The phrase "adapted to cold climates" is correct and usable in written English.
You can use it when describing organisms, materials, or technologies that have been modified or evolved to thrive in cold environments.
Example: "The polar bear is a species that has adapted to cold climates, developing thick fur and a layer of fat for insulation."
Alternatives: "suited for cold environments" or "designed for frigid conditions".
Many peoples adapted to cold climates, for example, have protective physiological reactions in their blood supply.
People adapted to cold climates have acquired genetic traits that provide them extra layers of body fat, which accounts for the epicanthic fold over their eyes.
Meanwhile, bovids adapted to cold climates evolved on the northern continents; most notable among these bovids were members of the subfamily Caprinae (goats, sheep, goat antelopes, and musk oxen), bovines (yak, bison, and the aurochs, the ancestor of domestic cattle), and the gazelle tribe (Antilopini; e.g., the Mongolian gazelle).
Scientists have analysed 196 samples of bone, charcoal and shell from 40 key Neanderthal sites from Spain to Russia and concluded that this species of thick-set humans who adapted to cold climates disappeared throughout this entire region before 39,000 years ago.
The discovery suggests that early humans might have been better adapted to cold climates than previously thought, although some scientists are skeptical.
In British Columbia, spruce is a northern species, well adapted to cold climates, while aspen is one of the widest distributed species [21].
"They basically had a competitive advantage when the ice age came along — they were adapted to cold climate and high altitudes".
Finally, data also reveals how the thermal behavior of tubular digesters adapted to cold climate that use a passive solar design, is similar to the thermal behavior of valley digesters, and therefore intends to add the same passive heating techniques for warm and tropical climates, to increase slurry temperatures and achieve a higher biogas production.
It is plausible that flowering of plants adapted to cold climate could be affected by high temperatures [ 17].
Significantly, the major energy-producing pathways of the mitochondria, the organelle most closely involved in heat production, were consistently higher in bees that had adapted to colder climates.
Overall, energy-related mitochondrial pathways were up-regulated in bees adapted to colder climates while protein biosynthesis and degradation pathways were preferentially up-regulated in honey bees from warmer climates.
