Sentence examples for temperate adaptation from inspiring English sources

Three genomic regions have been revealed to be necessary for temperate adaptation across all sorghum conversion lines containing the Dwarf (Dw) 1, Dw2, and Dw3 loci underlying sorghum plant height on chromosomes Sb09, Sb06, and Sb07, respectively (Lin et al. 1995; Morris et al. 2012; Thurber et al. 2013).

During the colonisation of temperate continents, adaptation has not only produced bigger flies, but also a shift in the phenotypic plasticity of the wing: the maximum size is observed at a lower temperature in temperate populations.

In woody plants from temperate regions, adaptation to the local climate results in annual cycles of growth and dormancy, and optimal regulation of these cycles are critical for growth, long-term survival, and competitive success.

While significant work has been achieved using PRBs in temperate climates, adaptations to existing PRB technology and reactive material characteristics will be necessary for the successful treatment of heavy metal contaminated waters in cold regions.

In contrast, all extant plant lineages that do occur in temperate areas underwent adaptation to cooler climates at some point [ 23, 24].

For the ancestors of other species of the subtribe like the apple that became prominent members of modern temperate deciduous forests, adaptation to a seasonal environment with cooler average temperatures and cold winters was likely an important aspect of success.

Nevertheless, we provide here the first evidence for a fluctuating and contrasted importance of phylogeny vs climate adaptation in temperate tree signalling.

Temperature and day length are the main environmental regulators of flowering and drivers of adaptation in temperate cereals.

Seasonality of rodent induced by seasonality of environment is a quasi compulsory adaptation in temperate and Nordic latitudes to match juvenile growth to food availability [ 2].

Photoperiodic diapause is thus a crucial ecological adaptation enabling temperate insects to coordinate growth, development, reproduction and dormancy in a seasonal environment.

Our evolutionary analyses of the D. suzukii genome suggest an intriguing causal link between adaptation to temperate environments and its particular biology.