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Climate Change Field (Low Carbon Field)

Climate Change Field

Start Year End Year Project Code Research Title Principal Investigator Principal Research Institution pdf
FY2019 FY2021 【2-1902】 Development of an Estimation Methodology Based on Clarification of the Mechanism of Greenhouse Gas Emission from Treated/Untreated Wastewater Discharged into Water Environment Yamazaki Hiroshi Toyo University PDF
FY2020 FY2022 【2-2001】 Study on Sustainable Ecosystem Management of River Watersheds toward Climate-Change Adaptation Nishihiro Jun National Institute for Environmental Studies PDF
FY2020 FY2022 【2-2002】 Global Analyses of Climate Mitigation for Achieving Net-zero Emissions and Sustainable Development Takahashi Kiyoshi National Institute for Environmental Studies PDF
FY2020 FY2022 【2-2003】 Arctic Aerosols: Behavior, Radiative Forcing, and Linkage with Global Warming Koike Makoto The University of Tokyo PDF
FY2020 FY2022 【2-2004】 Development of Comprehensive Assessment Methods and Adaptation Measures for Climate Change Impacts on Water-related Disaster, Agriculture, Freshwater Ecosystem and Local Economy Harada Morihiro Gifu University PDF
FY2020 FY2022 【2-2005】 Synergies and Trade-offs among Climate Policies and Sustainable Development Goals in Terms of Water Sector Hirabayashi Yukiko Shibura Institute of Technology PDF
FY2020 FY2022 【2-2006】 Evaluation and Future Prediction of the Effect of Climate Change on Asian Forest Soil Carbon Dynamics Based on a Comprehensive Field Study Liang Naishen National Institute for Environmental Studies PDF
FY2020 FY2022 【2-2007】 Biological Effect of Ocean Acidification and Hypoxia Ono Tsuneo Japan Fisheries Research and Education Agency PDF
FY2020 FY2022 【2-2008】 Designing Carbon Pricing Instruments with Consideration of the Effective Carbon Rate: Reconciliation of Efficiency and Regional Equity Arimura Toshihide Waseda University PDF
FY2020 FY2022 【2-2009】 Assessment of Climate Change Impacts and Adaptation Measures in Cold, Snowy Regions Noguchi Izumi Local Independent Administrative Agency Hokkaido Research Organization PDF
FY2021 FY2022 【2-2103】 Roadmap toward the Substantially Zero-Carbon and Self-Supportive Local Energy System in the Year 2050 Takano Masao Nagoya University PDF
FY2020 FY2022 【2RF-2001】 Development of CO2 Selective Adsorbents Using Lewis Acidic Zeolites Iyoki Kenta The University of Tokyo PDF
FY2020 FY2022 【2RF-2002】 Practical CO2 Fixation into Organic Molecules Using a Combined Brønsted Base Shigeno Masanori Tohoku University PDF
FY2020 FY2021 【2RF-2003】 Development of a Spatio-Temporal Seamless Precipitation Scheme for Global Warming Prediction Michibata Takuro Okayama University PDF

Low Carbon Field

Start Year End Year Project Code Research Title Principal Investigator Principal Research Institution pdf
FY2018 FY2021 【2-1802】 Estimation of Regional-Global Methane Emissions and Refinement of Its Estimate by GOSAT-2 and Surface Observations Saitoh Naoko Chiba University PDF
FY2019 FY2021 【2-1901】 Development of GOSAT-2 PM2.5 and BC Product Validation Methodology Applicable to an International Observation Network Irie Hitoshi Chiba University PDF
FY2019 FY2021 【2-1903】 High-Precision Estimate of Ecosystem-Level Photosynthesis with Solar-Induced Fluorescence Detected by Satellite GOSAT-2 Kato Tomomichi Hokkaido University PDF
FY2019 FY2021 【2-1904】 Drawing Storylines of Extraordinal Weather Phenomena around Japan for an Impact Assessment of the Climate Change Takayabu N. Yukari The University of Tokyo PDF
FY2019 FY2021 【2-1905】 Climate Change Adaptation to Disasters in Urban Environments Inatsu Masaru Hokkaido University PDF
FY2019 FY2021 【2-1906】 Estimation and Reduction of Greenhouse Gas Emission from Adhesives for Wood Based Materials Hirai Yasuhiro Kyoto University PDF
FY2019 FY2021 【2-1907】 Research on Information Design to Promote Climate Change Adaptation Hamada Takashi Nagano Environmental Conservation Research Institute PDF
FY2019 FY2021 【2-1908】 Assessment of Further Reduction of GHG Emissions in Asian Countries and Benefit to Japan by Assisting their Reduction Efforts Masui Toshihiko National Institute for Environmental Studies PDF
FY2019 FY2021 【2-1909】 Assessment of Soil Carbon Stock Changes due to Land Use Changes and Its Application to National Greenhouse Gas Inventories Ishizuka Shigehiro Forest Research and Management Organization PDF
FY2019 FY2021 【2-1910】 Research on Development and Social Implementation of Supporting-tools for Municipalities towards Low Carbon Society Kurasaka Hidefumi Chiba University PDF
FY2019 FY2021 【2RF-1901】 Reuse of Recovered Fluorocarbons by Direct Chemical Transformation Fujita Takeshi University of Tsukuba PDF
FY2019 FY2021 【2RF-1902】 Sustainable Production Scheme of Water-Electricity-Ammonia in the Dead Sea Basin Ogawa Takaya Kyoto University PDF
FY2021 FY2023 【2-2101】 Impact assessment of climate change on water and nutrient transport with adaptation options for Toyama Zhang Jing Faculty of Science, Academic Assembly, University of Toyama PDF
FY2021 FY2023 【2-2102】 Study on responses to compound risks of climate change Kameyama Yasuko Graduate School of Frontier Sciences, the University of Tokyo PDF
FY2021 FY2023 【2-2104】 Decarbonization transition: Multi -model assessment of innovation and lifestyle change Sugiyama Masahiro The University of Tokyo, Institute for Future Initiatives PDF
FY2021 FY2023 【2-2105】 Development of National and Local Governments' Carbon Management System for Building Sector Shimoda Yoshiyuki Osaka University PDF
FY2021 FY2023 【2-2106】 Research on the Heat Risk Related to Urban Heat Islands Using Population Flow Data and a Thermal Simulator Yasunobu Ashie Building Research Institute PDF
FY2021 FY2023 【2RF-2101】 Development of highly effective CO2 conversion by the electromagnetic-wave assisted chemical process using spinel catalysts with ultra-high specific surface area Fukushima Jun Tohoku University PDF
FY2022 FY2023 【2-2202】 Communications on Future Changes of Extreme Weather with Reduced Uncertainty Based on Physical Understandings Takayabu Yukari, N. The University of Tokyo PDF
FY2022 FY2023 【2MF-2202】 Development of the novel hybrid energy assisted quick lime production process to achieve a great decarbonization Fukumura Takuya National Institute of Technology, Ichinoseki College PDF

Note: The information on this page is current as of the end of each research project.

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