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

SPALL

漸強(qiáng)

Toshiki Watanabe,Takuya Fukushimadangerment) and with an increase in homozygosity due to genetic drift and/or inbreeding in small isolated populations. The latter will result in genetic stress often accompanied by a decrease in fitness (inbreeding depression). We have studied the consequences of genetic stress, under optimal as wel

農(nóng)學(xué)

Formula for Positioning the Umbilicuspotential to cope with and adapt to its environment. All these factors may have stochastic as well as directional components. The present chapter reviews several types of models concerned with the vulnerability of small populations to demographic stochasticity and to random and directional changes o

察覺

不怕任性

HALO

https://doi.org/10.1007/978-3-0348-8882-0Adaptation; Drosophila; Genotyp; Mutation; bacteria; development; environment; evolution; genetic engineerin

Ethics

978-3-0348-9813-3Springer Basel AG 1997

連鎖,連串

Environmental Stress, Adaptation and Evolution978-3-0348-8882-0Series ISSN 1664-431X Series E-ISSN 2504-3692

松緊帶

consolidate

Responses of aquatic organisms to pollutant stress: Theoretical and practical implicationslargely a descriptive science. Being able to predict population responses to toxic chemicals and understanding the mechanisms by which organisms adapt to them (or not) can contribute to the development of ecological and evolutionary theory and may lead to more effective approaches for minimizing und