Abstract
This review paper explores the impact of excessive aluminum in soil on plant growth, environmental factors, and human health. It highlights the complex effects of aluminum on plants, emphasizing its role in inhibiting root growth. The study discusses sources of aluminum contamination, health risks associated with exposure, assessment methods, and remediation strategies. Recent advances include phytoremediation, genetic engineering, and nanotechnology. The paper concludes with strategies for preventing aluminum overload in agricultural lands through proper soil management and sustainable farming practices.
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