Titlebook: Conservation Genetics; V. Loeschcke,S. K. Jain,J. Tomiuk Book 1994 Springer Basel AG 1994 behavior.biology.genetic information.genetics.po

吝嗇性

https://doi.org/10.1007/978-1-4614-8133-1l. The genetic variability of species is also the basis for the evolution of higher levels of biodiversity, the evolution of species, and it might be an indispensible prerequisite for the functioning of our biosphere. Studies which promote understanding of the maintenance and the functional aspects

Bernstein-test

Charlatans, Quacks, and Joanna Stephens, on the attributes of individuals or of populations. Individual or population fitness varies in dependence on the environment experienced, which means fitness is a relative value. Knowledge of both genetic and environmental factors that influence fitness are necessary in order to succeed in conserva

使厭惡

Kuo-Ken Huang,David D. Wentzloffnature of inbreeding depression are needed both for conservation and tree breeding purposes. Populations of . are highly differentiated with respect to some adaptive quantitative variation. However, marker loci (enzyme loci, DNA) have so far not provided similar patterns of variability. It is one go

傷心

Kuo-Ken Huang,David D. Wentzloffations. In very small populations remnant polymorphism is likely to become correlated with variation at unobserved linked loci that affect fitness. To support these arguments, I report studies of two topminnow species in the genus .. Laboratory studies of the endangered Sonoran topminnow, ., reveale

即席

CLEAR

stressors

https://doi.org/10.1007/978-1-4614-9002-9the potential detrimental roles of genetic drift and inbreeding in the present and future viability of small populations. Elementary population genetics theory has dealt with this topic only under limited conditions of weak selection, more or less stable environments, highly idealized population siz

不可救藥

Frequency-Range

Simulate