Plants obtain the carbon that they need in the form of carbon dioxide from the air, not from the soil. Even if carbon were added to fertiliser plants would be unable to make use of it.
Because all plants are able to extract plenty of carbon dioxide from the air, which gives them plenty of carbon. Nitrogen has to be in a form usable to the plant, which only symbiotic bacteria on the roots of legumes are able to take out of the air.
Only three other macronutrients are required by all plants: carbon, hydrogen, and oxygen. These nutrients are supplied by water and carbon dioxide. The nitrogen-rich fertilizer ammonium nitrate is also used as an oxidizing agent
Chemical fertilizers do not typically contain carbon because plants can naturally obtain carbon from the air through photosynthesis. Fertilizers are formulated to provide essential nutrients like nitrogen, phosphorus, and potassium that may be lacking in the soil for optimal plant growth. Including carbon in chemical fertilizers is generally unnecessary and would add unnecessary weight and cost to the product.
Yes, farmers typically use fertilizers that contain carbon, such as organic fertilizers, to provide essential nutrients for plant growth. Carbon is a crucial component of organic matter in the soil, which helps improve soil structure and fertility. Additionally, plants absorb carbon dioxide from the atmosphere during photosynthesis, contributing to their growth and development.
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From the air. Carbon dioxide.
Because all plants are able to extract plenty of carbon dioxide from the air, which gives them plenty of carbon. Nitrogen has to be in a form usable to the plant, which only symbiotic bacteria on the roots of legumes are able to take out of the air.
Only three other macronutrients are required by all plants: carbon, hydrogen, and oxygen. These nutrients are supplied by water and carbon dioxide. The nitrogen-rich fertilizer ammonium nitrate is also used as an oxidizing agent
because of its carbon cycle
Chemical fertilizers do not typically contain carbon because plants can naturally obtain carbon from the air through photosynthesis. Fertilizers are formulated to provide essential nutrients like nitrogen, phosphorus, and potassium that may be lacking in the soil for optimal plant growth. Including carbon in chemical fertilizers is generally unnecessary and would add unnecessary weight and cost to the product.
No. Alloys are mixtures made up of elements like:steel- made up of iron and carbon. Iron and carbon are elements but steel isnt.
Yes, farmers typically use fertilizers that contain carbon, such as organic fertilizers, to provide essential nutrients for plant growth. Carbon is a crucial component of organic matter in the soil, which helps improve soil structure and fertility. Additionally, plants absorb carbon dioxide from the atmosphere during photosynthesis, contributing to their growth and development.
what do you mean not get recycled? there isnt a factory that recycles air
Excessive use of fertilizers can lead to water pollution by causing nutrient runoff into rivers and lakes, leading to algal blooms and ecosystem disruption. Fertilizers can also contribute to air pollution by releasing nitrogen oxides and ammonia. Furthermore, the production of fertilizers can have a high carbon footprint, contributing to greenhouse gas emissions.
Both inorganic and organic fertilizers provide essential nutrients for plant growth such as nitrogen, phosphorus, and potassium. They can improve soil fertility and enhance crop yields. However, inorganic fertilizers are synthetically produced while organic fertilizers are derived from natural sources such as compost, manure, or bone meal.
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That carbon, hydrogen and oxygen appropriately and readily are available in air and water and that the other three primary nutrients are not describes why plant fertilizers contain nitrogen, phosphorus and potassium but not carbon. The other three primary nutrients, also known as three of six macronutrients, enter plants through the soil. Fertilizers intend to correct off-kilter below-ground situations of macro- and micro-nutrient, pH, structure and texture imbalances since roots and stomata respectively regulate air and soil intakes for life-sustaining plant activities.