Titlebook: Environmental Stress, Adaptation and Evolution; R. Bijlsma,V. Loeschcke Book 1997 Springer Basel AG 1997 Adaptation.Drosophila.Genotyp.Mut

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1664-431X and genetically to these challenges and to evolve adaptive mechanisms is, therefore, crucial. The contributions to this book aim at understanding, from a evolutionary perspective, the impact of stress on biological systems. Scientists, applying different approaches spanning from the molecular and th

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International Issues in Adult Educationw, seed maturation has low probability, early survival is low and growth is slow. Northern Scots pine populations are genetically differentiated from southern Finnish ones in many of the traits that confer adaptation to harsh conditions, such as cold tolerance and timing of bud set in the fall. As o

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Moradhvaj Dhakad,Nandita Saikiake allozymes, inversions and quantitative traits. The identical nature of these clines on the various continents, both on the Northern and Southern Hemispheres strongly suggests adaptation to specific stress factors. The alcohol dehydrogenase . polymorphism shows high frequencies of the . allele in

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Aleksandra Acker,Berenice Nylandthat are to some extent compensated by altered gene expression. The fact that different genotypes may respond differently to environmental stress may be of key importance to the maintenance of genetic variation in metabolic traits. Here we quantify a set of metabolic characters in genetically define

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Giulia Prosdocimo,Mauro Giacca M.D., Ph.D.e origins, magnitude and ecological context of natural variation, while the latter establishes which genes can underlie natural variation. Studies of the stress or heat shock response in . illustrate this point. At the cellular level, heat shock proteins (Hsps) function as molecular chaperones, mini