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There is only a tropical climate as opposed to a temperate, moderate, highland, or continental climate in the middle latitudes.
They get about the same amount of radiant energy year-round
Regions near the equator have a more consistent climate because they receive more direct sunlight throughout the year. The equator receives consistent and strong solar radiation, leading to warm temperatures and a relatively stable climate. In contrast, middle latitudes experience more variation in solar radiation due to the tilt of the Earth's axis, resulting in more distinct seasons and less consistent weather patterns.
Determining climate is based on a lot of things, but the most important is latitude. As you increase in latitude, the colder the climate typically gets. For example, the equator (lowest latitude) is hot, while the upper regions of Earth are colder.
The altitude affects the climate in the sense that the higher the altitude the colder and harsher the climate. For instance, on top of a mountain there are severe wind chills and extremely low temperatures. Latitude affecting the climate is dependent on the equator. The closer the latitude is to 0 degrees (the equator) the hotter the temperature and the more humidity in the atmosphere.LATITUDE the hottest ares of the earth are located close to the equator the coldest to the poles. this is due to the shape of the earth. the places closest to the equator receive the most direct rays of the sun. regions farther from the equator receive the rays that hit the earths surface on a slant, so the sun's energy is spread over ,and has to heat, a larger area of the earth
There is only a tropical climate as opposed to a temperate, moderate, highland, or continental climate in the middle latitudes.
They get about the same amount of radiant energy year-round
Regions near the equator have a more consistent climate because they receive more direct sunlight throughout the year. The equator receives consistent and strong solar radiation, leading to warm temperatures and a relatively stable climate. In contrast, middle latitudes experience more variation in solar radiation due to the tilt of the Earth's axis, resulting in more distinct seasons and less consistent weather patterns.
Determining climate is based on a lot of things, but the most important is latitude. As you increase in latitude, the colder the climate typically gets. For example, the equator (lowest latitude) is hot, while the upper regions of Earth are colder.
Temperature, precipitation, and vegetation are used to classify climate regions.
Major global climate regions: tropical, dry, mid-latitude, high latitude, highland.
The altitude affects the climate in the sense that the higher the altitude the colder and harsher the climate. For instance, on top of a mountain there are severe wind chills and extremely low temperatures. Latitude affecting the climate is dependent on the equator. The closer the latitude is to 0 degrees (the equator) the hotter the temperature and the more humidity in the atmosphere.LATITUDE the hottest ares of the earth are located close to the equator the coldest to the poles. this is due to the shape of the earth. the places closest to the equator receive the most direct rays of the sun. regions farther from the equator receive the rays that hit the earths surface on a slant, so the sun's energy is spread over ,and has to heat, a larger area of the earth
two regions with the same climate usually have the same line of latitude
Dry Climate zones and Mid-latitude climate zones.
With changes in elevation and latitude.
The regions close to the equator receive most energy from the Sun. The reason is that for observers in such regions, the Sun is higher in the sky.
Tropical, Dry, Mid Latitude, High Latitude, and Highlands.