Powick weir public drop-in event
Environment Agency is holding a public drop-in to update interested parties about changes to Powick weir.
Powick weir
The drop-in session will be held on Monday 18 September 2017, 2pm to 6:30pm at:
Callow End Village Hall
Upton Road
Callow End
Worcester
WR2 4TA
The Environment Agency is a partner in a major project - Unlocking the Severn - which aims to significantly increase populations of fish on the rivers Severn and Teme by removing barriers and enabling fish to migrate upstream to their historic breeding grounds. Through work at a number of key sites on both rivers, including Powick weir, the project will reopen 250km of river habitat for all fish species and secure the UK breeding population of the rare twaite shad.
As owners of Powick weir, the Environment Agency investigated options which would maintain and improve fish stocks in the River Teme. When assessing options to improve fish passage, each weir is considered carefully from environmental, navigational, operational and flood risk perspectives. The Environment Agency has fully considered the options available for fish passage and is confident that partial weir removal is the best solution for this location as it will achieve the best long term environmental benefit for the River Teme.
David Clarke, Project Executive from the Environment Agency said:
Weirs are physical barriers to fish migration and great progress has been made in enabling fish to access the upper reaches of rivers again in recent years.
Over the last year we have carried out detailed assessments, habitat and aerial surveys, and modelling work to plan the best solution for the Powick weir site - for improved fish passage and to assist the natural recovery of the river. The upcoming drop-in event is an opportunity to provide an update to interested parties on our plans, ahead of work starting in June 2018.
There will be information displays and representatives from the Environment Agency available at the session to answer questions and to discuss the scheme in greater detail.