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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"If you want to accomplish in your life, one thing that would contribute to the future of humanity - what is that?" How do researchers at Sony CSL reflect on these questions and engage with their own research? And what kind of place is Sony Computer Science Laboratories, shaped by such individuals? Through the words of the researchers themselves, we hope to share part of that perspective.
Synecoculture Principles Learning Kit
Synecoculture that overcomes the trade-off between productivity and environmental damage
From Sony CSL, “Synecoculture™ and Augmented Ecosystems” is featured in the report.
From environmental sensing to societal listening
Toward Breaking the Recovery Plateau in Chronic Rehabilitation: An Integrative Framework of Biodiversity Exposure, Lifestyle Intervention, and ICT-Based Monitoring
Integrated stock and flow system dynamics and optimized sampling for comprehensive carbon offset evaluation of natural and farming ecosystems
Modesto, Lenon Romano and Ogun Ramalhete, Ezgi and Ravasi, Stefano and Pezzoli, Stefano and Sharma, Mukesh and Nath, Dibyojyoty and Yucel, Icsil and Moons, Jannes and Melcore, Marie and Vershinina, Anna and Tait, Natasha and Ogunmefun, Segun and Reutina, Uliana and Colliaux, David and Mozos, Ignacio B and Willey, Neil J and Ieropoulos, Ioannis A and Cristiani, Pierangela and Hanappe, Peter and Barriuso, Jorge and Schmidt, Markus R and Armstrong, Rachel
Generalising maximum mean discrepancy: kernelised functional Bregman divergencesFront. Hortic. | Vol.5, may, 2026
Lahlou, Aliénor and Orlando, Marcelo and Bujaldon, Sandrine and Gaultier, William and Israelievitch, Eliora and Hanappe, Peter and Le Saux, Thomas and Jullien, Ludovic and Colliaux, David and Bailleul, Benjamin
Interplay between high-energy quenching and state transitions in Chlamydomonas reinhardtii: a single-cell approachNew Phytologist | Vol.250, pages 2689-2705, mar, 2026
Khawand, Joe and Colliaux, David
Natural Gradient Descent for online Continual Learningmar, 2026