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Agriculture in semi-arid regions is increasingly vulnerable to climate variability and land degradation, threatening rural livelihoods and food security. At the same time, the global transition toward clean energy, particularly solar power, offers synergistic opportunities to mitigate climate change while supporting sustainable rural development...

This paper examines the complex relationship between climate change and food security in the Asia-Pacific region. It demonstrates how climate change disrupts food systems through impacts on crop yields, fisheries, and supply chains, while interacting with socio-economic inequalities, governance failures, and competing resource demands to produce...

Many parts of India will require data-driven analysis of the climate, air quality, health, and employment co-benefits of key sectoral interventions as they decarbonize. This research offers such an analysis for agrivoltaics—an intervention that co-locates agriculture with solar energy production on the same parcel of land—in India’s Nagpur...

生物多様性、水、食料、健康および気候の悪化の直接要因および根本的な原因は相互に絡み合っているにもかかわらず、各課題への対処は個別に対処されていることが多く、その結果として、政策間の潜在的な不整合や、計画外の背反性（トレードオフ）、意図しない結果が生じます。ネクサス評価は、トレードオフを克服し、生物多様性、水、食料、健康および気候変動の間の相乗性（シナジー）を高める首尾一貫した意思決定を促し、公正で持続可能な未来に向けた社会変革につながる対応策を提示しています。