Success story

Urban resilience to extreme weather - climate service

Profile

The three e-shape pilots provide sub-seasonal and seasonal forecasts, as well as climate projections for European cities in Finland, Germany and Austria. The developed processing chains can be the starting point for further applications for smart cities. The e-shape pilots will increase the preparedness and response to hazardous weather conditions (e.g. snow accumulation, heavy precipitation, heat waves and dry spells) and climate hazards. They support the progress in achieving the United Nations Sustainable Development Goal 11 (sustainable cities and communities).

Proposal

Sub-seasonal and seasonal forecasts for urban areas help the cities authorities preparing for hazardous summer and winter weather conditions (e.g. disaster risk reduction management against “urban” heat). The pilot on winter snow accumulation in Helsinki is a good example of how the sub-seasonal and seasonal forecast inclusion help city authorities planning their requirements of street network maintenance during winter. The urban climate projections provide the climatological scientific basis for mid-term and long-term human settlements planning and management especially against heat in disaster-prone areas.

Benefits

  • Beneficial and user-friendly sub-seasonal and seasonal climate forecasts, as well as climate projection products and indicators for city authorities
  • Increased preparedness of city authorities and decrease the vulnerability of urban population to hazardous weather events and risks caused by climate variability and climate change
  • Increased awareness among stakeholders in European cities interested to adapt to the consequences of climate variability and climate change and include the services as part of their decision chains
  • Support of climate adaptation on the local scale; strengthening resilience and adaptive capacity

Compare products

0 products added

Compare
services

Related Content

EO based phytoplankton biomass service
Inland Water, Assess and monitor water bodies   , Local and regional planners, Regional governments, City authorities, Environment, Utilities (water, electricity, waste) , Water plants, Coastal management agencies
Using knowledge about how certain substances, such as one of the main pigments of the phytoplankton (Chlorophyll a - Chl a) alter the colour of the water, these parameters can be derived from optial Earth Observation (EO) satellite sensors. Water Insight provides monitoring services of Chl a based on EO data which is validated with in situmeasurements. Also the maps of WFD phytoplankton biomass status classes are created, by application of the WFD tresholds on Chl a as a proxy for phytoplankton biomass. The maps are made available in a portal, which allows to follow the lakes in time, zoom and download maps and time series.
Added
Added
EO-based DSS for growers
Agriculture, Farming
Integrated free and open data from the Earth Observation into the decision support system (DSS) for growers around the world to improve daily decision making.
Added
Added