Rice-fish farming systems represent powerful climate-smart agricultural solutions simultaneously addressing interconnected global challenges of food security, climate change adaptation, and environmental sustainability. Comprehensive evidence from diverse geographical contexts demonstrates integration achieves 10-64% productivity gains through beneficial ecological synergies, with systems producing substantially more output per unit land area than separate monocultures (Obiero et al., 2024; Dubois et al., 2019). These productivity enhancements arise from ecological mechanisms including biological nitrogen fertilization from fish excreta reducing synthetic fertilizer requirements by 20-50%, comprehensive biological pest control enabling 50-90% pesticide reductions, soil aeration from fish bioturbation activities, and thermal buffering from deeper water depths (Naseer et al., 2024; Obiero et al., 2024).
Rice-fish systems enhance climate adaptation through risk diversification across production pathways with differential environmental sensitivities, thermal regulation protecting both rice and fish from temperature extremes through 2-4°C water temperature reductions during heat waves, enhanced waterBOOK CHAPTERS 2026 READY.docx 12
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