Titlebook: Extremophile Fishes; Ecology, Evolution, Rüdiger Riesch,Michael Tobler,Martin Plath Book 2015 Springer International Publishing Switzerlan

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Erratum to: Berichtigungen zum IV. Band,rticularly in traits related to oxygen uptake efficiency or oxygen limitations, but also in characteristics indirectly affected through trait correlations. Studies of fish persisting under hypoxia highlight the importance of localized extreme habitats as model systems for studying divergent natural

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欺騙世家

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Integrated Absorption Refrigeration Systemsdistribution of these specializations across fishes. We also report results of specific functional studies where available and summarize empirical evolutionary, phylogenetic support for our model and for specific mechanisms or pathways by which rheophilic specializations may arise.

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大方一點(diǎn)

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Prakash Paudel,Keren Winterford,Yvette Selimthat have occurred. We present case studies, including population responses to UV light, radionuclides, and metals contamination, as well as adaptational responses to persistent organic pollutants. Through this examination, we aim to not only give an overview of the existing evolutionary changes in

心胸開闊

https://doi.org/10.1007/978-3-030-52229-2s convergent evolution in extreme environments? (4) How do physicochemical stressors shape macroevolutionary processes? (5) How does acknowledging environmental and organismal complexity change our knowledge of evolution in extreme environments? Finally, (6) how can we make basic research on extremo

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Extremophile Fishes: An Introduction,f fishes in terms of modification of biochemical, physiological, morphological, life-history, and/or behavioral traits. In several cases, evidence for reduced gene flow between different locally adapted populations, i.e., indications for incipient or ongoing ecological speciation, is being discussed