| Date / Time | 2026-07-21 09:00 -- 10:30 |
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| Room | Pierre Baudis - Ariane1 |
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| Synopsis | Understanding the interactions between climate, ecosystems, and energy and matter flows across the Earth system is essential for addressing global environmental change. Process-based models have long provided a foundation for representing ecological and environmental processes, while recent advances in artificial intelligence (AI), machine learning, and data science offer new opportunities to integrate diverse datasets, improve model efficiency, and enhance predictive capabilities.
This session welcomes studies that use process-based, data-driven, AI-based, or hybrid modeling approaches to investigate coupled climate–ecosystem–energy systems. We particularly encourage contributions addressing complex ecological and environmental processes such as vegetation dynamics, forest growth, ecosystem disturbances, carbon cycling, land-use change, land–atmosphere interactions, and energy exchanges across terrestrial systems.
Contributions may include process-based ecosystem and Earth system modeling, AI-assisted modeling, hybrid AI–process-based frameworks, remote sensing applications, data-driven analyses of environmental change, and applications supporting climate mitigation, ecosystem management, and disaster risk reduction. The session aims to bring together diverse modeling perspectives to improve predictive understanding of environmental dynamics and energy and matter flows within the Earth system. |
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| Date / Time | 2026-07-21 13:30 -- 15:00 |
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| Room | Pierre Baudis - Ariane1 |
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| Synopsis | The forum will be held as a special session of the Europe-Korea Conference on Science and Technology 2026 (EKC 2026) in Toulouse, France. Now marking its 6th edition, the forum has solidified its position as the premier platform for fostering high-level dialogue and technical exchange between Korea and Europe. What began as a focused initiative has evolved into a comprehensive intellectual hub where researchers from prestigious institutions—such as Sorbonne University, VTT Technical Research Centre of Finland, Korean National Institute of Green Technology (NIGT), and Korea Institute of Civil Engineering and Building Technology (KICT)—converge to address the most pressing environmental challenges of our time.
The 2026 global landscape is defined by the "Twin Transition"—the synchronized evolution of Green Transformation (GX) and AI Transformation (AX). As the world strives to meet the 2035 NDCs and the 2050 Net Zero goals, traditional climate strategies are being redefined by the power of Artificial Intelligence and FAIR data-based frameworks. This year’s theme, "Sustainable Green and AI Transformation," explores the frontier where urban biodiversity and ecosystem services (Sorbonne) meet smart, resilient city design (VTT) and AI-optimized infrastructure. By bridging Korean technological agility with European institutional excellence, we aim to overcome the "Valley of Death" in climate-tech commercialization and establish a robust, data-driven framework for international cooperation.
Furthermore, the complexity of the climate crisis demands a shift toward "Climate Accountability." It is no longer enough to develop isolated technologies; we must foster "Climate-Cognitive Sensitivity" to drive meaningful action across sectors. By linking high-resolution regional assessment platforms with AR6 scenarios and SDG outcomes, this forum provides a scientific and psychological foundation for a sustainable future.
The 6th Forum aims to achieve the following strategic objectives:
- Synergizing AI and Nature-Based Solutions: To explore "Smart Decarbonization" by integrating AI and FAIR data-based frameworks into urban green infrastructure. The forum highlights how biodiversity and ecosystem services can be optimized through digital twins and predictive modeling to achieve urban carbon neutrality.
- Enhancing Climate Accountability and Sensitivity: To examine the psychological and cognitive dimensions of climate action. By discussing "Climate-Cognitive Sensitivity," the forum seeks to provide a research-based foundation for promoting stakeholder accountability and the social acceptance of innovative climate technologies.
- Strengthening Transnational Resilience and Cooperation: To facilitate practical science diplomacy between Korea and the EU (France, Finland, etc.). The objective is to share diverse regional experiences—from Finland’s "SISUcities" resilience model to Korea’s demand-driven Climate-Tech ODA—to build long-term international joint research platforms.
