calcpi | Monte carlo simulation to estimate pi. |
fig2.11 | Dynamic behavior of the logistic model |
fig2.2 | Density Independent Model Dynamics |
fig2.3and4 | The structure of the Logistic Model |
fig2.5 | Other Density Dependent Models |
fig2.6and7 | Compare logistic to Allee effect model |
fig3.1 | Structured population Demo |
fig4.1 | Stability of multi-variable models |
fig5.2 | Demographic stochasticity |
fig5.3 | Effect of Stochasticity on Average Population Size |
fig5.4 | Density Independent Stochastic Model Demonstration |
fig5.7 | Stochastic Density Dependent Model |
fig5.8 | Stochastic Allee Effect Models |
fig8.3 | Poison Maximum Likelihood Estimation, single observation |
fig8.4 | Poison Maximum Likelihood Estimation, multiple observations |
fig8.5and6 | Negative Binomial Likelihood Profile |
fig8.7 | Maximum Likelihood Estimate of Catchability |
fig8.8 | Fit Survival Function to Goby Data |
fig9.4 | Fit Song Sparrow Reproductive Success |
gobies | Post settlement goby survivorship |
housewren | Population Dynamics of House Wrens |
killerWhaleExtinction | Extinction risk of Southern Resident Killer Whales |
killerwhales | Population Dynamics of Killer Whales |
lotkaVolterra | Simulate Lotka-Volterra Predator-Prey Model |
nicholsonBailey | Nicholson-Bailey Host Parasitoid Model |
plotCobweb | Cobweb plots for logistic, Ricker, Gompertz, or... |
plotmodelfit | Plot data and fitted model |
plotProbDist | View Probability Distributions |
quantecol-package | quantecol: Introduction to Quantitative Ecology |
salamanders | pH and Salamander survivorship |
songsparrows | Song Sparrow Reproductive Success |
wa_wolf | Population Dynamics of Wolves in Washington State, U.S.A. |
whaleModelSelect | Model Selection: Population Dynamics of Killer Whales |
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