How does temperature change lead to frost action in mountainous regions?
Answers
Answer:
it decreases the intensity of heat......
Answer:
Frost action involves the weathering processes caused by repeated cycles of freezing and thawing (the “multigelation” of some European writers). Frost action is thus differentiated from glacial action, which involves the processes related to moving ice. Frost action is limited to climates in which the temperature both drops below, and rises above, 32°F (0°C) and can be described as occurring near the boundary of the cryosphere . The cryosphere is the cold envelope that encircles the earth from the Greek kryos, meaning cold; see articles on Cryopedology, etc.). The cryosphere is largely at various elevations in the atmosphere, but it is partly in contact with the lithosphere, especially at high altitudes and latitudes. It is only in the latter situation, and at points through which the boundary of the cryosphere fluctuates, that frost action can take place. The intensity of frost action is largely proportional to the frequency of freezing.
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