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本レポートは、世界平均気温の上昇を産業革命前と比べて１.5℃以内に抑えるという目標の達成に向けて、2050年までにカーボンニュートラルを実現するだけではなく、累積排出量をできる限り小さくする観点から、日本国内で早期に大幅な温室効果ガス（GHG）排出量削減を果たす可能性を検討し、その実現のためのアクションプランをまとめたものである。 2024年4月2日更新 謝辞の追記、出典の追記、誤記の修正を行いました。 企業の方向けに使いやすく再構成した「 1.5℃ロードマップ - 脱炭素でチャンスをつかむ。未来をつくる。 」もご活用ください。

This report examines the feasibility of Japan not only achieving carbon neutrality by 2050, but also making significant reductions in greenhouse gas (GHG) emissions, so as to make its cumulative emissions as small as possible, thereby contributing to the global goal of limiting the average temperature increase to below 1.5°C compared to the pre...

The International Energy Agency estimates that to hit net-zero globally by 2050, six times more critical minerals will be required in 2040 than today. The rapid increase in demand for critical minerals is likely to increase price volatility. This could aggravate energy security concerns, and thereby delay the necessary clean energy transition...

There is limited knowledge on the potential impacts of electric vehicle (EV) deployment in developing countries to date. India is a rapidly industrializing country with a national policy to promote EVs, but does not have the waste management infrastructure to process battery waste. Through a model analysis for India, we projected that the sale of...

The objective of this report is to provide an analysis of the current policy environment for garment production in Cambodia, applying a systems lens to identify challenges and opportunities for enhancing the sustainability of the sector. To maintain the competitiveness of Cambodia’s garment sector in the global market, a shift to sustainable...

Japanese companies have pioneered the development of a large number of low-carbon technologies (LCTs). As a rapidly expanding economy with burgeoning energy requirements, India offers a significant potential market for Japanese LCTs. The industry sector in India accounts for a significant share of commercial energy use and hence carbon dioxide (CO2...

The widespread adoption of low emissions technologies in rapidly developing countries is critical to resolving the climate emergency.1 However, many fast growing economies lack the energy efficient, renewable, and other advanced technologies needed to mitigate climate change. Technology transfer could help address these countries need. Yet the...

The Asian countries have diverse economic profiles, energy consumption patterns, greenhouse emissions, climatic conditions and socio-political landscapes. These dynamics bring into focus that drawing a uniform framework to define the energy transition process for the region is a difficult task. Keeping in view of this reality, this book identifies...

In the race for infrastructure connectivity across Asia, several states have established initiatives to provide funding for developing countries. Chief among these are the Chinese Belt and Road Initiative (BRI) and the Japanese Partnership for Quality Infrastructure (PQI). The most recent addition to these competing multilateral initiatives in...

Plastic pollution is one of the biggest global threats. Plastics use and waste have been rapidly growing, in particularly emerging Asia. Southeast Asia, with its high population density, strong economic dynamism, and generally inadequate waste management systems, is a hotspot for the challenges. With this as a background, ASEAN and the EU have...