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Code for "The mismatch between range and niche limits due to source-sink dynamics can be greater than species mean dispersal distance" in The American Naturalist.

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Source-sink-dynamics-at-range-limits

Citation
Goel, N. and Keitt T.H. 2022. The mismatch between range and niche limits due to source-sink dynamics can be greater than species mean dispersal distance. The American Naturalist.

Author information
Nikunj Goel and Timothy H. Keitt, Department of Integrative Biology, University of Texas at Austin, Austin, Texas, USA, 78712.
contact: [email protected] (corresponding author)

Summary
The paper investigates the role of source-sink dynamics in maintaining range limits. The central finding of the article is that, unlike traditional belief, source-sink dynamics can result in a large-scale mismatch between niche and range limit. These findings suggest simple correlative species distribution models that ignore dispersal may yield misleading predictions and inferences.

Author contribution to data collection and code writing
The paper has no data. The script curvature.R generates Fig. 2 in the main text and Fig. S1 in the Appenidx of the paper. The code was written by Nikunj Goel.

Software, machine and packages
R version 4.1.0 (2021-05-18)
Platform: x86_64-apple-darwin17.0 (64-bit)
Running under: macOS Big Sur 11.2.1
R Packages: OceanView (version 1.0.6) and pracma (version 2.3.3)

License
The code is available under MIT license

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Code for "The mismatch between range and niche limits due to source-sink dynamics can be greater than species mean dispersal distance" in The American Naturalist.

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