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Biology and Culture of Percid Fishes: Principles and by Patrick Kestemont, Konrad Dabrowski, Robert C. Summerfelt

By Patrick Kestemont, Konrad Dabrowski, Robert C. Summerfelt

This vast paintings specializes in an incredible staff of temperate freshwater fish, impending the subject from the views of either biology and aquaculture. It compiles the most recent study on fish belonging to the Percidae family members and describes intimately all organic facets appropriate to the tradition of alternative species, together with ecology, reproductive body structure, feeding and meals, genetics, immunology, rigidity body structure and behaviour. It additionally considers advertisement fish construction and fish farming subject matters, comparable to protocols for induction of gonad maturation, spawning, incubation and larval rearing.

Expert members not just offer a severe peer overview of medical literature but additionally unique examine info, and establish potent functional strategies. The booklet gains chapters on systematics, ecology and evolution, on improvement, metabolism and husbandry of adolescence levels and on progress, metabolism, habit and husbandry of teen and grow-out phases. moreover, the authors ponder genetic development and domestication, in addition to ailments and overall healthiness administration, the most important to the readers' knowing of those fish and the way they are often cultured.

Both researchers of percid fish biology and aquaculture execs who're contemplating in depth and pond tradition of percid fishes will worth this well timed and finished handbook.)

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Additional info for Biology and Culture of Percid Fishes: Principles and Practices

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8), which were genetically analyzed by Haponski and Stepien (2013); these results are included here. 8 Mya into two lineages – with S. 8 Mya during the Mid-Miocene Epoch, during cooling temperatures (Fig. 7; Haponski and Stepien 2013). Congruent with the DNA sequence relationships, S. volgensis has retained the plesiomorphic life history condition of being a broadcast spawner that lacks parental care. This life history is shared with the North American taxa. In contrast, S. lucioperca and S. marinus share the derived life history characters of the males building nests and then guarding the eggs and fry (Guseva 1974; Collette et al.

Volgensis across their respective ranges (Haponski and Stepien 2013). Postglacial populations of S. lucioperca and S. volgensis likely re-colonized from a single small refugium near the Caspian Sea, where they experienced genetic bottlenecks and founder effects (Faber and Stepien 1998; Haponski and Stepien 2013). It is interesting that the rare and enigmatic S. marinus appears to have comparably greater diversity today than does the more abundant S. volgensis (Haponski and Stepien 2013). It may be that its genetic diversity was better protected in its geographic location from the population bottlenecks of the glaciations.

Both the European perch and the yellow perch are widespread across much of their respective continents (Fig. 4), and support popular recreational and commercial fisheries. They each have been widely introduced for angling outside their native ranges. , Couture et al. 2015). All three species of Perca each are clearly monophyletic, having very high support comprising well-defined species (Fig. 6). The primary division in the genus divides the widely distributed P. fluviatilis lineage from a clade containing P.

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