untitled

corridors (cont’d)

recovery 323 –4

Red Data Book 332–3

Corvus

corax95, 175

monedula 175

Coryphanta robbinsorum 251

cougar 176

counts 219 –34

change of ratio 235 –6

incomplete 239 –41

index ratio 235

indices 241–3

indirect 235 –41

mark-recapture 236–9

sample 221–34

total 219–20

cowbird, brown-headed 174, 193, 314,

377

coyote 34 –5, 367

coypu 15, 51

crane

sandhill 54

whooping 325

Creatophora cinerea 154

creosote bush 17

crocodile 39

Crocuta crocuta 156

crossbill 40

Culex quinquefasciatus 192

Cupressus 14

Cyanocitta cristata 42

cycles 125 –6

cyclic dynamics 198

Cygnus

atratus 375

olor 109

Cynomys

leucurus 317

ludovicianus 156

Dactylanthus taylorii 370

Dama dama67, 243, 363

Damaliscus korrigum 53

Danaus plexippus 42

Dasypus novemcinctus 27

decisions 2–7

action matrix 4 –5

analysis 4

feasibility 5 – 6

hierarchies 5 –7

payoff 6

454 INDEX

deer

black-tailed 38, 40, 45, 131

fallow 67, 243, 362 –3

mule 30, 48 –9, 51, 55 – 6, 152, 292

red 30, 31, 68, 91, 118, 119 , 156, 347,

357, 357

roe 76

rusa 229

sika 30

white-tailed 27, 30, 51, 70, 114, 160 –1,

177, 190, 192, 194, 211, 292, 362

deermouse 139

degrees of freedom 283

deme 30

demographic parameters 82

age-specific mortality rate qx 82

age-specific survival rate px 83

fecundity rate mx 82

life table 82– 4

probability of mortality at birth dx 82

probability of survivorship at birth lx 82

demographic stochasticity 123

demography 289

Dendroica petechia 161

density dependence 110 –14, 112–13, 119 ,

133, 211

delayed 114, 120, 120

density-dependent births 111–14

density-dependent deaths 111–14

density-dependent population growth 256

inverse 114

overcompensation 125 – 6

density independence 112, 112–13

depensatory response 114

desert 17

dibatag 17

Diceros bicornis34, 369

Didelphis

marsupialis 24

virginiana 174

diet

and bioelectrical impedance 57– 8

and blood 57

and body condition 53 – 6

and fat 53 – 6, 58

problems 58

selection of 52–3

and urine 57

diet selection 60 – 6

optimal feeding rates 63 –5

optimal linear programming 65 – 6

optimal selection contingency 60 –3

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