As altitude increases vegetation changes from the Tropical rain forest below to the tundra and permanent ice on top.
Vertical climate on a mountain affects vegetation by creating different temperature and precipitation patterns at varying elevations. This leads to a wide range of microclimates that can support diverse plant species adapted to specific conditions. As elevation increases, temperatures tend to decrease and precipitation levels may vary, resulting in different vegetation zones such as forests, alpine meadows, and tundra.
It doesn't
'''Vegetation regions and climate regions are related in Europe by the FOREST!'''
it affects by the climate
The amount of rainfall each region gets has an impact on what vegetation,or plant life,exists there.
It i because of the weather and climate
The organisms are not affected.
Majorca's climate affects their vegetation by allowing only specific plants to grow well in that area. For example, this area has very hot and dry summers which make the climate perfect for succulents and cacti.
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Forest vegetation has a cooling effect on the climate. This is because all growing plants and trees remove carbon dioxide, the greenhouse gas causing global warming, from the atmosphere.
For example, Mount Everest is a very cold place so less vegetation is likely to grow there. Especially Mount Everest is located at a very high elevation so that is another reason.'Climate Zones' is another term that is used to describe the entire Biosphere of an environment. This translates, in the specific cases of [vertical or horizontal] climate zones, into how varying Climates affect the related Ecosystems.As concerns elevation, there is a well defined rate-of-cooling-of-the-Air as elevation increases - something like minus 6 degrees C per 1 kilometer of Rise. In Meteorology this is known as "The Adiabatic Lapse Rate".{Proof: Airliners travel at an altitude of 9 km: 9*(-6)= -54 C, which is the temperature outside of the in-transit airliner.}