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This is a Experimental Study study.

Mitigating Cadmium Leaching and Improving Soil Fertility Through Biochar Application

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Experiments reveal biochar's impact on cadmium immobilization and nutrient retention in sandy loam soils, suggesting improved agricultural practices.

Biochar application significantly reduced cadmium leaching from 14 to 0.004 mg/L over three months, enhancing soil quality.
Higher biochar rates resulted in improved water holding capacity by 27%, alongside increased nutrient concentrations and cation exchange capacity.
Factors studied included biochar pyrolysis temperature, with B-550 exhibiting superior properties compared to B-450 in nutrient and cadmium management.
Findings highlight the importance of biochar as a sustainable agriculture practice, particularly at a 5% application rate for optimal soil health.

Himaya et al. (2025) studied this question.

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View Full Paper

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Authors

Experiments reveal biochar's impact on cadmium immobilization and nutrient retention in sandy loam soils, suggesting improved agricultural practices.

Biochar application significantly reduced cadmium leaching from 14 to 0.004 mg/L over three months, enhancing soil quality.
Higher biochar rates resulted in improved water holding capacity by 27%, alongside increased nutrient concentrations and cation exchange capacity.
Factors studied included biochar pyrolysis temperature, with B-550 exhibiting superior properties compared to B-450 in nutrient and cadmium management.
Findings highlight the importance of biochar as a sustainable agriculture practice, particularly at a 5% application rate for optimal soil health.

Himaya et al. (2025) studied this question.

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