R_bar_thetalog: Compute population growth rate under stabilizing selection...
In ashander/phenoecosim: Simulations of eco-evo trait and demographic dynamics under changing environments
Description
Usage
Arguments
Details
Description
Compute population growth rate under stabilizing selection and theta-logistic regulation
Usage
1
R_bar_thetalog(R0, Wbar, N, K0, thetaL)
Arguments
R0
basic reproductive number
Wbar
average fitness
N
number of individuals in this generation
K0
carrying capacity with optimal trait
thetaL
theta-logistic parameter for density dependence
Details
Assumes theta-logistic population regulation
would be good to have separate DD function specified after
chevin and lande 2010
ashander/phenoecosim documentation built on May 10, 2019, 1:52 p.m.
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Description Usage Arguments Details
Description
Compute population growth rate under stabilizing selection and theta-logistic regulation
Usage
1 | R_bar_thetalog(R0, Wbar, N, K0, thetaL)
|
Arguments
R0 |
basic reproductive number |
Wbar |
average fitness |
N |
number of individuals in this generation |
K0 |
carrying capacity with optimal trait |
thetaL |
theta-logistic parameter for density dependence |
Details
Assumes theta-logistic population regulation would be good to have separate DD function specified after chevin and lande 2010
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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