What is the extent and scale of local adaptation (LA)? How quickly does LA arise? And what is its underlying molecular basis? Our review and meta-analysis on salmonid fishes estimates the frequency of LA to be B55–70%, with local populations having a 1.2 times average fitness advantage relative to foreign populations or to their perfor-mance in new environments. Salmonid LA is evident at a variety of spatial scales (for example, few km to41000 km) and can manifest itself quickly (6–30 generations). As the geographic scale between populations increases, LA is generally more frequent and stronger. Yet the extent of LA in salmonids does not appear to differ from that in other assessed taxa. Moreover, the frequency with which foreign salmonid p...
Threespine stickleback populations provide a striking example of local adaptation to divergent habit...
The development of new genomic tools for migratory salmonids is enabling us to explore in unpreceden...
New laboratory based growth models for brown trout (Salmo trutta) and Atlantic salmon (Salmo salar) ...
What is the extent and scale of local adaptation (LA)? How quickly does LA arise? And what is its un...
Understanding the extent, scale and genetic basis of local adaptation (LA) is important for conserva...
Understanding the extent, scale and genetic basis of local adaptation (LA) is important for conserva...
Inferring the genomic basis of local adaptation is a long-standing goal of evolutionary biology. Bey...
Linking ecology and evolution can be challenging, particularly as these fields evolve rapidly tracki...
Adaptive evolutionary change in only a few generations can increase the ability of non-native invasi...
Salmonid fishes are characterised by a very high level of variation in trophic, ecological, physiolo...
Abstract Most Pacific salmonid populations have faced significant population declines over the past ...
Demographic and evolutionary dynamics in wild metapopulations are critically affected by the balance...
Understanding the potential of natural populations to adapt to altered environments is becoming incr...
Understanding the potential of natural populations to adapt to altered environments is becoming incr...
Dispersal, whether in the form of a dandelion seed drifting on the breeze, or a salmon migrating ups...
Threespine stickleback populations provide a striking example of local adaptation to divergent habit...
The development of new genomic tools for migratory salmonids is enabling us to explore in unpreceden...
New laboratory based growth models for brown trout (Salmo trutta) and Atlantic salmon (Salmo salar) ...
What is the extent and scale of local adaptation (LA)? How quickly does LA arise? And what is its un...
Understanding the extent, scale and genetic basis of local adaptation (LA) is important for conserva...
Understanding the extent, scale and genetic basis of local adaptation (LA) is important for conserva...
Inferring the genomic basis of local adaptation is a long-standing goal of evolutionary biology. Bey...
Linking ecology and evolution can be challenging, particularly as these fields evolve rapidly tracki...
Adaptive evolutionary change in only a few generations can increase the ability of non-native invasi...
Salmonid fishes are characterised by a very high level of variation in trophic, ecological, physiolo...
Abstract Most Pacific salmonid populations have faced significant population declines over the past ...
Demographic and evolutionary dynamics in wild metapopulations are critically affected by the balance...
Understanding the potential of natural populations to adapt to altered environments is becoming incr...
Understanding the potential of natural populations to adapt to altered environments is becoming incr...
Dispersal, whether in the form of a dandelion seed drifting on the breeze, or a salmon migrating ups...
Threespine stickleback populations provide a striking example of local adaptation to divergent habit...
The development of new genomic tools for migratory salmonids is enabling us to explore in unpreceden...
New laboratory based growth models for brown trout (Salmo trutta) and Atlantic salmon (Salmo salar) ...