Sentence examples for genetically viable from inspiring English sources

The Bale Mountains have the highest concentration – a genetically viable population – but at the moment the park borders are not even gazetted.

She added that it now seemed unlikely the Anglo-Australia mining giant would fund a plan to a create a 250,000-hectare wildlife reserve in central Borneo that could have sited 1,000 orang-utans, a genetically viable long-term population.

Tigers are surprisingly adaptable but they do need space to maintain a genetically viable population.

Since then, the U.S. and Mexican governments have worked to rebuild a genetically viable population through captive breeding and reintroducing wolves to the wild.

The conservation challenge in the Terai is to manage and maintain ecologically, demographically, and genetically viable populations of the Terai's endangered megaspecies.

Future research should focus on studying species characteristics which can indicate vulnerability to genetic erosion and the prevalence of these characteristics among species in mixed dipterocarp forests, to identify species or species groups which may require specific measures to maintain genetically viable populations in logged forests and in the larger landscape.

Mice in which Rac3 is genetically deleted are viable, learn a hippocampal dependent task normally, and have normal dendritic spine densities, although this may be due to compensation by Rac1 [75], [75].

Furthermore, we show their potential to support development of SCNT embryos in vitro and of viable genetically modified pigs after additive gene transfer and homologous recombination.

In order to maintain a genetically healthy and viable wolf population in the long-term, it is clear that the population should be larger and/or better connected to the Russian population.

To determine if maternal genistein affects offspring by altering the epigenome in utero, we assessed coat color, DNA methylation, and body weight in genetically identical heterozygous viable yellow agouti (A vy/ a) offspring.

The use of genetically engineered, non-viable E. coli cells offers an environmentally safe biotechnology for bioremediation of cadmium from contaminated sites.