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Allee Effects in Ecology and Conservation$
Allee Effects in Ecology and Conservation

Franck Courchamp, Ludek Berec, and Joanna Gascoigne

Print publication date: 2008

Print ISBN-13: 9780198570301

Published to Oxford Scholarship Online: May 2008

DOI: 10.1093/acprof:oso/9780198570301.001.0001

(p. 255 ) Index

Source:
Allee Effects in Ecology and Conservation
Publisher:
Oxford University Press
Abalones Haliotis spp. 33, 175, 195
African wild dog Lycaon pictus 5–7, 104, 169–70, 189
Allee effects at intermediate densities 213
Allee threshold 10, 13
Alpine marmot Marmota marmota 81, 176
anthropogenic Allee effect 178
anti-predator behaviour 47
Atlantic cod Gadus morhua 50–1, 145, 156, 172–3
Biodiversity 123–5
blue mussel Mytilus edulis 37–8, 206
broadcast spawner, spawning 20, 27–33, 153, 174–7
chaotic oscillations 63
CITES 179–80
Clarkia pulchella 143
community dynamics 109–26, 215–16
competition 1, 4, 116–17
component Allee effect 9–13, 21, 187
component Allee effect models 70–82
confounding variables 15, 199, 211
continuous-time model 63
cooperative breeding species 53–8
cultivation effect 49–51
data fitting 96–7, 188
demographic Allee effect 9–13, 22
demographic Allee effect models 66, 145–6, 188–95
demographic stochasticity 97–9, 202–3
depensation 10, 172
deterministic model 63
discrete-time model 63
disease 117–22
dispersal 31, 102–3
dormant Allee effect 10, 85–6
ecosystem shifts 205
effective population size 132, 141–4
emergent Allee effect 10, 66, 113–15
environmental conditioning 34–8
environmental stochasticity 97–9
eradication 182–5
evolution 147–9
evolutionary potential 168
evolutionary suicide 155–8
exploitation 76, 171–8
ex-situ conservation 167
female choice 34
fertilization efficiency 20
fisheries 79, 172, 174–5
fitness 18–19, 54
fitness trade-offs 27
food web 49–51, 123–6, 215
fragmentation 161–3
functional response 39, 76–9, 112
genetic Allee effects 131–45
genetic drift 132, 135–7
genetically structured populations 145
Gentianella campestris 28, 145–6, 151
Glanville fritillary butterfly Melitaea cinxia 32
gypsy moth Lymantria dispar 74, 109, 182–3, 192–3
habitat loss 161–3
herd ‘behaviour’ 45
inbreeding 133, 137–41
inbreeding depression 133
introductions 163–6
invasion dynamics 105–9
invasive species 107, 178
island fox Urocyon littoralis 40–2
IUCN Red List 170
lesser kestrel Falco naumanni 44
mate finding 28–32, 71–5
metapopulations 103–5
model taxa 212
multiple Allee effects 10, 60–1, 85–6
mutualism 122–4
Myxococcus xanthus (social bacterium) 156–8
(p. 256 ) negative density dependence 11–13
nonadditive Allee effects 10, 85–6
northern spotted owl Strix occidentalis caurina 200–1
parasitism 117–22
pest control 73
pest outbreak 178–80
phenomenological models 76–9
pollen limitation 20
population boundaries 37
population stability 63, 126–8
population viability analysis 168–70
positive feedback 37, 205
precautionary principle 185–6
predator dilution 40–5
predator satiation 46–7
predator–prey dynamics 109–15
prey aggregation 48–51
rarity 147, 178–9, 181, 186
reintroductions 163–6
reproductive facilitation 33–4
Saiga antilope Saiga tatarica tatarica 203–4, 211–12
sampling effect 133–7
sea urchins 24–5, 27, 49, 153, 175
self-incompatibility 136–7
selfish herd 41–3
sex ratio 202–5
sex-structured model 93–4
simulation models 64, 94–6
smooth cordgrass Spartina alterniflora 82, 95–6, 183–4
social sciences 208–9
source–sink dynamics 102–3
spatial distribution 192–5
spatially structured populations 99–109
sperm limitation 32–3
stable equilibrium 63, 126–8
state-structured population model 64, 85–94
sterile insect release 73, 185
stochastic model 64
stock-recruitment models 79–80
strategic model 64
strong allee effect 11, 13–14, 67–70
subadditive allee effects 10, 85–6
superadditive allee effects 11, 85–6
sustained oscillations 64
tactic model 64
time series 189–92
unstable equilibrium 63, 126–8
W. C. Allee 1–2
weak Allee effect 11, 13–14