Ecological Archives E089-014

Shu-Rong Zhou and Da-Yong Zhang. 2008. A nearly neutral model of biodiversity. Ecology 89:248–258.

Appendices

Appendix A: Numerical algorithm used in this paper to investigate the influence of dissimilar fecundities of species on mean time to fixation (MTF).
Ecological Archives E089-014-A1.

Appendix B: A comparison between the time to fixation under random initial distribution and when each species initially occupies one half of the landscape, the most extreme case of spatial clustering, in a community of 1282 individuals with nearest neighbor dispersal.
Ecological Archives E089-014-A2.

Appendix C: Maximum-likelihood estimates of θ and m, with J = 2000, θ = 100, σ = 0.001 or 0.002, and various dispersal rates from the metacommunity.
Ecological Archives E089-014-A3.

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Appendices

Appendix A: Numerical algorithm used in this paper to investigate the influence of dissimilar fecundities of species on mean time to fixation (MTF).
Ecological Archives E089-014-A1.

Appendix C: Maximum-likelihood estimates of θ and m, with J = 2000, θ = 100, σ = 0.001 or 0.002, and various dispersal rates from the metacommunity.
Ecological Archives E089-014-A3.

Appendices

Appendix A: Numerical algorithm used in this paper to investigate the influence of dissimilar fecundities of species on mean time to fixation (MTF). Ecological Archives E089-014-A1.

Appendix C: Maximum-likelihood estimates of θ and m, with J = 2000, θ = 100, σ = 0.001 or 0.002, and various dispersal rates from the metacommunity. Ecological Archives E089-014-A3.

Appendix A: Numerical algorithm used in this paper to investigate the influence of dissimilar fecundities of species on mean time to fixation (MTF).
Ecological Archives E089-014-A1.

Appendix C: Maximum-likelihood estimates of θ and m, with J = 2000, θ = 100, σ = 0.001 or 0.002, and various dispersal rates from the metacommunity.
Ecological Archives E089-014-A3.