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Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts of the Wyre Barrage
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Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Dec 25, 2015

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Page 1: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Students: Thomas Hendrick and Aurelie Ballester

Supervisor: Dr George A Aggidis

4 February 2011

Societal Impacts of the Wyre Barrage

Page 2: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Overview

• Introduction

• Impacts on employment

• Impacts on leisure

• Impacts on tourism

• Impacts on property values

• Conclusions

La Rance tidal barrage

Page 3: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Introduction

Central locationCentral location

Northern locationNorthern location New northern locationNew northern location

Southern locationSouthern location

Page 4: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

New Northern Location

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Page 5: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Industry/Employment

• Local community benefits:• Reducing unemployment– Short-term: employment of construction workers from

both counties : about 600 people.– Construction formations could be planned previously to

have a local work force.– 17 people employed to operate on the barrage.– Medium- and long-term employment opportunity in

tourism related activities.

• Increase community friendship– Decrease criminality in Fleetwood.– Reduce tension between communities.

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Page 6: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Industry/Employment

• Local community conflicts– New uses of land, remediation costs.– Only construction sector and services will be

increase in the first time.– Conflicts between work force and local people

during the barrage construction.– Increase in traffic, noise and congestion.– Degradation of existing roads.

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New northern locationNew northern location

Page 7: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

A community project

• Wyre barrage will be led by a committee of locally elected people.– Local communities will benefit from all its outcomes.

• Wyre barrage could...– Be used as a flooding protection.– Facilitate implementation of new development

policies.– Improve infrastructure qualities and services.– Promote the use of renewable energy.– Be used in an educational purpose.– Improve the friendliness between the communities.

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Page 8: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Leisure/recreational activities

• Freshwater activities– new hot spot for

yachting, jet skiing and water skiing.

– fishing, walking, cycling, bathing, bait digging, mussel gathering, sailing, boat and shore angling, and shrimp push netting

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edwud.com

Page 9: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Leisure/recreational activities

• Nature and cultured activities– bird watching– visitor centre

• Promotion of the area

9bbc.co.uktelegraph.co.uk

Page 10: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Leisure/recreational

• Local community conflicts:– Disturbances generated by

tourists flow.– Feeling of invasion.– Location of water based

resort.– Modification of the landscape.– Impacts of leisure activities

on the Environment.– What will be the main use of

the estuary?

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Page 11: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Leisure/recreational

• The estuary would be especially good for leisure boating including:

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-Power boating -Water Skiing -Jet Skiing

Page 12: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Tourism

• Contribution of barrage in generating income from tourism: 12

£8 Million

Page 13: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Tourism

• It is believed that building the barrage would help make the area more attractive to tourists

• To see the barrage itself and Visitors Centre

• To participate in leisure craft activities in the estuary

• Increase in number of day trips

• Develop image and distinguish Fleetwood from Blackpool

Page 14: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Transport

• The issues regarding transport are:– The decision to build a road across the

barrage.

– How such a road would influence the traffic patterns on both communities?

– Are there benefits/drawbacks to building a road?

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Page 15: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

• With road– Reduce travel time

between Fleetwood to Knott End from 30 minutes to a few.

– Increase ability of Fleetwood residents to access Lancaster, Morecambe.

– Estimate 10,300 trips across the road each year.

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Transport

Page 16: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Transport

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• Without road– Preserve Knott End

separation.– No need to build

new roads across either the golf course, or through Knott End High Street.

– Ability to reduce traffic congestion in Fleetwood and Knott End.

Page 17: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Transport

• Opposition to a road is very strong in Knott End. It is so strong, that despite all the other benefits of building a tidal barrage, residents would vigorously oppose it.

• Therefore it seems most prudent to build a barrage without a road, but design the structure so that one day a road could be placed on top.

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Page 18: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Property Value

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Page 19: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Property Values

• Property along the dock will continue to see the dock instead of the estuary.

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Page 20: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Property Values

• Generally it is expected Fleetwood property values would stay the same or increase slightly.

• Any increase would come from increased demand due to growth, and economic revitalization of the area.

• Property driven growth about £8 million.

• Value of berths in the marine would increase. Potentially double with the northern location, and by 25% for the southern location.

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Page 21: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Property Values

• Biggest benefactor may be upstream communities who benefit from flood protection.

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Page 22: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Conclusion

• Increased employment:

• Increased property values:

• Increased trading to local economy:

• Contribution to new developments:

• Total increase to local economy:22

£9.3M

£8 M

£1 M

£8 M

£26.3 M

Page 23: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Conclusion

• Economic growth due to increase in tourism/leisure.

• Promoting Fleetwood culture heritage and identity.

• Build the barrage without a road.

• Increase property values all around the estuary.

• Provide reliable flood defence.

• Improve community relations.23

Page 24: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Student: Thomas Hendrick and Aurelie Ballester

Supervisor: Dr George A Aggidis

4 February 2011

Societal impacts of the Wyre barrage

Thank You

Page 25: Lancaster University Renewable Energy Group Students: Thomas Hendrick and Aurelie Ballester Supervisor: Dr George A Aggidis 4 February 2011 Societal Impacts.

Lancaster University Renewable Energy Group

Bibliography

• (1991). River Wyre Preliminary Feasibility Study: Tidal Energy Barrage and Road Crossing Final Report. D. o. Energy, Lancashire City Council: 258-310.

• (2007). Turning the Tide, Tidal Power in the UK, Sustainable Development Commission

• Craig, J., H. Rudd, et al. (2007). Seven UK Tidal Energy Case Studies, Sustainable Development Commission: 125-138.

• Areal maps courtesy Google Maps

• Images courtesy Microsoft Word clip art.

• http://www.lifeinfleetwood.co.uk/2008/04/23/victoria-street-by-bill-curtis/

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