How does climate affect the type of vegetation of a region?
The plant community in an area is the most sensitive indicator of climate. Areas with moderate to high temperatures and abundant rainfall throughout the year are heavily forested (unless humans have cleared the land for agriculture!). Areas with somewhat greater rainfall are called semiarid regions.
Why does climate affect vegetation?
Climate change affects a number of variables that determine how much plants can grow. At the same time, extreme temperatures, a decrease in water availability and changes to soil conditions will actually make it more difficult for plants to thrive. Overall, climate change is expected to stunt plant growth.
How does weather and climate affect vegetation?
Plants absorb water and release energy that helps determine the type of climate a particular region experiences. The moisture released into the atmosphere by plants contributes to the climate, while the moisture level in the climate in turn contributes back to the Earth’s ability to foster the growth of vegetation.
How does climate and vegetation vary with latitude and elevation?
Climate varies with latitude and altitude. For example, climate gets colder as latitude and altitude increase. So, climate also gets colder as you move farther up a mountain. As latitude and altitude increase, biomes and vegetation change.
What is natural vegetation which factors make it different from each other?
Temperature and humidity are the main factors which determine the character and extent of vegetation. E.g. an area with high temperature and high humidity supports evergreen forest, while an area with high temperature and low humidity supports thorny bushes (desert).
What are the major factors of climate that affect vegetation pattern?
Precipitation and temperature are the dominant climatic factors affecting vegetation growth [11,19]. Therefore, we focused on these two climate factors.
What climate factors determine the differences between different types of forests?
1. Differences in climate, based mostly on long-term differences in average temperature and precipitation, largely determine the types and locations of the earth’s deserts, grasslands, and forests. 2.