The nitrogen in Scar's body, like all organic matter, is part of a complex nutrient cycle. When Scar dies, decomposition by bacteria and fungi breaks down his body, releasing nitrogen in the form of ammonia. This ammonia can then be converted by other bacteria into nitrites and nitrates, which can be taken up by plants or further decomposed. Eventually, some of this nitrogen can be released back into the atmosphere as nitrogen gas through a process called denitrification, completing the cycle.
Nitrogen in Scar's body can eventually enter the atmosphere through the process of decomposition. As scavengers and microorganisms break down his body, organic matter, including nitrogen compounds, is released into the soil. These compounds can then be converted into gaseous forms, such as nitrogen gas (N₂) or nitrous oxide (N₂O), through microbial processes like nitrification and denitrification. Eventually, these gases can diffuse into the atmosphere, completing the nitrogen cycle.
If nitrogen disappeared from the atmosphere, many organisms would die as they rely on nitrogen to build proteins and DNA. The loss of nitrogen would disrupt ecosystems, affecting plant growth and the animals that depend on them for food. Additionally, the composition of the atmosphere would change, potentially affecting climate and weather patterns.
If nitrogen and oxygen in the atmosphere were not replenished, they would last a very long time due to their stability and abundance. Nitrogen makes up about 78% of the atmosphere, while oxygen constitutes about 21%. The primary sources of oxygen, such as photosynthesis from plants, are crucial for its continuous supply; without these processes, oxygen levels would gradually decrease over centuries. However, nitrogen is inert and doesn't get consumed in significant amounts, meaning it could theoretically last indefinitely without replacements.
Venus is not made up of gas, but it does have a thick atmosphere. The main gas in the atmosphere is carbon dioxide, at about 96%. There's some nitrogen (about 3.5%) and traces of other things.
For the Earth's atmosphere, air. For the atmosphere of a location, it could be mood or aura.
Nitrogen in Scar's body can eventually enter the atmosphere through the process of decomposition. As scavengers and microorganisms break down his body, organic matter, including nitrogen compounds, is released into the soil. These compounds can then be converted into gaseous forms, such as nitrogen gas (N₂) or nitrous oxide (N₂O), through microbial processes like nitrification and denitrification. Eventually, these gases can diffuse into the atmosphere, completing the nitrogen cycle.
In "The Lion King," when a lion dies, its body decomposes, releasing nitrogen and other nutrients back into the soil. Plants absorb this nitrogen, and when herbivores eat these plants, the nitrogen enters their bodies. Eventually, when these animals die or excrete waste, nitrogen can be released into the atmosphere as gases, completing the nitrogen cycle. This cycle illustrates the interconnectedness of life in the ecosystem of the Pride Lands.
Our atmosphere is made up of 78 % nitrogen.
If nitrogen disappeared from the atmosphere, many organisms would die as they rely on nitrogen to build proteins and DNA. The loss of nitrogen would disrupt ecosystems, affecting plant growth and the animals that depend on them for food. Additionally, the composition of the atmosphere would change, potentially affecting climate and weather patterns.
The presence of methane and possibly nitrogen suggests that Makemake could have a transient atmosphere similar to that of Pluto.
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Nitrogen makes up 78% of our atmosphere and the atmosphere contains 3,346,200,000,000,000,000 cubic meters of nitrogen. Because nitrogen is a gas it tends to gather in the atmosphere rather then say, stay trapped underground. That is why its maximum concentration is in the atmosphere. It's a good thing there is so much in our atmosphere too. Without it, the earth would get pummeled by gamma rays from our sun. This could turn the earth into a radioactive wasteland.
It depends. There could be a factory in the vicinity that is pumping nitrogen into the air because of the chemical processes involved. There could even have been an explosion somewhere near increasing the level of nitrogen in the atmosphere. But nitrogen is, of course, also an intrinsic element in the socalled nitrogen cycle in nature, and any inbalance in this regard -- the freeing of more or less nitrogen than could be considered "normal" from its fixations in the soil or elsewhere -- could be a clear sign that something is wrong with the environment.
Although the atmosphere is rich in nitrogen gas, plants cannot use this form directly. Nitrogen needs to be converted into a usable form like nitrates by soil bacteria for plants to uptake. In cases where the soil lacks these nitrogen-fixing bacteria or has been depleted due to overfarming, there can be a shortage of available nitrogen for plants.
The Earth's atmosphere is 78% nitrogen. If you could see it, it's flowing in and out of your lungs as you're reading this. It's also found in compounds in soil.
The nitrogen cycle could not exist without various microorganisms, such as nitrogen-fixing bacteria, nitrifying bacteria, and denitrifying bacteria. These organisms play crucial roles in converting nitrogen from the atmosphere into forms that plants can use, such as ammonia and nitrates, and in returning nitrogen to the atmosphere. Additionally, the cycle relies on the interactions between soil, water, and living organisms to facilitate these biochemical processes. Without these elements, the nitrogen cycle would be disrupted, impacting ecosystems and agricultural productivity.
While nitrogen makes up a significant portion of the Earth's atmosphere, this form of nitrogen cannot be directly utilized by plants. Plants rely on nitrogen in the form of nitrates and ammonium found in the soil for growth. Soils can face nitrogen shortages if they lack sufficient nitrogen-fixing bacteria to convert atmospheric nitrogen into usable forms, or if excessive leaching, volatilization, or plant uptake depletes available nitrogen.