The use of gypsum, a popular soil amendment, in conjunction with biofertilizers can be advantageous in the following ways:
Gypsum is frequently used to enhance soil aggregation and reduce compaction in order to improve soil structure. It aids in the flocculation of clay particles, facilitating improved root penetration and water infiltration. By encouraging microorganisms to produce polysaccharides and glue, which aid in soil aggregation, biofertilizers can further help the improvement of soil structure.
Gypsum can increase the availability of several minerals, especially calcium and sulfur, without directly supplying those elements. By improving nutrient solubilization and nutrient uptake efficiency, biofertilizers can complement this impact and make nutrients more available to plants.
Nutrient imbalances can occasionally be brought on by the excessive use of particular fertilizers or the presence of unfavorable soil conditions. Gypsum can help correct particular nutritional imbalances by raising soil pH and enhancing nutrient uptake. Through their interactions with plants and the soil microbial population, biofertilizers can help to promote a more balanced nutrient profile.
Gypsum can assist plants in surviving in salty or sodic soils, which are characterized by high sodium levels. Gypsum can increase the stress tolerance of plants by improving soil structure and lowering salt toxicity. When used in conjunction, biofertilizers can improve root development and nutrient uptake, making plants more resistant to environmental stresses and boosting stress tolerance.
