Innovative approach in the stabilisation of coastal slopes

Research output: Contribution to journalArticle

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Abstract

Coastal slope instability poses a risk to life and material property and is of great concern in times of climate change posing challenges as communities seek to adapt and ensure resilience. This paper presents two case studies of coastal slope stabilisation efforts from Scotland and reflects the growing difficultly faced by coastal communities who value intervention but are limited by uncertain ownership, funding and access to expertise. In both cases the slopes are owned by private charities with no power of authorisation or means of procuring stabilisation works to protect the adjacent communities. The engineering solutions included an innovative ecoengineering component where vegetation was used to perform an engineering function. Based on the experience with these projects, we advocate this sustainable technique supported by the evidence from monitoring and testing. The case studies emphasise the importance of engaging with the community as a means to achieving acceptance for a workable solution as well as participation in its long term development. Another significant observation was the contribution played by establishing a learning culture which is supported through inter and intra project knowledge transfer deemed necessary to promote the necessary double loop learning evident in these projects.
Original languageEnglish
Pages (from-to)15-24
Number of pages10
JournalProceedings of the ICE - Engineering Sustainability
Volume171
Issue number1
Early online date24 Nov 2016
DOIs
Publication statusPublished - Feb 2018

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stabilization
engineering
learning
Stabilization
case studies
ownership
funding
Climate change
Scotland
slope stabilization
community
Materials properties
Learning
climate change
Charities
learning culture
vegetation
Monitoring
monitoring
Ownership

Keywords

  • sustainability
  • slopes stabilization
  • knowledge management
  • geotechnical engineering
  • coastal engineering
  • sustainabilty

Cite this

@article{fabbfceb2e3b45a391cd95eea1e50f7f,
title = "Innovative approach in the stabilisation of coastal slopes",
abstract = "Coastal slope instability poses a risk to life and material property and is of great concern in times of climate change posing challenges as communities seek to adapt and ensure resilience. This paper presents two case studies of coastal slope stabilisation efforts from Scotland and reflects the growing difficultly faced by coastal communities who value intervention but are limited by uncertain ownership, funding and access to expertise. In both cases the slopes are owned by private charities with no power of authorisation or means of procuring stabilisation works to protect the adjacent communities. The engineering solutions included an innovative ecoengineering component where vegetation was used to perform an engineering function. Based on the experience with these projects, we advocate this sustainable technique supported by the evidence from monitoring and testing. The case studies emphasise the importance of engaging with the community as a means to achieving acceptance for a workable solution as well as participation in its long term development. Another significant observation was the contribution played by establishing a learning culture which is supported through inter and intra project knowledge transfer deemed necessary to promote the necessary double loop learning evident in these projects.",
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note = "Accepted: 11-10-16 (in SAN) AAM: uploaded 14-10-16; 12m embargo (see publisher policy, not listed in Romeo) No funder info",
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Innovative approach in the stabilisation of coastal slopes. / Mickovski, Slobodan; Thomson, Craig.

In: Proceedings of the ICE - Engineering Sustainability, Vol. 171, No. 1, 02.2018, p. 15-24.

Research output: Contribution to journalArticle

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AB - Coastal slope instability poses a risk to life and material property and is of great concern in times of climate change posing challenges as communities seek to adapt and ensure resilience. This paper presents two case studies of coastal slope stabilisation efforts from Scotland and reflects the growing difficultly faced by coastal communities who value intervention but are limited by uncertain ownership, funding and access to expertise. In both cases the slopes are owned by private charities with no power of authorisation or means of procuring stabilisation works to protect the adjacent communities. The engineering solutions included an innovative ecoengineering component where vegetation was used to perform an engineering function. Based on the experience with these projects, we advocate this sustainable technique supported by the evidence from monitoring and testing. The case studies emphasise the importance of engaging with the community as a means to achieving acceptance for a workable solution as well as participation in its long term development. Another significant observation was the contribution played by establishing a learning culture which is supported through inter and intra project knowledge transfer deemed necessary to promote the necessary double loop learning evident in these projects.

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