Potential benefits of organic fertilizer disintegrants for soil ecology

2025-10-21

Summary:

High-quality organic fertilizer disintegrants—especially biological disintegrants—not only improve the physicochemical properties of fertilizers but also bring potential benefits to soil ecology. During the process of breaking down organic fertilizers, these disintegrants significantly increase the population of highly active beneficial microorganisms. Once these microorganisms enter the soil along with the fertilizer, they serve as a valuable addition to the soil’s microbial community. They continue to thrive in the rhizosphere, decomposing organic matter in the soil, fixing atmospheric nitrogen, and solubilizing fixed phosphorus and potassium elements. At the same time, through mechanisms such as competition, antagonism, or induced resistance, they inhibit the proliferation of pathogenic microorganisms in the soil, thereby activating the soil, improving the rhizosphere environment, and establishing a healthier, more vibrant soil microecosystem.

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