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Compensatory Foraging in Stoichiometric Producer–Grazer Models
Angela Peace
, Hao Wang
Mathematics and Statistics
Research output
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Contribution to journal
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Article
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peer-review
15
Scopus citations
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Dive into the research topics of 'Compensatory Foraging in Stoichiometric Producer–Grazer Models'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
energetics
60%
foraging behavior
43%
food
34%
grazing
29%
cost
26%
nutrient
21%
light availability
21%
feeding behavior
21%
nutrient content
19%
nutrient availability
19%
trophic level
16%
predation
15%
population growth
15%
environmental conditions
13%
cell
10%
resource
9%
Medicine & Life Sciences
Nutrients
57%
Light
35%
Food
35%
Costs and Cost Analysis
31%
Daphnia
26%
Population Growth
21%
Feeding Behavior
16%
Population
6%
Mathematics
Foraging
100%
Nutrients
32%
Model
21%
Costs
14%
Strategy
9%
Population Growth
7%
Availability
7%
Prey
7%
Resources
6%
Influence
5%
Cell
4%
Dependent
4%
Chemistry
Nutrient
71%
Food
35%
Prey Cleavage
25%
Chemical Element
12%
Agriculture & Biology
foraging
52%
pollution load
17%
grazing
11%
Daphnia
7%
trophic levels
7%
nutrient availability
6%
feeding behavior
6%
population growth
6%
nutrient content
5%
predation
5%
environmental factors
4%
cells
2%
methodology
1%