140
production 37,46-48,56-57,66-75, 121124
Energy
budgets 52
transformation 31,32,39,120
Exploitation
habitat 98
of land 10,14,53,86
of resources 8,53,113-115,124
Genetic structure 99
Fasting 18-19,26-27
Fecundity 61,87,111,114
Feeding
activity 44-46,48-51,113,124
habits 110-112,124
Fire 100-106
Fitness 118
Food
selection 110, 122
web 45-46, 52
Fuzzy modeling 87
Fynbos see Maquis
Generation time 60-63,120-124
Grazing 12,106-110
Habitat
selection 22,24,40,100,103,106-115,122
templets 118-119
Heat budgets 37,60,62,71,87
Impact
anthropogenic 9-13,99-110
Iteroparity 63-67,72, 123
Landscape 10-13,91,96-99,117
Life cycle
development 71-75,118-123
synchronisation 37,53,69,73-77,84,
122-124
Life history
characteristics 59-71, 82
models 14,118-119
strategies 29,39,53,59, 118-124
Life span 60-62
Litter
cconsumption 52
decomposition 15,94-95
production 15
Longevity 55, 124
Mallee see maquis
Management
history 10
practices 10,117,123
Maquis 2,5,7-9,12-13
Matoral see Maquis
Metabolism
constraints 119-124
Subject Index
respiratory 29-40
Metapopulation 98-99, 115, 122, 124
Migration
horizontal 41,56,98,99
orthokinetic 18
vertical 27,56,96,97,103
Mortality 20,33,53-54,65,82,87,120,124
Nutrients 14-15,96
Osmolalitiy 19-24,122
Osmoregulation 20-24
Oviposition
Circumscribed 65,69,98,121,124
patterns 46-48
period 44,56,61,72
risk 71
Parental care see Brood protection
Parthenogenesis 63-64
Partitioning of resources 110, 115
Past
thermal 55-56
Permeability
cuticular 21-24
Phenogram 77-81,84-86,121
Phoresy 98,103,119,123
Phrygana 9-10
Plateau
density 75
mortality 54
thermal 39,51,120
Pollination 44-45
Population
dynamics 71-73,77-90,121
reserves 37,71,120
Potential
reproductive 55,88, 106, 118
Precocity 65,67,72,82,120,122
Predation 42,67,99,112-113
Predator avoidance 42,119
Qt. 34,39,51, 120
Quiescence 53,69,98,119-123
Recovery
of activity 20
metabolic 27
of population 21,82,86-90, 101-106,
121-122
time 64
production 37,46-48,56-57,66-75, 121124
Energy
budgets 52
transformation 31,32,39,120
Exploitation
habitat 98
of land 10,14,53,86
of resources 8,53,113-115,124
Genetic structure 99
Fasting 18-19,26-27
Fecundity 61,87,111,114
Feeding
activity 44-46,48-51,113,124
habits 110-112,124
Fire 100-106
Fitness 118
Food
selection 110, 122
web 45-46, 52
Fuzzy modeling 87
Fynbos see Maquis
Generation time 60-63,120-124
Grazing 12,106-110
Habitat
selection 22,24,40,100,103,106-115,122
templets 118-119
Heat budgets 37,60,62,71,87
Impact
anthropogenic 9-13,99-110
Iteroparity 63-67,72, 123
Landscape 10-13,91,96-99,117
Life cycle
development 71-75,118-123
synchronisation 37,53,69,73-77,84,
122-124
Life history
characteristics 59-71, 82
models 14,118-119
strategies 29,39,53,59, 118-124
Life span 60-62
Litter
cconsumption 52
decomposition 15,94-95
production 15
Longevity 55, 124
Mallee see maquis
Management
history 10
practices 10,117,123
Maquis 2,5,7-9,12-13
Matoral see Maquis
Metabolism
constraints 119-124
Subject Index
respiratory 29-40
Metapopulation 98-99, 115, 122, 124
Migration
horizontal 41,56,98,99
orthokinetic 18
vertical 27,56,96,97,103
Mortality 20,33,53-54,65,82,87,120,124
Nutrients 14-15,96
Osmolalitiy 19-24,122
Osmoregulation 20-24
Oviposition
Circumscribed 65,69,98,121,124
patterns 46-48
period 44,56,61,72
risk 71
Parental care see Brood protection
Parthenogenesis 63-64
Partitioning of resources 110, 115
Past
thermal 55-56
Permeability
cuticular 21-24
Phenogram 77-81,84-86,121
Phoresy 98,103,119,123
Phrygana 9-10
Plateau
density 75
mortality 54
thermal 39,51,120
Pollination 44-45
Population
dynamics 71-73,77-90,121
reserves 37,71,120
Potential
reproductive 55,88, 106, 118
Precocity 65,67,72,82,120,122
Predation 42,67,99,112-113
Predator avoidance 42,119
Qt. 34,39,51, 120
Quiescence 53,69,98,119-123
Recovery
of activity 20
metabolic 27
of population 21,82,86-90, 101-106,
121-122
time 64