Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations

RM Binks, WJ Kennington, MS Johnson - Conservation Genetics, 2007 - Springer
The artificial movement of individuals between populations (translocation) can be an
effective way to increase genetic diversity within populations, but few studies have …
被引用次数：24 相关文章

Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations

RM Binks, WJ Kennington… - Conservation …, 2007 - search.proquest.com
The artificial movement of individuals between populations (translocation) can be an
effective way to increase genetic diversity within populations, but few studies have …

Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations.

RM Binks, WJ Kennington, MS Johnson - 2007 - cabidigitallibrary.org
The artificial movement of individuals between populations (translocation) can be an
effective way to increase genetic diversity within populations, but few studies have …

[引用][C] Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations

RM Binks, WJ Kennington… - Conservation …, 2007 - ui.adsabs.harvard.edu
Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium
vittatum) utilise variation from different source populations - NASA/ADS Now on home page ads …

Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations

RM Binks, WJ Kennington, MS Johnson - Conservation Genetics, 2007 - infona.pl
The artificial movement of individuals between populations (translocation) can be an
effective way to increase genetic diversity within populations, but few studies have …

Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations

RM Binks, J Kennington… - Conservation …, 2007 - research-repository.uwa.edu.au
The artificial movement of individuals between populations (translocation) can be an
effective way to increase genetic diversity within populations, but few studies have …

[引用][C] Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations

RM Binks, WJ Kennington, MS Johnson - 2007

[引用][C] Rapid evolutionary responses in a translocated population of intertidal snail (Bembicium vittatum) utilise variation from different source populations

RM Binks, WJ Kennington, MS Johnson - Conservation Genetics, 2007 - Springer