Category: opportunities (v1.1)
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Category Description: These are the intended use-case/justification for one or multiple variable groups. Opportunities are linked to relevant experiment groups. Identifying opportunities helps to provide a structure to map variables against requirements. Each opportunity description will convey why this combination of variables and experiments is important and how they contribute to impact.
- Accurate assessment of land-atmosphere coupling
- Advancing Wind-Wave Climate Modelling for Coastal Zone Dynamics, Impacts, and Risk Assessment through International Collaborative Research Projects as Part of the Coordinated Ocean Wave Climate Project
- Agriculture and Food System Impacts
- Assessments for Hydrological Processes, Water Resources, and Freshwater Systems
- Atmospheric and Oceanic Dynamical downscaling
- Atmospheric dynamics and variability
- Baseline Climate Variables for Earth System Modelling
- Benchmarking and Attributing Changes to Global Carbon and other Biogeochemical Cycles
- Bias-adjustment for impacts modeling and analysis
- Causality of Polar Amplification
- Changes in marine biogeochemical cycles and ecosystem processes
- Climate impact assessments on freshwater ecosystems
- Climate impacts on marine biodiversity and ecosystems
- Clouds, circulation and climate sensitivity: baseline
- Clouds, circulation and climate sensitivity: extension for process-level studies
- Clouds, radiation & precipitation
- Constructing a Global Carbon Budget
- Core Climate Services
- Detection and Attribution
- Diagnosing Radiative Forcing
- Diagnosing temperature variability and extremes
- Dynamical Downscaling (CORDEX)
- Earth's Energy Budget
- Empirical Statistical Downscaling and Emulators (CORDEX)
- Energy System Impacts
- Glacier changes, drivers, and impacts
- Health Impacts
- Ice sheet mass loss, contributions to sea level rise and freshwater flux input to the climate system
- Impacts of climate change on aviation
- Impacts of climate change on transport infrastructure
- Land use change
- Multi-annual-to-decadal predictability of the Earth System and risk assessment of climate extremes
- Ocean Extremes
- Ocean changes, drivers and impacts
- Paleoclimate research at the interface between past, present, and future
- Plant Phenology
- Rapid Evaluation Framework
- Robust Risk Assessment of Tipping Points
- Role of fire in the Earth system
- Sea ice changes, drivers and impacts
- Southern Ocean Biogeochemistry to Clouds
- Synoptic systems
- Terrestrial Biodiversity
- Understanding the role of atmospheric composition for air quality and climate change
- Vulnerability of urban systems, infrastructure and populations
- Water Security and Freshwater Ecosystem Services
- Water cycle/budget assessment
- Wind driven Ocean Surface Waves
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