Powder NPK High Nitrogen
Powder NPK High Nitrogen
Powder NPK High Nitrogen It is known that all plants need a percentage of nitrogen in order to be able to carry out the photosynthesis process, and you can get it through Powder NPK High Nitrogen, where it is very useful for a variety of purposes, there is a simple source of nitrogen readily available and may allow you to generate nitrogen in the amount you want instead of buying it.
How important is Powder NPK High Nitrogen inside the plant
The exact balance is very important, which is necessary for the continuation of life and the environment with the same balance, the lack of nitrogen affects the plants negatively, the plants begin to turn yellow and their growth stops.
Farmers are starting to add fertilizers containing high nitrogen content powder to grow crops, without fertilizers, scientist’s estimate that they will lose a third of the crops that we rely on for our food, in addition to some other agricultural crops.
What is the basic cycle of nitrogen?
It performs a repeated cycle that is transferred from nitrogen to living and also non-living organisms, the most important of which are the following:
- Atmosphere
- Soil
- Water
- Plants
- Animals
- Bacteria
Nitrogen forms change in order to move through different parts of the cycle.
in the atmosphere, it is found in the form of N2 gas, and in the soil, it is found in the form of nitrogen oxide No and nitrogen dioxide No2.
When used in manure, it is present in different forms, such as ammonia NH3.
Stages of the nitrogen cycle in plants
There are several stages of the Powder NPK High Nitrogen, the most important of which are:
Powder NPK High Nitrogen Stage
Nitrogen at this stage begins to move from the atmosphere to the soil and the atmosphere contains a large amount of nitrogen gas, but this gas is not available to the plant.
Because it cannot be used directly for plants without the transformation phase and in order to be used for plants nitrogen gas N2 must be transformed into forms that plants can absorb.
Most nitrogen fixation processes occur naturally, in the soil, through bacteria and the nitrogen fixation and shape-shifting process that occurs in the soil can be seen when some types of bacteria adhere to the roots of plants and form a symbiotic relationship, bacteria obtain energy through photosynthesis and, in turn, fix nitrogen in the form that plants need.
After that, the fixed nitrogen moves to other parts of the plant, and is used to form plant tissues, so that the plant can grow other types of bacteria live freely in the soil or water, and can fix nitrogen without the need to form this symbiotic relationship.
These bacteria can also form forms of nitrogen that organisms are able to use.
Stage of mineralization
This stage occurs in the soil, as nitrogen from organic matter, such as compost or plant material, moves to be an inorganic form of nitrogen that can be used by plants.
This process becomes important in the second phase of the nitrogen cycle and the mineralization process occurs when microbes decompose organic matter, such as animal compost, decomposing plants or animal material and begin to convert it into a form of nitrogen that plants can use, and all plants except legumes get beans, lentils, soybeans, peanuts, peas.
They are plants that have dicotyledonous seeds, the nitrogen they need is obtained through the soil, and legumes get nitrogen through the fixation process that occurs in their root nodes.
The first form of nitrogen produced by the process of mineralization is ammonia, NH3, then the NH3 gas present in the soil reacts with water to form ammonium, NH4 and this ammonium remains in the soil, and becomes available for use by plants that do not get nitrogen through the nitrogen fixation relationship.
Nitrification phase
They also occur in the soil during the nitrification process, the ammonia in the soil that is produced during the mineralization process turns into compounds called nitrite NO2-and nitrate No3.plants and animals that feed on plants can use nitrate compounds, and some types of bacteria in the soil are able to convert ammonia into nitrite compounds.
Although nitrates are not directly usable by plants and animals, other bacteria can convert nitrites into nitrates, which is a form usable by plants and animals, and this reaction provides energy for the bacteria involved in this process, the bacteria we are talking about are called Nitrosomonas orbacteria and nitrifying bacteria convert from nitrite compounds to nitrate compounds.
Nitrosomonas bacteria also turn ammonia into nitrite and both types of bacteria can work only in the presence of oxygen, and the nitrification process is important for plants because it works to produce additional stocks of available nitrogen that can be absorbed by plants through their root systems.
Freezing stage:
The fourth stage of the nitrogen cycle is the freezing process, sometimes described as the opposite of mineralization as both processes control the amount of nitrogen present in the soil, just like plants, microorganisms need a living organism or a micro-living creature.
These soil microorganisms absorb nitrogen from the soil when the decaying remains of plants do not have a sufficient amount of nitrogen, and when microorganisms absorb ammonium (NH4+) and nitrate (NO3 -), these two forms of nitrogen become unavailable for plants.
Therefore, the freezing process makes there are limits to the use of nitrogen by microorganisms.
however, the process of metabolism is important because it helps to control the amount of nitrogen in the soil and its balance by imposing restrictions on it, or preventing its use by microorganisms.
DE nitrification stage
And in the fifth stage of the nitrogen cycle, nitrogen returns to the air again in the form of nitrate compounds that are converted by bacteria into atmospheric nitrogen (N2) through a process.
It is called the DE nitrification process and this leads to nitrogen loss.
These are the most important data for Powder NPK High Nitrogen with all its special properties, knowledge and stages.