Developing small-scale farming to study future possibilities - Peter Hanappe
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This research area addresses planetary-scale challenges such as climate change and the biodiversity crisis. While aiming to build sustainable societies and ecosystems within the limits of environmental resources, capacities we focus on practical actions that extend beyond theoretical studies, contributing to solutions for global challenges in real-world and regional contexts.
Developing small-scale farming to study future possibilities - Peter Hanappe
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Synecoculture that overcomes the trade-off between productivity and environmental damage - Masatoshi Funabashi
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Synecoculture Principles Learning Kit
Synecoculture that overcomes the trade-off between productivity and environmental damage
Technology Overcomes Barriers.
Data-Efficient Sowing Position Estimation for Agricultural Robots Combining Image Analysis and Expert Knowledge
Climate Adaptation: Unlocking Value Chains with the Power of Technology
Power-law productivity of highly biodiverse agroecosystems supports land recovery and climate resilience
Colliaux, David and Minchin, Jonathan and Goelzer, Sebastien and Hanappe, Peter
Computational Agroecology: Should we bet the microfarm on it?Eighth Workshop on Computing within Limits 2022
Aotake, Shuntaro and Otani, Takuya and Funabashi, Masatoshi and Takanishi, Atsuo
Data-efficient sowing position estimation for agricultural robots combining image analysis and expert knowledgeAgriculture | pages 1536, 2025
Endo, Ken and Sato, Keita
Democratizing sports prosthetics with crowdfundingJ. Robot. Soc. Jpn. | pages 378--381, 2025