polar region
The angle of the Earth's rotation, known as its axial tilt, causes the change in seasons as different parts of the planet receive varying amounts of sunlight throughout the year. This tilt is responsible for creating the different climatic conditions experienced in different regions on Earth.
If Earth's axis was tilted at 60 degrees, the planet's seasons would be much more extreme than they are currently. The poles would experience long periods of daylight and darkness, while the equatorial regions would have more consistent temperatures throughout the year. This extreme tilt would likely lead to significant changes in weather patterns and ecosystems across the globe.
No, the biosphere does not extend to the Earth's core. The biosphere refers to the regions of Earth where life exists, primarily encompassing the surface, atmosphere, and parts of the oceans. It is limited to areas where conditions such as temperature, pressure, and the availability of water and nutrients can support living organisms, which excludes the extreme conditions found in the Earth's core.
The polar zones are located near the North and South Poles of the Earth. These regions experience extreme weather conditions, including long periods of daylight in the summer and darkness in the winter.
Yes, the transport of heat plays a significant role in Earth's climate. Heat is transported through various mechanisms such as ocean currents, atmospheric circulation, and the water cycle, which help distribute heat around the planet. This redistribution of heat influences weather patterns, precipitation, and ultimately the climatic conditions of different regions on Earth.
Climatic conditions help to shape the earth's ecosystem.
Climatic conditions help to shape the earth's ecosystem.
Average distance from the Sun
The angle of the Earth's rotation, known as its axial tilt, causes the change in seasons as different parts of the planet receive varying amounts of sunlight throughout the year. This tilt is responsible for creating the different climatic conditions experienced in different regions on Earth.
Extreme cold - which is why there are no snakes at the polar regions of the earth.
If Earth's axis was tilted at 60 degrees, the planet's seasons would be much more extreme than they are currently. The poles would experience long periods of daylight and darkness, while the equatorial regions would have more consistent temperatures throughout the year. This extreme tilt would likely lead to significant changes in weather patterns and ecosystems across the globe.
No, the biosphere does not extend to the Earth's core. The biosphere refers to the regions of Earth where life exists, primarily encompassing the surface, atmosphere, and parts of the oceans. It is limited to areas where conditions such as temperature, pressure, and the availability of water and nutrients can support living organisms, which excludes the extreme conditions found in the Earth's core.
The polar zones are located near the North and South Poles of the Earth. These regions experience extreme weather conditions, including long periods of daylight in the summer and darkness in the winter.
Desert biomes exist on every continent, including Antarctica, primarily due to low precipitation levels and specific climatic conditions. In regions like Antarctica, cold desert conditions prevail, characterized by minimal moisture and extreme temperatures. The geographical features, such as mountains blocking moisture and high-pressure systems, contribute to the arid conditions that define deserts across various landscapes. This diversity in climate and geography allows for desert ecosystems to thrive globally.
it has a earth quakes
Alfred Wegener did not develop the theory of climatic regions. He is, however, known for proposing the theory of continental drift, suggesting that Earth's continents were once joined together as a single landmass called Pangaea. This idea laid the foundation for the modern theory of plate tectonics.
Yes, the transport of heat plays a significant role in Earth's climate. Heat is transported through various mechanisms such as ocean currents, atmospheric circulation, and the water cycle, which help distribute heat around the planet. This redistribution of heat influences weather patterns, precipitation, and ultimately the climatic conditions of different regions on Earth.