Burseraceae Combretaceae
88,274 274
Coniferae 7 Dipterocarpaceae 6,274,275 Ericaceae 7 Euphorbiaceae 262,274 Fagaceae 274 Guttiferae 98 Leguminosae 35,39,54,55,138,
188 Melastomataceae 98 Meliaceae 98 Moraceae 274 Myristicaceae 98 Rubiaceae 9 8 Sapindaceae 98 Sterculiaceae 274 Thymelaceae 274
species (text refs. only) 318-330 (Appendix I) Aquilar-ia malaccensis 274 Baccaurea brevipes 271 Buchanania sessifolia 274 Calophyllum sp. 262 Castanopsis sp. 275
364
Cynometra maZaccense 217 DiaZium pZatysepaZum 138 DiZZenia reticuZata 219 DracontomeZum mangifera 186 Dipterocarpus spp. 35,39,
46,55 Durio spp. 268 EZateriospermum tapos 38,39 ErythroxyZum cuneatum 216 Eugenia spp. 34,262 Ficus spp. 34,46,47,58,60,
61,87,89,98,138,144,186, 219,255,262
Grewia ZaurifoZia 186 Intsia paZembanica 128,132,
134,138,144,219 Ixonanthes spp. 56,59 Knema spp. 98 Koompassia spp. 35,46,128,
134,144,216,219,255 Lithocarpus spp. 268,274,275 Madhuca kingii MaZZotus Zeucodermis Maranthes corymbosum 34,138,
144,188,271 MeZanorrhoea maZayana 271 Miconia spp. 34 NaucZea spp. 39 PaZaquium hispidum 216 Parkia spp. 134,138,155,216 Pentaspadon veZutinum 138 Pternandra echinata 57,5 8,
59 Bandia scortechinii 56,57,
98 Sapium baccatum 217 Saraca thaipingensis 39 Shorea spp. 35 Sindara coriacea 219 SZoetia eZongata 55,56,59,
88,93 Strychnos spp. 38 Triomma maZaccensis 274 VentiZago sp. 186 Xerospermum waZZichii 186 XanthophyZZum exceZsum 144
food 1ists 52,53,135-137,182 fruiting cycles 217,220-221,
222 fruit illustrations 36-37,85-86
SUBJECT INDEX
WEATHER and behaviour 259 and vegetation 15-216 rainfall 8-10,32,42,210-214 sunshine, 10,213 temperature 10,32,42,214,303