Publications

(2023). Modeling desirable futures at local scale by combining the nature futures framework and multi-objective optimization.

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(2023). Does Deep Learning Enhance the Estimation for Spatially Explicit Built Environment Stocks through Nighttime Light Data Set? Evidence from Japanese Metropolitans.

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(2022). Modeling Tree Recovery in Wind-Disturbed Forests with Dense Understory Species under Climate Change. Ecological Modelling.

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(2022). Modelling a Landscape Using Nature Futures Framework: A Case Study in Japan. World Biodiversity Forum 2022.

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(2022). Renewable Energy Nexus: Interlinkages with Biodiversity and Social Issues in Japan. Energy Nexus.

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(2022). Impact of Urbanization on the Food– Water– Land– Ecosystem Nexus: A Study of Shenzhen, China. Science of The Total Environment.

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(2021). 衛星画像を用いた畳み込みニューラルネットワークによる建物延床面積推計に関する研究. 第35回環境情報科学学術研究論文発表会要旨集.

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(2021). Predicting and Assessing Natural Capital and Ecosystem Services (PANCES) Project in Japan. 3rd ESP Asia Conference Proceedings.

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(2021). Modeling Synergies and Trade-Offs of Forest Management in Shiga. Papers on Environmental Information Science.

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(2021). Long-Term Cumulative Impacts of Windthrow and Subsequent Management on Tree Species Composition and Aboveground Biomass: A Simulation Study Considering Regeneration on Downed Logs. Forest Ecology and Management.

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(2021). Evaluation of Energy Utilization Scenarios for Wood Biomass as a Nature-based Solution. Papers on Environmental Information Science.

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(2021). An Input-Output Analysis of Japanese Industry's Dependency on Nature. 3rd ESP Asia Conference Proceedings.

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(2021). 社会・生態システムでの再生可能エネルギーネクサスの分析:導入ポテンシャルの高空間解像度化プログラムの公開. 日本景観生態学会第31回大会要旨集.

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(2021). 再生可能エネルギーポテンシャル空間明示マップの開発と応用. 第40回エネルギー・資源学会研究発表会予稿集.

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(2021). Errors and Uncertainties Associated with the Use of Unconventional Activity Data for Estimating CO2 Emissions: The Case for Traffic Emissions in Japan. Environmental Research Letters.

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(2021). Development of a Species Identification System of Japanese Bats from Echolocation Calls Using Convolutional Neural Networks. Ecological Informatics.

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(2021). Adaptation after windthrow: Conservation of forest ecosystem in a future climate. The 68th annual meeting of the Ecological Society of Japan proceedings.

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(2021). A New Survey Method Using Convolutional Neural Networks for Automatic Classification of Bird Calls. Ecological Informatics.

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(2021). Risk Assessment of Forest Disturbance by Typhoons with Heavy Precipitation in Northern Japan. Forest Ecology and Management.

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(2020). A Development of Visualization Method of Climate Justice for Supporting Complementation among Local Areas under Climate Change. Proceedings of 48th Annual Meeting of Environmental Systems Research 2020.

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(2020). A Demand-Supply Gap Analysis of Ecosystem Services and Evaluation of Area Coupling Effect for Forming Regional Circular Ecological Sphere. Proceedings of 48th Annual Meeting of Environmental Systems Research 2020.

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(2020). 生物多様性保全と再生可能エネルギーの導入は両立可能か?- 別寒辺牛川流域を対象として-. 日本景観生態学会第30回大会要旨集.

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(2020). Future Prediction of Biomass Supply Potential under Climate Change Scenarios using Forest Landscape Simulation Model for Regional Circular and Ecological Sphere. JpGU-AGU Joint Meeting 2020 Proceedings.

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(2020). What is LANDIS-II?. The 67th annual meeting of the Ecological Society of Japan proceedings.

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(2020). 衛星夜間光情報に基づく深層学習による建築物の延床面積推計に関する研究. 土木学会論文集G(環境).

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(2020). 移住意向と関係人口に関する実態調査と関係人口の都道府県別推計. 環境システム研究論文発表会講演集.

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(2020). Scenario Analysis of Renewable Energy–Biodiversity Nexuses Using a Forest Landscape Model. Frontiers in Ecology and Evolution.

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(2019). An End to End Process Development for UAV-SfM Based Forest Monitoring: Individual Tree Detection, Species Classification and Carbon Dynamics Simulation. Forests.

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(2019). Are There Potential Conflicts among Renewable Energy, Biodiversity, and Ecosystem Services? Scenario Analysis of Land Use Management and Selection among Renewable Energy Alternatives. Proceedings of International Association for Landscape Ecology.

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(2019). Simulation of Natural Capital and Ecosystem Services in a Watershed in Northern Japan Focusing on the Future Underuse of Nature: By Linking Forest Landscape Model and Social Scenarios. Sustainability Science.

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(2018). Scenario Analysis of Landscape Change and Evaluation of Terrestrial Ecosystem Services and Landscape Diversity Using Forest Landscape Model. Global Land Programme 2018 Aisa Conference Proceedings.

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(2018). Combined Effects of Future Changes Land Use/Cover and Climate on Nitrogen Leaching to Stream Water in a Forest, Farmland and Wetland Dominated Landscape, Northern Japan. Global Land Programme 2018 Aisa Conference Proceedings.

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(2018). Scenario Analysis of Land-Use and Ecosystem Services of Social-Ecological Landscapes: Implications of Alternative Development Pathways under Declining Population in the Noto Peninsula, Japan. Sustainability Science.

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(2017). Exploring Alternative Futures for the Social-Ecological Production Landscapes of Noto: Implications of Land Use Change on the Provision of Ecosystem Services. The 9th Ecosystem Serveices Pertnership World Conference Proceedings.

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(2017). A Development of Future Scenario Simulation System of Natural Capital and Ecosystem Services on LANDIS-II ůle1em1ptLinking Qualitative Scenarios and Landscape Change Model in Japanl̊e1em1pt. The 9th Ecosystem Serveices Pertnership World Conference Proceedings.

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(2017). Simulation of Changes in Forest Biomass and Tree Species Composition after Natural Regeneration For Adaptation To Climate Change ůle1em1ptCase Study In Ishikawa Prefecturel̊e1em1pt. Proceedings of Annual Meeting of Environmental Systems Research.

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(2016). 里山での人為的撹乱に伴う植生の遷移と景観の多様性の変化. 日本農業気象学会近畿支部大会講演論文集.

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(2016). A Development of Simulation Process of Landscape Diversity in Satoyama Landscapes for Future Scenario Analysis -Using the LANDIS-II Model and the Modified Satoyama Index-. The First Asian Ecosystem Services Partnership Conference Proceedings.

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(2016). A Development of Simulation Process of Landscape Diversity in Satoyama Landscape for Future Scenario Assessment —Using the Landis-Ii Model and the Modified Satoyama Index—. Journal of Japan Society of Civil Engineers, Ser. G (Environmental Research).

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