Conservation implications of long-distance migration routes: Regional metapopulation structure, asymmetrical dispersal, and population declines

Stephen Oswald; Patricia Szczys; Jennifer M. Arnold

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Conservation implications of long-distance migration routes: Regional metapopulation structure, asymmetrical dispersal, and population declines

Accepted version of Szczys, Patricia, Stephen A. Oswald, and Jennifer M. Arnold. "Conservation implications of long-distance migration routes: Regional metapopulation structure, asymmetrical dispersal, and population declines." Biological Conservation 209 (2017): 263-272. Published version can be found at: https://doi.org/10.1016/j.biocon.2017.02.012

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View: Szczys et al Biol Cons_Accepted Version.pdf
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Metadata

Work Title	Conservation implications of long-distance migration routes: Regional metapopulation structure, asymmetrical dispersal, and population declines
Access	Open Access
Creators	Stephen Oswald Patricia Szczys Jennifer M. Arnold
Keyword	DispersalCommon, tern, Great Lakes, Metapopulations, Population genetics, North America, Sterna hirundo
License	CC BY-NC-ND 4.0 (Attribution-NonCommercial-NoDerivatives)
Work Type	Article
Publication Date	May 2017
DOI	doi:10.26207/q0ke-jj25
Deposited	January 26, 2021

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Conservation implications of long-distance migration routes: Regional metapopulation structure, asymmetrical dispersal, and population declines

Files

View: Szczys et al Biol Cons_Accepted Version.pdf

Metadata

Versions

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Work History

Version 1
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Conservation implications of long-distance migration routes: Regional metapopulation structure, asymmetrical dispersal, and population declines

Files

View: Szczys et al Biol Cons_Accepted Version.pdf

Metadata

Versions

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Collections

Work History

Version 1 published

Version 1
published