Although air is all around us, we can’t see it.We can feel it and breathe it.The air that surrounds the Earth is called the atmosphere (大气层) and it is made up mostly of two gases nitrogen and oxygen.Gravity pulls on the gasses and keeps the atmosphere close to the Earth’s sur...
Weather develops in the Earth's atmosphere and there are many factors that affect what type of weather a given location will have. Examine factors...
When the gasses in our atmosphere trap heat and block it from escaping our planet
These gasses become trapped in the atmosphere, creating a greenhouse effect – catching heat from the sun and serving to warm the Earth’s climate. Alongside this, widespread deforestation has also contributed to rising temperatures, as forests serve to absorb carbon dioxide. Explore more about the...
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The function of greenhouse gas is to trap the heat in earth's atmosphere and allow sunlight pass through the atmosphere. Greenhouse gases prevent the...Become a member and unlock all Study Answers Start today. Try it now Create an account Ask a question Our experts can answer you...
("sequestered"), thus capturing it away from the atmosphere, where it can join other climate-changing gasses.3In the past, the carbon dioxide came from naturally occurring carbon dioxide reserves. However, it is now possible to harvest carbon dioxide fromnatural gasprocessors and fertilizer and ...
Humans don’t play by the same rules that nature does. When we extract, refine, transport, and burn fossil fuels like coal, natural gas, and oil, we release extra carbon and other greenhouse gasses into the atmosphere. We also cut down large expanses of CO2-absorbing trees to make way ...
s surface is warmer than what would be expected based solely on the amount of energy it receives from the Sun. Fourier suggested that the atmosphere allows sunlight to penetrate and warm the Earth’s surface, but it also traps some of the outgoing heat, preventing it from escaping directly ...
There's a limit to the cooling because a super-eruption will blast an enormous volume of particles into the atmosphere. But once there, they amass together. Crucially, the larger particles are less efficient at reflecting sunlight compared to smaller particles — because there's less surface area...