INIS
deserts
100%
competition
100%
rodents
100%
shape
100%
resources
83%
variations
66%
comparative evaluations
33%
communities
33%
populations
33%
prediction
33%
diet
33%
dynamics
16%
abundance
16%
probability
16%
interactions
16%
data
16%
environment
16%
animals
16%
biomass
16%
reduction
16%
availability
16%
plastics
16%
stochastic processes
16%
carbon 13
16%
contraction
16%
nitrogen 15
16%
stable isotopes
16%
Keyphrases
Desert Rodents
100%
Foraging Strategy
100%
Interspecific Competition
28%
Intraspecific Competition
28%
Niche Theory
28%
Trophic Niche
28%
Environmental Change
14%
Environmental Variability
14%
Resource Diversity
14%
Community Dynamics
14%
Plant Biomass
14%
Population Dynamics
14%
Four Species
14%
Intraspecific Variation
14%
Generalist
14%
Resource Availability
14%
Survival Probability
14%
Individual Consumer
14%
Resource Abundance
14%
Ability to Cope
14%
Population of Structures
14%
Relative Effect
14%
Classical Paradigm
14%
Stable Isotopes
14%
Structure Community
14%
13C 15N
14%
Proximate Drivers
14%
Niche Contraction
14%
Resource Environment
14%
Isotope Measurements
14%
Foraging Specialization
14%
Annual Survival
14%
Fitness Benefits
14%
Diet Variation
14%
Optimal Foraging Theory
14%
Fitness Variance
14%
Individual Animal
14%
Stochastic Resources
14%
Dietary Generalist
14%
Agricultural and Biological Sciences
Foraging
100%
Interspecific Competition
100%
Intraspecific Competition
100%
Annuals
50%
Intraspecific Variation
50%
Population Structure
50%
Biochemistry, Genetics and Molecular Biology
Intraspecific Competition
100%
Interspecific Competition
100%
Population Structure
50%
Population Dynamics
50%
Intraspecific Variation
50%
Earth and Planetary Sciences
Intraspecific Competition
100%