The following programs were developed at EESC and elsewhere for the analysis of animal populations for wildlife biologists/managers.
|Computes the number of animals that must be banded in order to achieve a specified level of precision for survival rates estimated using band recovery models.
|Computes estimates of survival and recovery rates for 2-age class band-recovery data.
|Computes expected coefficients of variation of survival and capture probability for use in the design of capture-recapture-resighting experiments.
|Computes estimates of capture probability and population size for "closed" population capture-recapture data.
|Tests the null hypothesis that two samples of recoveries belong to the same bivariate distribution.
|Computes estimates of species richness using large scale data.
|Compares estimates of survival (or any normally distributed parameter estimates).
|A removal model for estimating detection probabilities from point count surveys.
|Analyzes dose responses for two populations, using the PROBIT model and the abbreviated protocol as described by Link et al(1996).
|A Double-observer approach for estimating detection probability and abundance from avian point counts as described in Nichols et. al. (2000).
|Computes estimates of survival and recovery rates for 1-age class band-recovery data.
|Estimates fatalities using raw counts of wildlife fatalities, trial experiments for carcass detection probability and persistence time.
|Generates capture-history data for given s,theta,p,c.
|Computes estimates of survival and capture probability for 1-age class open population capture-recapture models.
|Computes estimates of survival and capture probability for 2-age class open population capture-recapture models.
|Computes estimates of survival and capture probability for open capture-recapture models when sex is not allways known.
|Computes estimates of daily survival rate for nest visitation data.
|Computes estimates of survival-movement and capture probability for open capture-recapture models.
|(BETA) replacement for MSSURVIV, RDSURV - Combines multi-strata, robust-design and trap-deaths.
|Computes survival-movement, capture and recovery probabilities from multi-strata capture-recapture-recovery data.
|Computes estimates of survival and capture probability adjusted for missclassification.
|Computes estimates of survival and recovery rates for band-recovery data with additional models for estimating reporting rate.
|Estimates abundance of nests using a capture-recapture approach which deals with imperfect detection probability as well as the impact of environmental and individual covariates on nest fate.
|Computes estimates of survival and temporary emigration under the "Open Robust Design".
|Computes the power of between-model likelihood ratio tests.
|Estimates patch occupancy rates and related parameters.
|Computes estimates of survival and capture probability using capture-recapture data with "robust-design" models and recoveries.
|Computes estimates of survival and capture probability for capture-recapture experiments on open animal populations.
|Tests the hypothesis of prey-selectivity based on random samples of predator scats.
|Estimates Animal Abundance and Density using Spatially-Explicit Capture-Recapture.
|Computes "species richness" or total number of species from emperical species abundance distribution data.
|Estimates the total number of species from species presence-absence data on multiple sample sites or occasions using model M(h) from program CAPTURE.
|Computes estimates of survival (or any model parameter) with multinomially distributed data.
|Computes estimates of survival and capture probability and the proportion of transients in open population capture-recapture data.
Here are sample citations for two of the programs:
A good, free ascii text editor (Notepad++) can be downloaded here.
This list is maintained by:
Jim Hines (firstname.lastname@example.org)
Eastern Ecological Science Center
12100 Beech Forest Rd
Laurel, Md 20708-4030
Last updated: 31-May-2017