Aquaculture of the Eurasian perch, Perca fluviatilis, in recirculating systems has emerged
over the past decades to become a significant way of diversification for inland areas in …

Present research suggests that phenotypic variations and consequent potential differences
in suitability for commercial culture are more likely to occur among genetically diverse …

Perch (Peru fluviatilis L.) in the Baltic sea region display three major reproductive
behavioural patterns; perch that live in the brackish environment but migrate to freshwater in …

Potential for aquaculture can differ among allopatric wild populations of a species of interest.
This makes relevant to seek best candidates for fish farming at the intraspecific level. Here …

Summary Wild Eurasian perch populations (Perca fluviatilis L.) are characterized by annual
fluctuations in abundance as a result of environmental and intra‐specific interactions …

Previous genetic studies on perch (Perca fluviatilis L.) in northern and southern regions of
Europe have shown low heterozygosity. No such investigation has been conducted in the …

The study provides the first analysis of the genetic structure of an economically and
ecologically important fish species, Eurasian perch, in Lake Geneva. Twelve microsatellite …

Domestication and selective breeding can mitigate current bottlenecks in European perch
aquaculture. Monitoring the condition and stress tolerance of European perch stocks from …

Maintaining genetic diversity within captive breeding populations is a key challenge for
conservation managers. We applied a multi-generational genetic approach to the captive …

As a prelude to strain selection for domestication and future marker assisted selection,
genetic variation revealed by microsatellite DNA was evaluated in yellow perch, Perca …