Case study:Bowston Weir Removal: Difference between revisions
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|Approval status= | |Approval status=Approved | ||
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{{Project overview | {{Project overview | ||
|Status= | |Status=Complete | ||
|Project web site url=scrt.co.uk/what-we-do/current-projects/bowston/ | |||
|Themes=Flood risk management, Habitat and biodiversity, Hydromorphology, Social benefits | |Themes=Flood risk management, Habitat and biodiversity, Hydromorphology, Social benefits | ||
|Country=England | |Country=England | ||
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|Project picture=20220630 115303.jpg | |Project picture=20220630 115303.jpg | ||
|Picture description=Bowston weir removal | |Picture description=Bowston weir removal | ||
|Project summary=Bowston weir is the first weir to be removed on the River Kent Site of Special Scientific Interest and Special Area of Conservation (SSSI/SAC). Bowston weir removal forms part of the Cumbria River Restoration Strategy (CRRS) which aims to restore the three Cumbrian SSSI/SAC rivers to their natural form and function and help them achieve Favourable Condition. | |Project summary=Bowston weir is the first weir to be removed on the River Kent Site of Special Scientific Interest and Special Area of Conservation (SSSI/SAC). Bowston weir removal forms part of the Cumbria River Restoration Strategy (CRRS) which aims to restore the three Cumbrian SSSI/SAC rivers to their natural form and function and help them achieve Favourable Condition. Additional benefits include improved migration, biodiversity net gain, improved navigation and a reduced flood risk to local residents. | ||
|Monitoring surveys and results=1. Baseline data includes fish surveys and other ecological parameters, topographical and bathymetrical surveys, drone surveys and walk over fluvial audits. | |Monitoring surveys and results=1. Baseline data includes fish surveys and other ecological parameters, topographical and bathymetrical surveys, drone surveys and walk over fluvial audits. | ||
2. Post-removal data collection continued immediately after the weir removal to track the immediate change in river processes and hydrological conditions. | 2. Post-removal data collection continued immediately after the weir removal to track the immediate change in river processes and hydrological conditions. | ||
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|Caption=Picture by cbec | |||
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|File name=Post flood (1).mp4 | |||
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|Control site used=No | |Control site used=No | ||
|Result=Improvement | |Result=Improvement | ||
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{{Hydromorphological quality element table row | |||
|Element=Continuity of sediment transport | |||
|Monitored before=Yes | |||
|Monitored after=Yes | |||
|Qualitative monitoring=Yes | |||
|Quantitative monitoring=Yes | |||
|Control site used=No | |||
|Result=Improvement | |||
}} | |||
{{Hydromorphological quality element table row | |||
|Element=Quantity & dynamics of flow | |||
|Monitored before=Yes | |||
|Monitored after=Yes | |||
|Qualitative monitoring=Yes | |||
|Quantitative monitoring=Yes | |||
|Control site used=No | |||
|Result=Improvement | |||
}} | |||
{{Hydromorphological quality element table row | |||
|Element=Continuity for organisms | |||
|Monitored before=No | |||
|Monitored after=Yes | |||
|Qualitative monitoring=No | |||
|Quantitative monitoring=Yes | |||
|Control site used=No | |||
|Result=Awaiting results | |||
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{{Biological quality elements header}} | {{Biological quality elements header}} | ||
{{Biological quality element table row | |||
|Monitored before=No | |||
|Monitored after=No | |||
|Qualitative monitoring=No | |||
|Quantitative monitoring=No | |||
|Control site used=No | |||
}} | |||
{{End table}} | {{End table}} | ||
{{Physico-chemical quality elements header}} | {{Physico-chemical quality elements header}} | ||
{{End table}} | {{End table}} | ||
{{Other responses header}} | {{Other responses header}} | ||
{{Other response table row | |||
|Element=Flood risk management | |||
|Monitored before=Yes | |||
|Monitored after=Yes | |||
|Qualitative monitoring=Yes | |||
|Quantitative monitoring=Yes | |||
|Control site used=No | |||
|Result=Improvement | |||
}} | |||
{{Other response table row | |||
|Element=Bat Survey | |||
|Monitored before=Yes | |||
|Monitored after=No | |||
|Qualitative monitoring=No | |||
|Quantitative monitoring=No | |||
|Control site used=No | |||
|Result=Awaiting results | |||
}} | |||
{{Other response table row | |||
|Element=Bathymetric Survey | |||
|Monitored before=Yes | |||
|Monitored after=Yes | |||
|Qualitative monitoring=Yes | |||
|Quantitative monitoring=Yes | |||
|Control site used=No | |||
|Result=Improvement | |||
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{{Other response table row | |||
|Element=general assessment of habitat quality and diversity (repeat photography) | |||
|Monitored before=Yes | |||
|Monitored after=No | |||
|Qualitative monitoring=No | |||
|Quantitative monitoring=No | |||
|Control site used=No | |||
|Result=Awaiting results | |||
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{{End table}} | {{End table}} | ||
{{Monitoring documents}} | {{Monitoring documents}} |
Latest revision as of 10:29, 6 July 2023
Project overview
Status | Complete |
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Project web site | http://scrt.co.uk/what-we-do/current-projects/bowston/ |
Themes | Flood risk management, Habitat and biodiversity, Hydromorphology, Social benefits |
Country | England |
Main contact forename | Peter |
Main contact surname | Evoy |
Main contact user ID | User:South Cumbria Rivers Trust |
Contact organisation | South Cumbria Rivers Trust |
Contact organisation web site | http://scrt.co.uk |
Partner organisations | |
Parent multi-site project | |
This is a parent project encompassing the following projects |
No |
Project summary
Bowston weir is the first weir to be removed on the River Kent Site of Special Scientific Interest and Special Area of Conservation (SSSI/SAC). Bowston weir removal forms part of the Cumbria River Restoration Strategy (CRRS) which aims to restore the three Cumbrian SSSI/SAC rivers to their natural form and function and help them achieve Favourable Condition. Additional benefits include improved migration, biodiversity net gain, improved navigation and a reduced flood risk to local residents.
Monitoring surveys and results
1. Baseline data includes fish surveys and other ecological parameters, topographical and bathymetrical surveys, drone surveys and walk over fluvial audits.
2. Post-removal data collection continued immediately after the weir removal to track the immediate change in river processes and hydrological conditions.
3. Continued collection and analysis following geomorphologically effective flow events has provided valuable monitoring data to identify positive changes in the river dynamics, improved sediment flux through the system, enhancement to the now varied ecosystem.
Lessons learnt
SCRT created a Local Community Engagement Plan with local representatives which explained how, what and when we would communicate with local stakeholders and the public. This was extremely effective in setting out our engagement responsibilities and ensured a standardised approached to our communications.
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Other case studies in this subcatchment: Lake District Foundation - Building future environmental investment
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Reasons for river restoration
Measures
MonitoringHydromorphological quality elements
Biological quality elements
Physico-chemical quality elements
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Monitoring documents
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