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Bangalore, a rapidly urbanizing technological hub, faces escalating energy demands that require sustainable solutions. This study uses Google Earth Engine to assess Bangalore's solar energy potential through geospatial modeling and advanced suitability analysis. Utilizing high-resolution geospatial data, this study analyzed environmental and...

This file serves as a comprehensive supporting dataset for Chapter 3 ( Scaling Cooperation: Bilateral Agreements and the Article 6.4 Mechanism) and Chapter 4 ( The Role of Independent Carbon Standards to Support Article 6 Implementation) of the Paris Agreement Article 6 Implementation Status Report (2025 Edition) by cataloguing projects...

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。

The knowledge product “Vulnerability of Highland Agriculture: Current and Future Climate Change Scenarios – Insights from Nan Province, Thailand” assesses how climate change is affecting smallholder highland farming systems in northern Thailand, with a detailed case study from Bua Yai subdistrict in Nan Province. Using climate projections, crop...

環境新聞にて連載中の「シャオリュウの中国環境ウオッチ」では、地球環境戦略研究機関（IGES）北京事務所長の小柳秀明が、中国の環境の現状と対策を毎月報告しています。

Accelerating urban population concentration across the world has both positive and negative social-ecological consequences. Countries facing serious negative consequences like Japan need to explore enhanced deurbanization pathways, e.g., highlighting high quality of life in rural areas, to achieve a more desirable urban-rural population balance...