Genetic and phenotypic variation along an ecological gradient in lake trout Salvelinus namaycush

Earth & Environmental Sciences

• genetic variation 84%
• ecotype 76%
• lake 40%
• gene flow 39%
• water depth 39%
• water (geographic) 22%
• partitioning 19%
• deep water 19%
• glacial environment 17%
• cline 15%
• adaptive radiation 15%
• fish 13%
• natural selection 13%
• overfishing 13%
• population genetics 13%
• genetic diversity 12%
• phenotype 12%
• Postglacial 12%
• cold water 12%
• limiting factor 11%
• buoyancy 10%
• flow pattern 10%
• colonization 10%
• gene 8%
• biodiversity 8%
• disturbance 8%
• world 6%
• comparison 4%
• method 2%

Agriculture & Biology

• Salvelinus namaycush 100%
• phenotypic variation 67%
• ecotypes 52%
• genetic variation 43%
• gene flow 26%
• water 24%
• fins 19%
• incipient speciation 15%
• Lake Superior 15%
• freshwater lakes 14%
• overfishing 13%
• genetic traits 12%
• adaptive radiation 12%
• gene pool 10%
• freshwater fish 10%
• natural selection 9%
• population genetics 8%
• lakes 8%
• biodiversity 8%
• phenotype 6%
• fish 5%
• methodology 2%