- Standardizing Technical Frameworks for MRV: To share advanced methodologies for quantifying climate impact, including Carbon Information Entropy for probabilistic MRV uncertainty and the linkage of AR6 climate scenarios to SDG outcomes, ensuring that regional innovation is grounded in rigorous science.
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| Date / Time | 2026-07-22 15:30 -- 17:00 |
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| Room | Pierre Baudis - Ariane1 |
| Conveners / Chairs |
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| Synopsis | The forum will be held as a special session of the Europe-Korea Conference on Science and Technology 2026 (EKC 2026) in Toulouse, France. Now marking its 6th edition, the forum has solidified its position as the premier platform for fostering high-level dialogue and technical exchange between Korea and Europe. What began as a focused initiative has evolved into a comprehensive intellectual hub where researchers from prestigious institutions—such as Sorbonne University, VTT Technical Research Centre of Finland, Korean National Institute of Green Technology (NIGT), and Korea Institute of Civil Engineering and Building Technology (KICT)—converge to address the most pressing environmental challenges of our time.
The 2026 global landscape is defined by the "Twin Transition"—the synchronized evolution of Green Transformation (GX) and AI Transformation (AX). As the world strives to meet the 2035 NDCs and the 2050 Net Zero goals, traditional climate strategies are being redefined by the power of Artificial Intelligence and FAIR data-based frameworks. This year’s theme, "Sustainable Green and AI Transformation," explores the frontier where urban biodiversity and ecosystem services (Sorbonne) meet smart, resilient city design (VTT) and AI-optimized infrastructure. By bridging Korean technological agility with European institutional excellence, we aim to overcome the "Valley of Death" in climate-tech commercialization and establish a robust, data-driven framework for international cooperation.
Furthermore, the complexity of the climate crisis demands a shift toward "Climate Accountability." It is no longer enough to develop isolated technologies; we must foster "Climate-Cognitive Sensitivity" to drive meaningful action across sectors. By linking high-resolution regional assessment platforms with AR6 scenarios and SDG outcomes, this forum provides a scientific and psychological foundation for a sustainable future. |
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| Date / Time | 2026-07-22 17:00 -- 18:30 |
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| Room | Pierre Baudis - Ariane1 |
| Conveners / Chairs |
DR. SONG, Jaeryoung Song
National Institute of Green Technology (NIGT), Senior Researcher Show Profile |
| Synopsis | The forum will be held as a special session of the Europe-Korea Conference on Science and Technology 2026 (EKC 2026) in Toulouse, France. Now marking its 6th edition, the forum has solidified its position as the premier platform for fostering high-level dialogue and technical exchange between Korea and Europe. What began as a focused initiative has evolved into a comprehensive intellectual hub where researchers from prestigious institutions—such as Sorbonne University, VTT Technical Research Centre of Finland, Korean National Institute of Green Technology (NIGT), and Korea Institute of Civil Engineering and Building Technology (KICT)—converge to address the most pressing environmental challenges of our time.
The 2026 global landscape is defined by the "Twin Transition"—the synchronized evolution of Green Transformation (GX) and AI Transformation (AX). As the world strives to meet the 2035 NDCs and the 2050 Net Zero goals, traditional climate strategies are being redefined by the power of Artificial Intelligence and FAIR data-based frameworks. This year’s theme, "Sustainable Green and AI Transformation," explores the frontier where urban biodiversity and ecosystem services (Sorbonne) meet smart, resilient city design (VTT) and AI-optimized infrastructure. By bridging Korean technological agility with European institutional excellence, we aim to overcome the "Valley of Death" in climate-tech commercialization and establish a robust, data-driven framework for international cooperation.
Furthermore, the complexity of the climate crisis demands a shift toward "Climate Accountability." It is no longer enough to develop isolated technologies; we must foster "Climate-Cognitive Sensitivity" to drive meaningful action across sectors. By linking high-resolution regional assessment platforms with AR6 scenarios and SDG outcomes, this forum provides a scientific and psychological foundation for a sustainable future. |
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