C-EREL follows a comprehensive R&D approach to the environment – climate change – atmospheric pollution assessment integrating a number of topics and modelling methodologies.

• Regional climate modeling systems
  • Statistical & dynamical Downscaling
  • Seasonal-2-Subseasonal predictions (1-6 months)
  • Very high resolution climate modeling for Greece (@5km spatial resolution)
• Understanding and processing of weather and climate patterns
  •  Statistical analysis of climate extremes
  •  Study of compound events
  • Causality and attribution of climate patterns
  • Environmental Impact Assessment of Climate Change and Extreme Events (fires, floods, sea waves, etc.) on Infrastructures, Society & Economy (tourism, agriculture, cultural heritage), Energy Sector (renewable energy), including the provision of climate services
• Climate mitigation / adaptation and disaster risk reduction
  • Hydro-meteorological analysis of complex risks – Emergency response plans
  • Resilience of communities, cities and interconnected critical infrastructures
  • Extreme weather / climate related risks
  • Development of environmental-energy-economic models based on the Input-Output Analysis