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It is inexpensive and a good source of nitrogen--an important thing for both agriculture and blasting.
Some topics in chemistry that are relevant to agriculture students are the chemistry of nitrogen fixation and soil nutrient chemistry. Understanding the chemistry of soil and water chemistry is also important.
Then micronutrients will be affected because they are part of th cycle.
No. Firstly liquid nitrogen has a boiling point of 77K. That's -196degrees Celsius, which will freeze all water in contact with it. Not only will the roots not be able to take up water from the soil, water within the plant cells will also freeze, damaging the roots. Secondly, liquid nitrogen will vaporize rapidly when exposed to the environment, which is at room temperature. This means that when liquid nitrogen is poured into the soil, it is not different from the plant absorbing nitrogen in the form of gaseous nitrogen. Thirdly, nitrogen uptake is best facilitated in the aqueous form, ie. dissolved in water in the form of nitrate or ammonium ions. Liquid nitrogen/gaseous nitrogen do not dissolve very well in water.
fertilizes
where there is maximum possibility of nitrogen compounds there will be better agriculture resources
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Decomposition
Roy S. Rauschkolb has written: 'Nitrogen management in irrigated agriculture' -- subject(s): Crops and nitrogen, Irrigation farming, Management, Nitrogen in agriculture 'Land degradation'
It is bad for them.
The cycling of carbon between the atmosphere, land, water, and organisms. But the nitrogen is between the environment and organisms.
The growth of agriculture affected America's population by expanding it to the center-middle portion of the country. This was where all of the crops were located.
Assuming you are talking about oxygen gas and nitrogen gas the answer is yes. Each and every gas is affected by temperature.
In ecosystems some factors like nitrogen are considered as a limiting factor. So ecologists started analyzing cycling materials in the ecosystem..
Chemistry is used in agriculture in many ways. Some chemicals are used for fertilizers and others are used for processing.
No, Nitrogen in air combines transforms into nitrogen oxides that are air pollutants and combine with atmospheric vapor causing acid rain that harms agriculture.