Ecological Archives E091-044

Brian Dennis, José Miguel Ponciano, and Mark L. Taper. 2010. Replicated sampling increases efficiency in monitoring biological populations. Ecology 91:610–620.

Appendix

Appendix A: Multivariate-normal likelihood function for replicated sampling.
Ecological Archives E091-044-A1.

Supplement

Supplement 1: R program to calculate maximum-likelihood or restricted maximum-likelihood estimates of model parameters, as well as to calculate and plot profile log-likelihoods, for the Gompertz state-space models with replicated sampling.
Ecological Archives E091-044-S1.

Copyright

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Appendix

Appendix A: Multivariate-normal likelihood function for replicated sampling.
Ecological Archives E091-044-A1.

Supplement

Supplement 1: R program to calculate maximum-likelihood or restricted maximum-likelihood estimates of model parameters, as well as to calculate and plot profile log-likelihoods, for the Gompertz state-space models with replicated sampling.
Ecological Archives E091-044-S1.

Appendix

Appendix A: Multivariate-normal likelihood function for replicated sampling. Ecological Archives E091-044-A1.

Supplement

Supplement 1: R program to calculate maximum-likelihood or restricted maximum-likelihood estimates of model parameters, as well as to calculate and plot profile log-likelihoods, for the Gompertz state-space models with replicated sampling. Ecological Archives E091-044-S1.

Appendix A: Multivariate-normal likelihood function for replicated sampling.
Ecological Archives E091-044-A1.

Supplement 1: R program to calculate maximum-likelihood or restricted maximum-likelihood estimates of model parameters, as well as to calculate and plot profile log-likelihoods, for the Gompertz state-space models with replicated sampling.
Ecological Archives E091-044-S1.