Case study:Limestone Ribble Restoration Project: Difference between revisions

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|Multi-site=No
|Multi-site=No
|Project summary=Limestone Ribble Restoration is a partnership project that will use CRF funds to improve watercourses in an area of the Ribble Catchment that has been quarried, farmed and industrialised for hundreds of years. The degraded habitat, diffuse pollution and obstructions to fish passage are causing certain watercourses in this area to fail to meet the required standards under the Water Framework Directive (WFD).
|Project summary=Limestone Ribble Restoration is a partnership project that will use CRF funds to improve watercourses in an area of the Ribble Catchment that has been quarried, farmed and industrialised for hundreds of years. The degraded habitat, diffuse pollution and obstructions to fish passage are causing certain watercourses in this area to fail to meet the required standards under the Water Framework Directive (WFD).
Through restoration work, the project will address issues including:
Through restoration work, the project will address issues including: unnatural flow regimes caused by upland grips; sediment which has a direct adverse effect on water quality; barriers to fish migration, preventing fish from reaching habitat that modelling shows they should be present in; interrupted natural downstream movement of substrate which reduces spawning habitat for salmonids; fertiliser run off into rivers which can cause nutrient enrichment and impact negatively on river ecology; expected rise in river water temperature associated with climate change; failed bathing water standard in coastal reaches due to presence of excess pathogens attributable to upstream sources.
 Unnatural flow regimes caused by upland grips.
 Sediment which has a direct adverse effect on water quality.
 Barriers to fish migration, preventing fish from reaching habitat that modelling shows they should be present in.
 Interrupted natural downstream movement of substrate which reduces spawning habitat for salmonids.
 Fertiliser run off into rivers which can cause nutrient enrichment and impact negatively on river ecology.
 Expected rise in river water temperature associated with climate change.
 Failed bathing water standard in coastal reaches due to
presence of excess pathogens attributable to upstream sources.
}}
}}
{{Case study subcatchment}}
{{Case study subcatchment}}

Revision as of 07:14, 5 August 2013

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Project overview

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Status In progress
Project web site
Themes Economic aspects, Habitat and biodiversity, Hydromorphology, Social benefits, Water quality
Country England
Main contact forename John
Main contact surname Milne
Main contact user ID
Contact organisation
Contact organisation web site
Partner organisations Yorkshire Dales Millennium Trust, Yorkshire Dales National Park, Settle Anglers Association, Wild Trout Trust, Woodland Trust, Durham University, Halton West Estate
Parent multi-site project
This is a parent project
encompassing the following
projects
No
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Project summary

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Limestone Ribble Restoration is a partnership project that will use CRF funds to improve watercourses in an area of the Ribble Catchment that has been quarried, farmed and industrialised for hundreds of years. The degraded habitat, diffuse pollution and obstructions to fish passage are causing certain watercourses in this area to fail to meet the required standards under the Water Framework Directive (WFD). Through restoration work, the project will address issues including: unnatural flow regimes caused by upland grips; sediment which has a direct adverse effect on water quality; barriers to fish migration, preventing fish from reaching habitat that modelling shows they should be present in; interrupted natural downstream movement of substrate which reduces spawning habitat for salmonids; fertiliser run off into rivers which can cause nutrient enrichment and impact negatively on river ecology; expected rise in river water temperature associated with climate change; failed bathing water standard in coastal reaches due to presence of excess pathogens attributable to upstream sources.

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Catchment and subcatchment

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Site

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Project background

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Reasons for river restoration

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Measures

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Monitoring

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quality elements
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