Flooding & Coastal Erosion
Tackling water & environment challenges is a win-win
There is no escaping the fact that we are facing serious global challenges when it comes to water. Growing populations, climate-change driven extreme weather events that result in shocks to our natural and built environment, depleted groundwater supplies, pollution from agriculture, industry and sewage… the list goes on.
CREW Programme Report 2016-2022
A review of the risks to water resources in Scotland in response to climate change
There is “irrefutable evidence” that the global climate is changing due to human activities. Even in ‘water rich’ countries like Scotland, these changes will have implications for the future of water resources. In Scotland, changes in rainfall patterns (spatially, temporally, and seasonally), together with the frequency and magnitude of extreme weather events including flood and drought, would result in significant challenges for Scotland’s key industries including the water sector. Such changes will impact drinking water supply, energy, agriculture, economic activity, and supply chains.
Water Wall in Motion: Winners!
Winners announced at World Water Day!
In March 2020 when the pandemic succeeded to 'lock Scotland down', CREW, in partnership with SEFARI Gateway, SAGES and HEIs, opened a video competition to virtually engage Scotland’s water community and share contemporary views of the importance of water in research, management, innovation and recreation.
Videos were submitted to one of seven thematic areas and were captured online for future use as a teaching resource and to promote wider engagement of our water community.
Effective future communication of flood risk in Scotland
Effective future communication of flood risk in Scotland
This project investigated how to effectively communicate future flood risk and flood risk-related climate change in Scotland, including considering tools and methodologies that currenty exist, and how flood risk can be communicated more effectively to technical and non-technical audiences in future. It conducted a Rapid Evidence Assessment (REA) of literature alongside interviews and workshops with key stakeholders.
A journey along the River Dee, NE Scotland
Evaluating an upland NFM hydrometric network: implications for future monitoring
This project sought to assess the hydrometric network of the River Knaik catchment (37 km2) in Perthshire in terms of fitness for purpose and quality of the data collected to date for evaluating Natural Flood Management (NFM) measures. Rainfall and stream gauges were installed to measure the hydrological response to land use changes brought about by NFM. This evidence was needed to evaluate NFM in the catchment and inform future schemes.