By encouraging the activity of helpful microorganisms participating in the process, biofertilizers can have a favorable impact on the decomposition of organic materials in the soil. Because it releases vital nutrients that have been trapped in organic materials back into the soil for plant uptake, organic matter decomposition is a critical part of the nutrient cycle process. The following describes how biofertilizers impact the breakdown of organic matter:
Enhancement of microbial activity: Biofertilizers contain helpful microorganisms that aid in the decomposition of organic debris, such as bacteria and fungi. These microbes release enzymes that aid in the breakdown of complicated organic substances and transform them into more palatable forms for plants.
Release of nutrients: As organic matter decomposes into mineral forms, nitrogen, phosphorous, and potassium are released as important nutrients.
Humus is a stable form of organic matter found in soil, and biofertilizers help to create it. Humus enhances the soil’s structure, ability to retain water, and ability to retain nutrients, all of which are beneficial to plant growth and soil health.
During the breakdown of organic matter, biofertilizers can assist maintain a balance in the availability of nutrients. By encouraging effective nutrient cycling, they avoid the immobilization of nutrients (nutrient tie-up by microbes), ensuring that plants have access to nutrients when they are needed.
Accelerated decomposition: The helpful bacteria included in biofertilizers hasten the rate at which organic matter decomposes. This causes nutrients to release more quickly, making them immediately usable for plants.
