nitrogen and oxygen
Nitrogen makes up 78% by volume of dry air, and makes up 4% of the dry weight of plant matter and 3% of the human weight. It is a necessary component of living organisms. Atmospheric nitrogen cannot be accessed by plants or animals, so it is converted for plant uptake and then animal ingestion via three processes:Biological nitrogen fixation: via soil organisms such as actinomycetesChemical nitrogen fixation: manufactured for ammonium-based fertilizersAtomospheric addition: deposited on earth via industrial wastes, rain and lightning.So to directly answer the question, the function of atmospheric nitrogen is as a storage facility. The nitrogen is made into a useable chemical compound via 3 processes and through those processes becomes part of every living thing on the planet.
About 3% of water is fresh and usable, but 3/4 of that 3% are in the ice caps and glaciers.
Composting is the action of breaking down vegetable waste into useable soil, so you get soil from composting, you don't use soil for composting.
Fossil fuels, coal and oil won't be found in Antarctica, because The Antarctic Treaty bans drilling or mineral exploration.
In some places in California, hot water out of the ground is used for hot water in houses and buildings. That way people do not have to pay for water heaters. In other places, Geothermal energy is used to turn steam turbines just like happens in power plants that burn coal or any other fuel to produce steam.
nitrogen and oxygen
Nitrogen is called nitrogen because when scientist first discover it the scientist thought up the name nitrogen because that name has connection to the gas.
Bacteria
stick it in your butt :D
They absorb nitrogen from the air. Then nitrogen-fixing bacteria convert it to a useable form.
by Bacteria.
by Bacteria.
Bacteria
by Bacteria.
Nitrogen makes up 78% by volume of dry air, and makes up 4% of the dry weight of plant matter and 3% of the human weight. It is a necessary component of living organisms. Atmospheric nitrogen cannot be accessed by plants or animals, so it is converted for plant uptake and then animal ingestion via three processes:Biological nitrogen fixation: via soil organisms such as actinomycetesChemical nitrogen fixation: manufactured for ammonium-based fertilizersAtomospheric addition: deposited on earth via industrial wastes, rain and lightning.So to directly answer the question, the function of atmospheric nitrogen is as a storage facility. The nitrogen is made into a useable chemical compound via 3 processes and through those processes becomes part of every living thing on the planet.
Nitrogen makes up 78% by volume of dry air, and makes up 4% of the dry weight of plant matter and 3% of the human weight. It is a necessary component of living organisms. Atmospheric nitrogen cannot be accessed by plants or animals, so it is converted for plant uptake and then animal ingestion via three processes:Biological nitrogen fixation: via soil organisms such as actinomycetesChemical nitrogen fixation: manufactured for ammonium-based fertilizersAtomospheric addition: deposited on earth via industrial wastes, rain and lightning.So to directly answer the question, the function of atmospheric nitrogen is as a storage facility. The nitrogen is made into a useable chemical compound via 3 processes and through those processes becomes part of every living thing on the planet.
Because there is no need to. Soybeans are a legume, which means they are capable of fixing nitrogen, taking nitrogen from the atmosphere and adding it to the soil in a more useable form.