Visualisation for Participatory Coastal Zone Management: A Case Study of the Norfolk Coast, England

Jude, Simon; Jones, Andrew; Andrews, JE; Bateman, Ian J.

doi:10.2112/04-0294.1

Cited by 32 publications

(30 citation statements)

References 11 publications

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“…Figure 6: Introductory Displays from Bateman et al [2006] 13 The technology used to render these images is discussed in more detail by Jude et al [2006].…”

mentioning

confidence: 99%

Virtual experiments and environmental policy

Fiore

Harrison

Hughes

et al. 2009

Journal of Environmental Economics and Management

106

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“…Figure 6: Introductory Displays from Bateman et al [2006] 13 The technology used to render these images is discussed in more detail by Jude et al [2006].…”

mentioning

confidence: 99%

Virtual experiments and environmental policy

Fiore

Harrison

Hughes

et al. 2009

Journal of Environmental Economics and Management

106

View full text Add to dashboard Cite

“…A typology for uncertainty is still under discussion (Thompson, Hetzler et al 2005), and Jude et al (2006) suggest that images may have more potential than textual materialto illsutrate uncertainty effectively. Communicating uncertainty deserves more space than is available in this paper, but two options for this are coloured bands of low to high probability or simultaneous running of animations showing low and high probability SLR predictions.…”

Section: Communicating Uncertainty In the Visualisationsmentioning

confidence: 99%

Using Terrestrial Laser Scanning and Lidar Data for Photo-Realistic Visualisation of Climate Impacts at Heritage Sites

Nettley

Anderson

Silvey

et al. 2012

Int. Arch. Photogramm. Remote Sens. Spatial Inf. Sci.

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ABSTRACT:Remote sensing technologies such as terrestrial laser scanning (TLS) and light detection and ranging (LIDAR) can now provide accurate spatial data for describing topographic patterns in landscapes and mapping the fine geometric detail of complex structures. Interdisciplinary studies using such data for characterising heritage sites are now widespread, but it is less common for data derived from these technologies to be used in an operational setting to 'engage' local people with the idea of future change. Threedimensional landscape models using TLS and LIDAR are a powerful way of communicating climate change to lay audiences on a local level and the use of multi-scale spatial data can help to show the anticipated impacts of climate change at heritage sites. The aim of this paper is to present the results of a project designed to produce a photorealistic geospatial model of the historic quayside at Cotehele Quay, Cornwall, UK. Our central aim was to generate a spatially accurate and visually realistic three-dimensional model of the site for use in local engagement strategies. TLS and LIDAR data were collected and processed to produce a three-dimensional model. The key image processing stages included: registration to a national co-ordinate system, meshing using 3D reshaper and visualisation creation in 3DS Max. The resulting model will permit spatial consideration of the impact of management strategies at the site. The over-arching application of this method beyond the study site will provide a platform for discussion that addresses the needs of site managers and the expectations of local communities. * ajn203@exeter.ac.uk

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“…The first relates to governance and how it impacts on the formulation and delivery of coastal management responses (O'Riordan et al 2008) and the second relates to stakeholder participation and participatory techniques (Jude et al 2006;Milligan et al 2009). Experience from the second generation Shoreline Management Plan for sub-cell 3b (North Norfolk, UK) shows that these two elements are critical to successful shoreline management planning.…”

Section: Simulator Domain (Management Scale)mentioning

confidence: 99%

The Tyndall coastal simulator

et al. 2009

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The threat of sea-level rise and climate change means that coastal managers are being increasingly asked to make long-term assessments of potential coastal impacts and responses. In the UK, shoreline management planning (for flood and erosion hazards) and spatial planning now takes a 100 year perspective. An integrated framework across a wide range of physical and social issues is required for the assessment of coastal impacts and consequently for making sound management decisions. This paper provides an overview of the development of the 'Tyndall Coastal Simulator' including the underlying philosophy that is being followed. The Simulator is based on a series of linked climate models (CM) within a nested framework which recognises three spatial scales: (i) the global (GCM) scale; (ii) the regional scale and (iii) the Simulator Domain (a physiographic unit, such as a coastal sub-cell). Within the nesting, the larger scale provides the boundary conditions for the smaller scale. The models feed into each other and describe a range of relevant processes: sea level, tides, surges, waves, sediment transport and coastal morphology. Different climate scenarios, as well as the range of uncertainty, are being explored. Communication of results is a major issue and the Simulator includes a dedicated GIS-based user interface that allows a wide range of queries of model outputs. The paper demonstrates the possibility of developing an integrated framework that is multi-scale and capable of linking various models in order to simulate complex coastal processes and consequently allowing long-term assessments that are useful for setting future management plans

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Visualisation for Participatory Coastal Zone Management: A Case Study of the Norfolk Coast, England

Cited by 32 publications

References 11 publications

Virtual experiments and environmental policy

Virtual experiments and environmental policy

Using Terrestrial Laser Scanning and Lidar Data for Photo-Realistic Visualisation of Climate Impacts at Heritage Sites

The Tyndall coastal simulator

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