Current Volume | Browse | Search | RSSHome | Instructions for Authors | JSS Style Guide | Editorial Board

Authors: Robin K. S. Hankin
Title: [download]
(5835)
Introducing untb, an R Package For Simulating Ecological Drift Under the Unified Neutral Theory of Biodiversity
Reference: Vol. 22, Issue 12, Sep 2007
Submitted 2006-08-31, Accepted 2007-06-15
Type: Article
Abstract:

The distribution of abundance amongst species with similar ways of life is a classical problem in ecology. The unified neutral theory of biodiversity, due to Hubbell, states that observed population dynamics may be explained on the assumption of per capita equivalence amongst individuals. One can thus dispense with differences between species, and differences between abundant and rare species: all individuals behave alike in respect of their probabilities of reproducing and death. It is a striking fact that such a parsimonious theory results in a non-trivial dominancediversity curve (that is, the simultaneous existence of both abundant and rare species) and even more striking that the theory predicts abundance curves that match observations across a wide range of ecologies. This paper introduces the untb package of R routines, for numerical simulation of ecological drift under the unified neutral theory. A range of visualization, analytical, and simulation tools are provided in the package and these are presented with examples in the paper.

Paper: [download]
(5835)
Introducing untb, an R Package For Simulating Ecological Drift Under the Unified Neutral Theory of Biodiversity
(application/pdf, 990.2 KB)
Supplements: [download]
(1912)
untb_1.3-1.tar.gz: R source package
(application/x-gzip, 75.4 KB)
[download]
(1963)
v22i12.R: R example code from the paper
(application/zip, 1.8 KB)
Resources: BibTeX | OAI
Creative Commons License
This work is licensed under the licenses
Paper: Creative Commons Attribution 3.0 Unported License
Code: GNU General Public License (at least one of version 2 or version 3)
Current Volume | Browse | Search | RSSHome | Instructions for Authors | JSS Style Guide | Editorial Board