This week the Department for Environment Food and Rural Affairs or Defra have launched the Water Restoration Fund (WRF). The fund has two types of grants, development and delivery awards. They both fund projects that restore and improve water and wetland environments such as:
- rivers and their headwaters
- canals
- lakes
- ponds
- wetlands – both freshwater and saltwater
- estuarine waters
Projects delivered through the Water Restoration Fund could be informed by recent research at The University of Essex.
Dr Martin Wilkes (University of Essex) completed a study prioritising river restoration actions in England, now accepted for publication in the international journal River Research and Applications. Along with collaborators from the River Restoration Centre, University of Leeds and UK Centre for Ecology & Hydrology, Dr Wilkes analysed more than 30 million freshwater invertebrate abundance records to predict the contributions of four major restoration actions to the achievement of national species abundance targets under alternative climate change and socioeconomic scenarios. The team found that a combination of morphological restoration (e.g. re-meandering, weir removal) with reductions in in nitrate and phosphorus concentrations were priority actions in most areas – including Essex and Suffolk (Figure 1). The accepted manuscript can be read in full here.
Figure 1. Projected contributions of four river restoration actions to the species abundance target, including abstraction (reductions in water withdrawals), morphology (removal of channel modifications), nitrates (50% reductions relative to long-term mean concentrations) and total dissolved phosphorus (TDP; 50% reductions relative to long-term mean concentrations). TRUE indicates that the action was identified as part of an optimal restoration strategy in that area under most climate and socioeconomic scenarios.
The results are already being considered by Defra to gauge the scale of effort required to deliver the species abundance targets. In combination with local knowledge, the findings could also be used to inform the design of local river restoration schemes – including those delivered through the Water Restoration Fund. The team are actively developing a tool to enable river restoration practitioners to explore the findings in more detail, and plan integrate a wider range of targets and restoration actions in the near future.
Anyone interested in exploring how the approach can be used to support local river restoration designs can contact Martin on m.wilkes@essex.ac.uk.
Please see here for guidance and the application form.
Applications for all grants are open until 11.59pm on Friday 7 June 2024.