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Hands on Science to communicate innovations in research – engaging the public in coastal wave hazard measurements to inform management activities

Hands on Science to communicate innovations in research – engaging the public in coastal wave hazard measurements to inform management activities
Hands on Science to communicate innovations in research – engaging the public in coastal wave hazard measurements to inform management activities
Rising sea level is increasing the flood hazard from sea defence overtopping. New coastal schemes therefore need to be cost-effective and future-proofed. WireWall, with its portable, low cost measurement technology, is a system that can collect overtopping velocities and volumes to inform new scheme design and validate flood forecasting systems. Whilst the application of technology is important, it is equally vital that the scientific community actively engage with the public to raise awareness and understanding of coastal defence initiatives. To engage the public in understanding coastal hazard, how it is managed and how new advances in research informs management decisions, a portable demonstration model of the WireWall field rig has been developed. The tool is hands on, eye catching and user-friendly; and showcases new advances in technology to support coastal flood risk management thus educating the coastal community about changing hazard to promote public preparedness. This tool has successfully initiated in situ engagement between the public, coastal practitioners and researchers to develop support for a new scheme being planned at the WireWall study site. The future wellbeing of coastal communities depends on clear communication of new research that is making sense of changing seas. Here a methodology is presented that achieves just that. The communication facilitated through the design approach used to develop this tool, has turned knowledge and technological innovations into accessible information for government, business and the public.
21
National Oceanography Centre
Burgess, Jill
c8dd8650-f33e-4304-83c9-bd35feeb3502
Eastwood, Lisa
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Pinnell, Richard
e0d9104f-eaee-468e-831f-ac9c15a73300
Jones, Dave
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Broderick, Andrew
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Pascal, Robin W.
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Yelland, Margaret J.
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Cardwell, Christopher
c3e46533-dcc6-47f9-99e1-90aa27bd314d
Brown, Jennifer
05f555e9-8290-4e24-af47-de4772482673
Burgess, Jill
c8dd8650-f33e-4304-83c9-bd35feeb3502
Eastwood, Lisa
05113b25-dbd7-40b8-bb58-d9a62512f8b7
Pinnell, Richard
e0d9104f-eaee-468e-831f-ac9c15a73300
Jones, Dave
086db0b0-5975-4cc7-b02b-e0fbe841d61f
Broderick, Andrew
6fcb37f6-c9a4-432e-8007-a3710d9f73fa
Pascal, Robin W.
4e77e1e1-289b-4156-9310-4ab3287300c4
Yelland, Margaret J.
8ee38a8f-c6cc-4f96-9c7f-f184c2885b2e
Cardwell, Christopher
c3e46533-dcc6-47f9-99e1-90aa27bd314d
Brown, Jennifer
05f555e9-8290-4e24-af47-de4772482673

Burgess, Jill, Eastwood, Lisa, Pinnell, Richard, Jones, Dave, Broderick, Andrew, Pascal, Robin W., Yelland, Margaret J., Cardwell, Christopher and Brown, Jennifer (2020) Hands on Science to communicate innovations in research – engaging the public in coastal wave hazard measurements to inform management activities (National Oceanography Centre Internal Document, 21) Southampton, GB. National Oceanography Centre 41pp.

Record type: Monograph (Project Report)

Abstract

Rising sea level is increasing the flood hazard from sea defence overtopping. New coastal schemes therefore need to be cost-effective and future-proofed. WireWall, with its portable, low cost measurement technology, is a system that can collect overtopping velocities and volumes to inform new scheme design and validate flood forecasting systems. Whilst the application of technology is important, it is equally vital that the scientific community actively engage with the public to raise awareness and understanding of coastal defence initiatives. To engage the public in understanding coastal hazard, how it is managed and how new advances in research informs management decisions, a portable demonstration model of the WireWall field rig has been developed. The tool is hands on, eye catching and user-friendly; and showcases new advances in technology to support coastal flood risk management thus educating the coastal community about changing hazard to promote public preparedness. This tool has successfully initiated in situ engagement between the public, coastal practitioners and researchers to develop support for a new scheme being planned at the WireWall study site. The future wellbeing of coastal communities depends on clear communication of new research that is making sense of changing seas. Here a methodology is presented that achieves just that. The communication facilitated through the design approach used to develop this tool, has turned knowledge and technological innovations into accessible information for government, business and the public.

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Internal report Burgess_et_al_2018 - Version of Record
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Published date: 29 April 2020

Identifiers

Local EPrints ID: 439691
URI: http://eprints.soton.ac.uk/id/eprint/439691
PURE UUID: 0a6c279f-8613-4aa7-9522-99283950e06d

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Date deposited: 29 Apr 2020 16:34
Last modified: 12 Dec 2021 09:32

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Contributors

Author: Jill Burgess
Author: Lisa Eastwood
Author: Richard Pinnell
Author: Dave Jones
Author: Andrew Broderick
Author: Robin W. Pascal
Author: Margaret J. Yelland
Author: Christopher Cardwell
Author: Jennifer Brown

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