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| 01.Introduction | Introduction to the popbio Package |
| 02.Caswell | Converted Matlab functions from Caswell (2001) |
| 03.Morris | Converted Matlab functions from Morris and Doak (2002) |
| aq.census | Annual census data for Aquilegia in the southwestern US |
| aq.matrix | Create a projection matrix for Aquilegia |
| aq.trans | Annual transition data for Aquilegia in the southwestern US |
| betaval | Generate beta-distributed random numbers |
| boot.transitions | Bootstrap observed census transitions |
| calathea | Projection matrices for a tropical understory herb |
| Caswell | Converted Matlab functions from Caswell (2001) |
| colorguide | Plot a simple guide to colors |
| countCDFxt | Count-based extinction probabilities and bootstrap confidence intervals |
| damping.ratio | Damping ratio |
| eigen.analysis | Eigenvalue and eigenvector analysis of a projection matrix |
| elasticity | Elasticity analysis of a projection matrix |
| extCDF | Count-based extinction time cumulative distribution function |
| fundamental.matrix | Fundamental matrix and age-specific survival |
| generation.time | Generation time |
| grizzly | Population sizes of grizzly bears in Yellowstone from 1959-1997 |
| head2 | Return the first and last part of a matrix or dataframe |
| hudcorrs | Correlation matrices for Hudsonia vital rates |
| hudmxdef | Matrix definition program for Hudsonia vital rates |
| hudsonia | Projection matrices for mountain golden heather |
| hudvrs | Best Kendall estimates of Hudsonia vital rate means and variances |
| image2 | Display a matrix image |
| Kendall | Find the best Kendall's estimates of mean and environmental variance for beta-binomial vital rates. |
| lambda | Population growth rate |
| lnorms | Generate random lognormal values for fertility rates |
| logi.hist.plot | Plot logistic regression |
| LTRE | Life Table Response Experiment |
| matplot2 | Plot a matrix |
| mean.list | Calculate mean matrix |
| monkeyflower | Projection matrices for monkeyflower |
| Morris | Converted Matlab functions from Morris and Doak (2002) |
| multiresultm | Incorporate demographic stochasticity into population projections |
| nematode | Population densities for the sugarbeet cyst nematode |
| net.reproductive.rate | Net reproductive rate |
| pfister.plot | Create log-log plots of variance vs. sensitivity and CV vs. elasticity |
| pop.projection | Calculate population growth rates by projection |
| popbio | Introduction to the popbio Package |
| projection.matrix | Construct projection matrix models using transition frequency tables |
| QPmat | Build a projection matrix from a time series of individuals (or densities) per stage. |
| reproductive.value | Stable stage distribution |
| resample | Resample a projection matrix |
| sensitivity | Sensitivity analysis of a projection matrix |
| splitA | Split a projection matrix into separate T and F matrices |
| stable.stage | Stable stage distribution |
| stage.vector.plot | Plot stage vector projections |
| stoch.growth.rate | Calculate log stochastic growth rate |
| stoch.projection | Simulate stochastic growth from a sequence of matrices |
| stoch.quasi.ext | Calculate quasi-extinction threshold |
| stretchbetaval | Generate stretched beta-distributed random numbers |
| teasel | Projection matrix for teasel |
| test.census | Census data for hypothetical plant |
| tortoise | Projection matrices for desert tortoise |
| var2 | Calculate a variance matrix |
| varEst | Estimate the variance of beta-binomial vital rates using approximation method of Akcakaya |
| vitalsens | Vital rate sensitivities and elasticities |
| vitalsim | Calculate stochastic growth rate and extinction time CDF using vital rates with within-year, auto-, and cross-correlations |
| whale | Projection matrix for killer whale |
| woodpecker | Survirvorship data for adult and juvenile Acorn Woodpeckers |