Sentence examples for viability of populations from inspiring English sources

The tool integrates fine-scaled variability in vegetation composition and structure with spatial context, which is critical for ensuring the viability of populations.

The importance of genetic diversity in the long-term viability of populations is acknowledged, but still poorly monitored in restoration projects.

It is unclear whether patterns in older systems concur with results from these dynamic landscapes, and hence the long-term viability of populations inhabiting habitat fragments remains largely unexplored.

Ecological models are powerful tools for generating predictions about the viability of populations of endangered species, especially in landscapes where they may be subject to complex, cross-scale disturbances.

What's needed, says Jonathan Baillie of the Zoological Society of London, are programs to "reduce demand for pangolin parts in East Asia" and also to create "pangolin strongholds where we can ensure the viability of populations in the wild". One likely initiative is a social marketing campaign, with celebrity support, to make dead pangolins a symbol of shame rather than status in East Asia.

The spatial configuration of habitats is an important factor in the survival and long-term viability of populations [1].

The comparison of UK and continental demographies does not provide evidence of a single main bottleneck for the continental populations, but the viability of continental populations is endangered by the concurrent deterioration of reproduction and survival rates.

Moreover, there is no evidence of the practice to preserve genetic diversity as measured from neutral genetic markers increases fish performance or population viability outside of populations that experience strong inbreeding depression, and limited data that genetic diversity increases the potential for populations to adapt to changing environments.

Moreover, there is no evidence of the practice to preserve genetic diversity as measured from neutral genetic markers to increase fish performance or population viability outside of populations that experience strong inbreeding depression, and limited data that genetic diversity increases the potential for populations to adapt to changing environments.

Environmental stochasticity can have profound effects on the dynamics and viability of wild populations, and habitat heterogeneity provides one mechanism by which populations may be buffered against the negative effects of environmental fluctuations.

Where diploid segregating populations have been established, it seems they are difficult to maintain: maybe viability of hybrid populations is low because of chromosomal translocations and segregation of inviable gene alleles.