Sentence examples for adaptation to varying environments from inspiring English sources

The identification of resin from particular species used for specific purposes can offer insight into past use of natural materials and early adaptation to varying environments, plant exploitation practices and selection of resin-based materials, early knowledge of chemical properties of resins and the development of technologies, and cultural uses of resins for specific purposes.

Natural selection of variants within the Arabidopsis thaliana circadian clock can be attributed to adaptation to varying environments.

We also analyzed other properties of the synthetic TRN, such as its topology and adaptation to varying environments.

We detected SNPs and haplotypes that were fixed and different among elevations, and identified the ND5 region of the mitochondrial genome as a promising target gene for further studying the role of cellular respiration in local adaptation to varying environments.

Several classes of models based on the combinatorial consequences of recombination (initially suggested by Weismann [ 1]), have been developed to explain the maintenance of sex and recombination, including selection against deleterious mutations and combination of advantageous mutations [ 2– 7], and genetic adaptation to varying environments, both biotic and abiotic [ 8– 12].

We also assessed the extent of genome reduction and expansion (the former an indication of adaptation to a specific niche, and the latter of a broadened phenotype and adaptation to varying environments) within the phylum and searched for genetic and functional signatures related to morphology, cell development and symbiosis.

Organisms have evolved ways of regulating transcription to better adapt to varying environments.

Is this mechanism an adaptation, shaped by selection to adapt individuals to varying environments?

Close to 20% of their gene content was predicted to be involved in sugar metabolism and amino acid biosynthesis, pointing a role for HGT in adaptation of L. crispatus to varying environments.

The flexibility of energy metabolism is also critical for the adaptation of a number of prokaryotes to varying environments (Unden et al., 2014).

Our findings are broadly compatible with qualitative concepts of evolutionary adaptation of function such as adaptation to varying thermal environments.