Climate Change Science & Global Warming
Foundational climate science track covering the climate system, observed trends, radiative forcing, greenhouse gases, warming drivers, impacts, and climate sensitivity.
Accelerating Global Climate Action Through Green Innovation, Sustainable Technologies & Resilient Solutions
June 23–25, 2027
Stockholm, Sweden
Sessions
Explore the scientific tracks and focus areas of GlobalClimate-2027.
Foundational climate science track covering the climate system, observed trends, radiative forcing, greenhouse gases, warming drivers, impacts, and climate sensitivity.
Methods and tools for modelling, prediction, Earth-system simulation, climate informatics, AI, machine learning and data analytics.
Assessment of climate hazards, exposure, vulnerability and cascading risks across communities, ecosystems and infrastructure.
Strategies and systems that strengthen preparedness, reduce disaster risk and build climate-resilient societies and infrastructure.
Emissions reduction pathways, carbon budgets, low-carbon development and practical strategies for achieving net-zero targets.
Clean-energy systems, renewable power generation and integration strategies for an affordable and resilient energy transition.
Hydrogen production, storage, fuel cells and advanced storage technologies supporting deep decarbonization and grid flexibility.
Capture, storage, utilization and removal approaches for hard-to-abate emissions and atmospheric carbon dioxide management.
Sustainable chemistry, materials innovation and safer processes that reduce environmental impact across product lifecycles.
Engineering solutions for monitoring, preventing and remediating pollution in air, water and soil systems.
Circular systems that reduce waste, recover resources, improve recycling and support zero-waste innovation.
Water security, sustainable management and ocean-coastal systems within climate resilience and pollution-control agendas.
Conservation, restoration and nature-based approaches that support climate adaptation, mitigation and ecosystem resilience.
Agriculture and food-system approaches that improve resilience, reduce emissions and strengthen sustainable production.
Urban systems, buildings and infrastructure designed for low-carbon development, resilience and livability.
Low-carbon mobility systems, transport electrification and alternative fuels for people and freight movement.
Technologies and strategies for reducing industrial emissions while improving efficiency, productivity and competitiveness.
Policy, governance, finance and legal frameworks for accelerating climate action and sustainable investment.
Climate-tech innovation, clean technology commercialization and entrepreneurial models for scalable sustainability solutions.
Education, public engagement, youth leadership and collaboration to expand participation in global climate action.