September 5, 2025Scientia AgropecuariaOpen Access

Effects of six compost products on soil organic carbon and nitrogen levels in alfisol, rice yields, and diazotrophic endophytic populations

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Compost C4 showed the highest increases in soil organic carbon and nitrogen by 200% and 228.57%, respectively.
At 118 days after planting, treatments R4, R6, and R9 also effectively boosted rice yields compared to control.
Completely Randomized Design was used for comparing different compost products against chemical fertilizers in the pot experiment.
Results suggest compost with bioactivators improves soil fertility and plant growth more than 100% chemical fertilizer.

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Field experiment evaluates compost's effects on soil carbon, nitrogen, and rice yields, indicating benefits over chemical fertilizers.

Cahyani et al. (2025) studied this question.

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