Enrichment of the soil and nutrient intake of nutrients provided in a specific ratio of soil intensive habit. This is called soil fertility.
The growth of the tree is controlled by the necessary detergent in the soil.
With the necessary management, the soil production capacity of the soil is the productive power of the soil.
Generally speaking, all the fertile soils are not productive - because saline, alkaline or acetic soil or water is accumulated or
Various adverse climates do not have crop production capacity in fertile soil.
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The soil's innate fertility strength helps in the growth of plants and other beneficial processes.
Physical properties of soil, chemical and biological features are considered as soil fertility strengths.
We can easily understand the physical properties of the soil, but the biological features are not clear to us.
That's why physical properties of soil and chemical properties are very familiar to us.
It is not so easy to understand that organic changes in soil are changed so fast in a very short period of time.
Soil biological fertility:
Biological fertility of the soil is the improvement in the growth and development of plants with the help of organisms on the soil.
Due to progressive natural soil soil, soil maintenance and monitoring facilities.
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The biological nature of the soil warns us about our soil erosion and helps in the practice of sustainable land maintenance.
The soil is alive, lives here many lives. Such as bacteria, fungi, nimatodes, worms, insects and some tropic animals.
These germs live on the organic matter of soil or on other microbes and the soil helps in many important action reactions.
Other germs play an important role in the formation of inorganic molecules. There are very few insects in the soil of the genus.