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。
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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...
In 環境科学会誌
サステイナビリティ・サイエンスは21世紀の人類の存続にとっての重要な科学であり,2000年頃以降,その発展が行われるよう様々な試みが行われてきた。一方,2015年以降の環境政策は目指すべき社会ビジョンの更新を伴いつつ大きな展開を見せている。本稿では,そのような時代のニーズに適合したサステイナビリティ・サイエンスの展開を見据え,これまでのサイエンスの動向とサステイナビリティの概念の具体化の進展を確認したうえで,人間–地球環境システムの複雑性のもとでの理解と社会としての認知,社会目標の再考と将来継承性,人間–地球環境システムの転換の3つの観点から,人新世の時代におけるサステイナビリティ・サイエンスの展開を論じた。最終的にまとめた11の論点として,例えば,複雑な人間...
In Sustainability
There is a growing recognition of the urgent need to change citizens’ lifestyles to realise decarbonised societies. Consumption-based accounting (carbon footprinting) is a helpful indicator for measuring the impacts of peoples’ consumption on climate change by capturing both direct and embedded carbon emissions. However, while carbon footprinting...
In Frontiers in Environmental Science | Freshwater Science
The rapid growth in microplastic pollution research is influencing funding priorities, environmental policy, and public perceptions of risks to water quality and environmental and human health. Ensuring that environmental microplastics research data are findable, accessible, interoperable, and reusable (FAIR) is essential to inform policy and...
The concept of 1.5-degree lifestyles involves changes in household consumption for achieving levels of per person carbon footprint compatible with the 1.5°C target of the Paris Agreement (IPCC, 2018). This requires, on average, emitting the equivalent of 2.5 tons of CO₂ per person per year by 2030, and 0.7 tons of CO₂ per person per year by 2050...
Our lifestyles, through the impacts of our day-to-day activities such as eating, moving and commuting, heating and cooling our homes, taking work and care responsibilities, and so on, have become major threats to the sustainability of the environment. We are living beyond our ecological means and experiencing both very serious impacts on...
Our lifestyles, through the impacts of our day-to-day activities such as eating, moving and commuting, heating and cooling our homes, taking work and care responsibilities, and so on, have become major threats to the sustainability of the environment. We are living beyond our ecological means and experiencing both very serious impacts on...
In Sustainability
Since 2015, the international policy community has started to agree on international agreements with ambitious middle-term and long-term goals, highly relevant to sustainable consumption and production (SCP) such as those seen in the Paris Agreement, SDGs, and the plastic-related agreements at the G7 and G20 processes. Along with this trend, there...
In Sustainability: Science, Practice and Policy
Ensuring sustainable consumption and production (SCP) patterns is an important task for achieving Sustainable Development Goal 12 by 2030. To facilitate international and domestic collaboration toward regional SCP, we developed a collaborative workshop method to generate and structure ideas about consumption and production (CP) patterns and...