Key insights
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1
Soil acidity-driven aluminium toxic buildup: The increasing soil acidity in Kuttanad enhances aluminium solubility, turning otherwise non-toxic aluminium into harmful soluble forms that damage plant roots and inhibit nutrient uptake.
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2
Crop health directly linked to environmental soil chemistry: Excess aluminium disrupts absorption of critical nutrients, reducing paddy yield and threatening the primary food and income source for local farmers.
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3
Remediation depends on targeted chemical intervention: Effective mitigation requires liming materials like dolomite to raise soil pH, decreasing aluminium solubility and toxicity, rather than solely traditional farming methods.
Takeaways
Without prompt government-led soil remediation focusing on acidity control, aluminium toxicity will continue undermining crop productivity and farmer welfare in Kuttanad.
Topics
Climate & Environment Agriculture Health & Medicine Public Health World & Politics Policy & Regulation