| 03.Morris {popbio} | R Documentation |
Converted Matlab functions from Morris and Doak (2002)
Description
Chapter 3
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grizzly - Table 3.1. Grizzly bear population
counts. The example includes code to calculate mean, variance and
confidence intervals using regression and other procedures
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extCDF - Box 3.3. Count-based
extinction time cumulative distribution function
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countCDFxt - Box 3.4. Count-based
extinction probabilities with bootstrap confidence intervals
Chapter 7
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stoch.projection - Box 7.3. Project stochastic growth from a sequence of matrices
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stoch.growth.rate - Box 7.4. Calculate the log stochastic growth rate by Tuljapukar's approximation and by simulation
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stoch.quasi.ext - Box 7.5. Estimate quasi-extinction threshold
Chapter 8
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Kendall - Box 8.2. Kendall's method to correct for sampling variation
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betaval - Box 8.3. Generate beta-distributed random numbers
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lnorms - Box 8.4. Generate random lognormal values
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stretchbetaval - Box 8.5. Generate stretched
beta-distributed random numbers
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vitalsim - Box 8.10. Calculate stochastic growth rate and extinction time CDF using
vital rates
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multiresultm - Box 8.11. Incorporate demographic stochasticity into population
projections
Chapter 9
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vitalsens - Box 9.1. Vital rate sensitivity and
elasticity
[Package
popbio version 1.1.9
Index]