It will determine what the climate is and how hot or cold, and wet or dry a place is
Tropical climates are characterized by both heat and humidity. These regions typically have high temperatures throughout the year, with abundant sunlight and heavy rainfall, leading to high levels of humidity.
Climate and vegetation are related because certain types of vegetation (plants) can only grow in certain climates. For example, most plants that grow closer to the equator could not survive nearer the poles due to the climatic differences.
Latitudes closer to the equator receive more direct sunlight throughout the year, leading to higher temperatures. This is due to the Earth's curvature and the angle at which sunlight strikes the Earth's surface at different latitudes.
The best climate for soil is one that has a balance of rainfall and sunlight throughout the year. Soil needs water for nutrients to be transported to plants, as well as sunlight for photosynthesis. A temperate climate with moderate temperatures and consistent precipitation is ideal for soil health and fertility.
Tropical climates are warmer than polar climates because they receive more direct sunlight throughout the year due to their location near the equator, resulting in higher temperatures. In contrast, polar climates are colder because they are located near the Earth's poles where sunlight is more indirect and dispersed, leading to lower temperatures.
The growth of cherry trees varies in different climates due to factors like temperature, sunlight, and moisture levels. In warmer climates, cherry trees may grow faster and produce more fruit, while in colder climates, growth may be slower and fruit production may be limited. Additionally, cherry trees in more temperate climates with consistent rainfall and sunlight tend to thrive and produce better quality fruit compared to those in extreme climates.
The abiotic factors that can determine biomes include water, sunlight, climate, weather, and precipitation. The temperature can also influence a biome.
Tropical climates are characterized by both heat and humidity. These regions typically have high temperatures throughout the year, with abundant sunlight and heavy rainfall, leading to high levels of humidity.
The primary feature responsible for variation of climate in different parts of the world is the distribution of sunlight. The amount of sunlight received at different latitudes creates variations in temperature and weather patterns, leading to different climates.
Climate and vegetation are related because certain types of vegetation (plants) can only grow in certain climates. For example, most plants that grow closer to the equator could not survive nearer the poles due to the climatic differences.
Latitudes closer to the equator receive more direct sunlight throughout the year, leading to higher temperatures. This is due to the Earth's curvature and the angle at which sunlight strikes the Earth's surface at different latitudes.
Regions near the equator, such as tropical rainforests, experience warmer climates due to the direct angle of sunlight and high humidity levels. Countries like Indonesia, Brazil, and Malaysia are examples of places with warm climates near the equator. These areas typically have consistent temperatures year-round and high levels of rainfall.
Sugar cane grows best in tropical and subtropical climates with warm temperatures, abundant sunlight, and consistent rainfall. It requires a long growing season with plenty of moisture to thrive.
Decreasing amounts of sunlight
In general, the climatic zone is determined by the latitude. The rule is that the farthest you go from the equator (the largest the latitude) the colder it gets. The rainfall near the equator is largest. In the subtropical zones the rainfall is smaller. In the intermediate zones the rainfall is large again. Please see the links for more details.
because some plants and wildlife can only flourish in a certain warmth, coldness or whatever climate. Like... if you were looking for an oak tree in the savanna you would not find one because that climate and weather would not suit an oak tree. hope that explains it!
The best climate for soil is one that has a balance of rainfall and sunlight throughout the year. Soil needs water for nutrients to be transported to plants, as well as sunlight for photosynthesis. A temperate climate with moderate temperatures and consistent precipitation is ideal for soil health and fertility.