Case study:Kensworth Quarry Chalk Pit Site Restoration: Difference between revisions

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{{Project overview
{{Project overview
|Project title=Kensworth Quarry Chalk Pit Site Restoration
|Status=Planned
|Status=Planned
|Country=England
|Country=England
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|Main contact surname=Hillier
|Main contact surname=Hillier
|Contact organisation=Ver Valley Society
|Contact organisation=Ver Valley Society
|Name of parent multi-site project=Case_study:Kensworth Quarry Chalk Pit Restoration
|Multi-site=No
|Multi-site=No
|Name of parent multi-site project=Case_study:Kensworth Quarry Chalk Pit Restoration
|Project summary=Kensworth Quarry is the Us largest chalk quarry and one of the largest in the world. It is located on the top of the Chilterns ridge close to the head valleys of the River Ver.   
 
Production from the quarry is due to end within the next decade after which the site will be subject to a site restoration program.
 
It is proposed to evaluate the technical and commercial feasibility of using the chalk pit as a perched reservoir to provide a wetland natural habitat of national significance, to provide pumped hydro energy storage for local renewable energy generation plants, and to provide head water support to the River Ver for up to three months per year.
|Project title=Kensworth Quarry Chalk Pit Site Restoration
}}
}}
{{Image gallery}}
{{Image gallery}}

Latest revision as of 18:49, 2 September 2022

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Location: 51° 51' 56.35" N, 0° 31' 15.49" W
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Project overview

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Status Planned
Project web site
Themes
Country England
Main contact forename Adam
Main contact surname Hillier
Main contact user ID
Contact organisation Ver Valley Society
Contact organisation web site
Partner organisations
Parent multi-site project

Case_study:Kensworth Quarry Chalk Pit Restoration

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encompassing the following
projects
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Project summary

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Kensworth Quarry is the Us largest chalk quarry and one of the largest in the world. It is located on the top of the Chilterns ridge close to the head valleys of the River Ver.

Production from the quarry is due to end within the next decade after which the site will be subject to a site restoration program.

It is proposed to evaluate the technical and commercial feasibility of using the chalk pit as a perched reservoir to provide a wetland natural habitat of national significance, to provide pumped hydro energy storage for local renewable energy generation plants, and to provide head water support to the River Ver for up to three months per year.

Monitoring surveys and results

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Lessons learnt

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Catchment and subcatchment



Site

Name
WFD water body codes
WFD (national) typology
WFD water body name
Pre-project morphology
Reference morphology
Desired post project morphology
Heavily modified water body
National/international site designation
Local/regional site designations
Protected species present
Invasive species present
Species of interest
Dominant hydrology
Dominant substrate
River corridor land use
Average bankfull channel width category
Average bankfull channel width (m)
Average bankfull channel depth category
Average bankfull channel depth (m)
Mean discharge category
Mean annual discharge (m3/s)
Average channel gradient category
Average channel gradient
Average unit stream power (W/m2)


Project background

Reach length directly affected (m)
Project started
Works started
Works completed
Project completed
Total cost category
Total cost (k€)
Benefit to cost ratio
Funding sources

Cost for project phases

Phase cost category cost exact (k€) Lead organisation Contact forename Contact surname
Investigation and design
Stakeholder engagement and communication
Works and works supervision
Post-project management and maintenance
Monitoring



Reasons for river restoration

Mitigation of a pressure
Hydromorphology
Biology
Physico-chemical
Other reasons for the project


Measures

Structural measures
Bank/bed modifications
Floodplain / River corridor
Planform / Channel pattern
Other
Non-structural measures
Management interventions
Social measures (incl. engagement)
Other


Monitoring

Hydromorphological quality elements

Element When monitored Type of monitoring Control site used Result
Before measures After measures Qualitative Quantitative

Biological quality elements

Element When monitored Type of monitoring Control site used Result
Before measures After measures Qualitative Quantitative

Physico-chemical quality elements

Element When monitored Type of monitoring Control site used Result
Before measures After measures Qualitative Quantitative

Any other monitoring, e.g. social, economic

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Before measures After measures Qualitative Quantitative


Monitoring documents



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Supplementary Information

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