(B) The acid dissolved in water found in arid regions is more damaging to rock.
Wind erosion is relatively more important in arid regions than in humid regions because in humid regions moisture binds particles together and vegetation anchors the soil so that wind erosion is negligible
Wind erosion is more active in arid regions because of the lack of vegetation to hold the soil in place. In humid regions, the presence of vegetation acts as a natural barrier to wind erosion, preventing the soil from being easily eroded. The dry and loose topsoil in arid regions is more susceptible to being picked up by the wind and carried away, leading to increased erosion.
Wind erosion is more common in arid and semi-arid regions with sparse vegetation, where the dry and loose topsoil is more easily lifted and carried by the wind. Low wet areas tend to have more vegetation and humid conditions, which help stabilize the soil and reduce the likelihood of wind erosion.
Yellow soil is a type of soil characterized by its yellowish hue, which is typically caused by the presence of iron oxide minerals. It can have different textures and compositions depending on the amount and type of minerals present in the soil. Yellow soil is often found in regions with warm and humid climates.
Moving a rock sculpture from a dry climate to a humid climate can cause the rock to absorb moisture from the air. This can lead to accelerated weathering of the rock due to expansion and contraction caused by the fluctuating moisture levels. Over time, this may result in cracking, erosion, or other forms of deterioration to the sculpture.
Wind erosion is relatively more important in arid regions than in humid regions because in humid regions moisture binds particles together and vegetation anchors the soil so that wind erosion is negligible
Wind erosion is relatively more important in arid regions than in humid regions because in humid regions moisture binds particles together and vegetation anchors the soil so that wind erosion is negligible
Wind erosion is more active in arid regions because of the lack of vegetation to hold the soil in place. In humid regions, the presence of vegetation acts as a natural barrier to wind erosion, preventing the soil from being easily eroded. The dry and loose topsoil in arid regions is more susceptible to being picked up by the wind and carried away, leading to increased erosion.
Most of these hot and humid regions are in the tropics and subtropics.
Depends on the region, coastal and amazonic regions are humid, but the highlands and Galápagos are not
Cold and dry. Very Humid.
it is tropical (hot/humid)
No, mold is not caused by bacteria. Mold is a type of fungus that grows in humid and damp environments. Bacteria and mold are different types of microorganisms.
Wind erosion is more common in arid and semi-arid regions with sparse vegetation, where the dry and loose topsoil is more easily lifted and carried by the wind. Low wet areas tend to have more vegetation and humid conditions, which help stabilize the soil and reduce the likelihood of wind erosion.
Africa is a large and diverse continent with various climates across different regions. Some parts of Africa, such as the equatorial regions and coastal areas, can be humid with high levels of humidity. However, there are also arid and semi-arid regions in Africa that experience low humidity levels.
desert streams get flash floods more than the streams in the humid places.
The climate regions that Canada and the United States share are humid continental, marine, highland and semiarid.