The phrase "adaptation by small" is not correct and does not convey a clear meaning in written English.
It may be intended to refer to a process of gradual change or adjustment, but it lacks clarity and context.
Example: "The adaptation by small changes in the environment can lead to significant evolution over time."
Alternatives: "gradual adaptation" or "incremental changes".
At moderate stress of 4% mannitol, Vagad and GujCot-21 had improved anatomical adaptation by smaller leaf size and inward rolling of the leaves in order to restrict the exposed leaf surface, thereby limiting water loss by evaporation [ 47].
Interestingly, their highest mutational impact coincides with explorations of new adaptations by small subpopulations.
Because BMPR-IAEC seemed to adopt the same structure irrespective of whether it was bound to GDF-5 R57A or BMP-2, alterations in the receptor structure required for the adaptation to different ligand surfaces might be minimized by small concomitant adaptations in the ligand and the receptor.
This approach can be realized by small adaptations in current plant design.
Identification of innovative adaptation strategies used by small-scale farmers, therefore, is crucial in order to understand the extent of their implications.
Here, we review the conserved roles played by small RNAs in the adaptation of eukaryotes to coexist with their genomic colonists.
Unlike Zoe Caldwell, Ron Leibman and Kathleen Chalfant, actor Bryan Cranston will return to a role he played on the New York stage for a small-screen adaptation by HBO. .
That is, a large Ne facilitates adaptation by minimizing genetic drift, whereas a small Ne increases genetic drift, which can hinder adaptation (Crow and Kimura 1970).
Spatially extensive metapopulations of sea/river-type sockeye would have been less affected by random genetic drift or selection for adaptation at small spatial scales than small, isolated lake-type populations (Gustafson and Winans 1999).
Selection has far fewer opportunities to act, and thus the potential for the buildup of an adaptation by high-level selection is far smaller than that which we expect from individual-level selection.
