What's this graph called?

Positive density dependence graph

What's this graph called?

A Negative density dependence graph

What's this graph called?

A Model of infectious disease transmission

What's this graph called?

The Lotka-Volterra model

What's this graph called?

The logistic growth model

What's this graph called?

A geometric growth rate graph

What are these graphs called?

Functional responses

What's this graph called?

An exponential growth rate graph

What are the variables in this equation?

M=Marked in the first capture

N=population size

R=Recaptured in the second round

C=Captured in the second round

What are the variables in this equation?

S=susceptible individuals

b=rate of transmission

g=rate of recovery

R₀=number of new infections per infected individual

What are the variables in this equation?

N=population number

r=intrinsic growth rate

t=time

K=carrying capacity

What are the variables in these equations?

N=population number

r=intrinsic growth rate

t=time

K=carrying capacity

alpha and beta=competition coefficients

What are the variables in this equation?

p=fraction of occupied patches

e=probability of a patch going extinct

c=probability of colonization

What are the variables and combination of variables in this equation?

N=population number

r=intrinsic growth rate

c=capture efficiency

P=predator abundance

NP=Probability of encounter between predator and prey

What are the variables and combination of variables in this equation?

N=population number

r=intrinsic growth rate

c=capture efficiency

P=predator abundance

m=mortality rate

a=conversion efficiency

cNP=Probability of capturing prey

acNP=predator birthrate