Nitrogen is an essential nutrient for plants. it is needed for the production of amino acids which make up proteins. it is also needed for the production of enzymes as they are made of proteins. Nitrogen is also the main component of chlorophyll.
Without nitrogen, plants are unable to grow and Photosynthesize.
Turns yellow and dies
The nitrogen goes into the nodules of the plant.
Deficiency of nitrogen gives pale yellow color to the plant
the plant cannot carry on photosynthesis and allot of carbon dioxide
Nitrogen plant burns are caused when to much fertilizer (or fertilizer with a high concentration of Nitrogen) is added to a plant. If the concentration of Nitrogen (or Nitrogen compounds such as ammonia) is to high it causes the soil to become highly acidic in the area where it was applied, the high acidity damages (or kills) the roots of the plant retarding or preventing the uptake of water or nutrients by the plant.
It is converted into amino acids
photosythesis happens inside a plant
It goes back into the soil.
It goes back into the soil.
Turns yellow and dies
Turns yellow and dies
It goes back into the soil.
I don't think it is a gas when inside the plant, but most animals/plants need it.
too much of anything to a plant is hurtful
In the nitrogen cycle, nitrates are absorbed by plant roots through a process called nitrate uptake. This involves the active transport of nitrate ions across the plant root cell membranes using specialized transport proteins. Once inside the plant, nitrates are utilized to build proteins and other essential molecules.
A chloroplast is an organelle inside a plant cell where photosynthesis happens.
Making nitrogen available to plant roots is the role of rhizobium bacteria in farming.Specifically, the micro-organism in question (Rhizobiumspp) becomes established in nodules inside a plant's roots. It converts insoluble nitrogen into soluble form, which is the only way that the nutrient in question can be taken in by plant roots and transported up the xylem network and down the phloem network inside the plant. Otherwise, nitrogen remains available within the soil but inaccessible and unusable until transformed into plant-usable form.