Environmental change challenges local and global survival of populations and species. In a
species-poor environment like the Baltic Sea this is particularly critical as major ecosystem …

How genomic selection enables species to adapt to divergent environments is a
fundamental question in ecology and evolution. We investigated the genomic signatures of …

High gene flow is considered the norm for most marine organisms and is expected to limit
their ability to adapt to local environments. Few studies have directly compared the patterns …

The world's oceans are currently facing major stressors in the form of overexploitation and
anthropogenic climate change. The Baltic Sea was home to the first “industrial” fishery∼ 800 …

Biomass assesment of fish stocks is a difficult task that often involves costly fisheries trawl
surveys. Trawl surveys rarely return replicate samples, as trawling attempts are expensive …

In this review we summarized recent historical records and molecular studies on
evolutionary history and phylogeography of Scots pine with focus on the European highly …

Abstract Anadromous Atlantic salmon (Salmo salar) is a species of major conservation and
management concern in North America, where population abundance has been declining …

Detecting and estimating the degree of genetic differentiation among populations of highly
mobile marine fish having pelagic larval stages is challenging because their effective …

Marine fish species are characterized by a low degree of population differentiation at
putatively neutral marker genes. This has been traditionally attributed to ecological …

Generally, genotypes and phenotypes are expected to be spatially congruent; however, in
widespread species complexes with few barriers to dispersal, multiple contact zones, and …