Directional gene flow estimated based on allelic frequency (proportion of non-migrants, <i>m</i>) in bayesass and based on the coalescent (effective number of migrants DNA <i>N<sub>e</sub>m</i> and female migrants <i>N<sub>f</sub>m</i> per generation) in migrate between four clusters of polar bears calculated from microsatellite and mitochondrial control region data.
- Elizabeth Peacock (681809)
- Sarah A. Sonsthagen (681810)
- Martyn E. Obbard (681811)
- Andrei Boltunov (681812)
- Eric V. Regehr (681813)
- Nikita Ovsyanikov (389732)
- Jon Aars (681814)
- Stephen N. Atkinson (681815)
- George K. Sage (236969)
- Andrew G. Hope (262166)
- Eve Zeyl (681816)
- Lutz Bachmann (65847)
- Dorothee Ehrich (2794225)
- Kim T. Scribner (534183)
- Steven C. Amstrup (681817)
- Stanislav Belikov (681818)
- Erik W. Born (13030)
- Andrew E. Derocher (315315)
- Ian Stirling (315316)
- Mitchell K. Taylor (681819)
- Øystein Wiig (681820)
- David Paetkau (681821)
- Sandra L. Talbot (222130)
Publication date
January 2015
DOIAbstract
<p>Directional gene flow estimated based on allelic frequency (proportion of non-migrants, <i>m</i>) in bayesass and based on the coalescent (effective number of migrants DNA <i>N<sub>e</sub>m</i> and female migrants <i>N<sub>f</sub>m</i> per generation) in migrate between four clusters of polar bears calculated from microsatellite and mitochondrial control region data.</p
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