Skip to navigation Skip to content

GIS

Scotland's Soil Data (Research Page)

To view a wide range of soil and land capability maps online please visit Scotland's Soils website or the National Library of Scotland where you can view a selection of the published 1:63,360 (1 inch to the mile) scale maps. A ... Read more

References to GreenHealth research project (Project)

The GreenHealth project, and its findings, are referenced by the following research teams or outputs:   ... Read more

Soils Maps of Scotland (Research Page)

To celebrate World Soils Day on the 5th December and the start of the International Year of Soils, we have made available for download scanned copies of the original seven 1:250,000 scale soil maps of Scotland and the accompanying ... Read more

Soils@Hutton - Soil data and maps (Research Page)

National Soils Database ... Read more

Greenspace Data (Research Page)

Data sources ... Read more

Green Health Project Scientific Publications (Project)

Publications and Knowledge Exchange Project outputs include a number of papers in scientific journals, conferences, and events for stakeholders. Examples of such outputs follow: ... Read more

Green Health Project Research Team (Project)

James Hutton Institute ... Read more

LandSFACTS downloads (Research Page)

The LandSFACTS software is available in several formats: with graphical interface, helpfile and tutorial [XP, W7], cf. below command-line [XP, W7, W7 x64, Linux x64], by request dynamic libraries [XP, W7, W7 x64, Linux x ... Read more

LandSFACTS publications (Research Page)

Publications relating to the LandSFACTS model. ... Read more

LandSFACTS model details (inputs/outputs) (Research Page)

The LandsFACTS model was originally (v1.6) set up to simulate cropping systems at the landscape scale. Since 2007, it was further developed to allow modelling land uses at multiple scales within an evolving environment. The diagra ... Read more

LandSFACTS (Research Page)

LANDscape Scale Functional Allocation of Crops Temporally and Spatially ... Read more

Scenarios and land use futures (Research Page)

Environmental, economic and social issues associated with agriculture are often fundamental for rural prosperity and sustainability, with consequent implications for any debate about future land use. A key to supporting the planni ... Read more

Realising Land's Potential stakeholder engagement events (Research Page)

Stakeholder engagement events relating to theme topics Health and wellbeing conferences and workshops Date Title Theme role Venue 25 November 2013 ... Read more

Natural resource datasets and databases (Research Page)

Soil mapping ... Read more

Greenhealth (Environment and Human Health – EHH) (Project)

The aim of this project was to test the importance of factors associated with public and individual perceptions, and actual measures, of the environment, and measures of its character, directly related to people’s health and ... Read more

Developing a method to provide data on culverts for the Scottish Detailed River network initiative (Project)

The aim of this project was to assist in producing a Detailed River Network as required by the Flood Risk Management (Scotland) Act 2009. Funding was provided by CREW (Scotland’s Centre of Expertise for Waters) and it ran fr ... Read more

Water, health and wellbeing (Blue Health) (Project)

Project aim This aim of this project was to aid consideration of thinking of policy and practice linked to well-being and water. Funding was provided by Scotland’s Centre of Expertise for Waters (CREW) and it ran from ... Read more

Information and Computational Sciences
Information and Computational Sciences
Landscape and Visualisation Modeller
chen.wang@hutton.ac.uk
+44 (0)344 928 5428 (*)

The James Hutton Institute
Craigiebuckler
Aberdeen AB15 8QH
Scotland UK

 

Dr Chen Wang is a Landscape and Visualisation Scientist, who joined the Information and Computational Sciences group at the James Hutton Institute in 2010.

Current research interests

His research interests include 3D modelling of landscapes; Integrating virtual environment with Remote Sensing and GIS for land and sea planning; Urban environment modelling and reconstruction; Augmented Reality visualization; Character and traffic animation; 3D flooding modelling and simulation for monitoring and management.

He is also interested in designing combination approaches for representation and assessment of 3D virtual environment in land planning and management.

Recent Projects:

European Union

External Projects          

Scottish Government

Past research

Some 3D Visualisation Projects are listed below:

Integration of GIS and Virtual Reality for Future Land-Use: A Case Study from Royal Deeside

A 3D model of Aboyne was developed to present information on land-use as part of a knowledge exchange programme. This was implemented as a tool for eliciting stakeholder and public opinions on benefits associated with land-use. Multiple functionalities of the interactive models for the case study area have been designed and tested among participants such as: ‘drag-and-drop’ features. It allows audiences to choose where they would like to position elements was added based on a series of 3D icons. The virtual reality environment (Virtual Landscape Theatre) was used as the medium with invited groups from schools and youth groups, university students, natural heritage managers, planners, and the general public, enabling fly-through, exploring specific views, and switching between presence and absence of some wildlife.

Moving Forward from Ash Dieback: Scenarios of Change in Visualisation

The approach taken was to present the information in an interactive highly visual way by developing a 3D model using Maya software and generating trees showing various stages of infection. Take the video walk-through of a virtual reality model of a hypothetical woodland in north-west Scotland to learn what signs to look for, informing you of a woodland being infected (red sign) or uninfected (blue sign), photographs of symptoms of the disease, and view scenarios of the loss of ash trees and regeneration of woodland trees.

Offshore Renewable, West Coast

A prototype 3D model was developed to present alternative designs of a hypothetical windfarm offshore of the island of Tiree, on the west coast of Scotland. The model was used to identify issues associated with the development of offshore windfarms, including alternative options for the heights of wind turbines, and factors such as sea state and atmospheric visibility.

Community Planning and Engagement for Greenspace Using 3D Visualisation Tools

This research describes the findings of engagement with local communities in a case study in Dundee identifying scenarios of potential greenspace content, use, and environments conducive to health and well-being. 3D visualisation tools were used to present multiple functions of the greenspace, community-identified priorities and the introduction of potentially new 3D features such as dog exercise area, shelter for adults, barbeque equipment and car parking. 

Public Interpretation of Land and Sea Use Using Visualisation Tools

Prototype 3D models offer greater flexibility in delivering a comprehensive creative features set with tools for animation, modeling, simulation and rendering in Loch Linnhe.

Developing a Novel Approach for 3D Visualisation of Tarland

It is important for development of prototype models for use in raising public awareness of changes in rural areas, focusing on greenspaces, and testing responses to scenarios of change. Specifically, the focus is on the design of appropriate types and speeds of movement of features. This modelling is done using the Maya and ArcGIS software packages together in a novel combination of spatial and visualisation tools. The experiment results show evidence that different types of animation with interactive communication will influence participation and decision making in land use planning.

Animation of Undersea Environment, with Movement of Fish,Water,Shadows and Flora

The model includes the representation of lighting and consequent illumination and reflections, and the movement of the sea surface. It includes marine flora and fauna such as starfish, sea weed, sea grass, sea anemone, shell, fan coral, coral reef rocks with lobster, crabs, dolphins, and other fish. This model is the basis of an animation of a hypothetical marine environment for discussing issues relating to potential impacts of change and the introduction of man-made structures, such as renewable energy developments.

Visualise Offshore Oil Platform with Different Sea State

The 3D model of Oil Platform incorporates different sea states, according to the World Meteorological Organisation 0-9 scale. The 3DS Max software is used to develop the sea states. The ‘Tide Height’ parameter is used to determine the height of nominal plane of the sea surface for computing reflections.

Renewable Energy, Solar Farm Visualisation

A prototype 3D model was developed to present alternative designs of a hypothetical Solar Farm. In the online version there could be different layers people could click on or off and add comments.

Bibliography

  • Wang, C.; Miller, D.; Jian, Y.; Brown, I., (2016) Integration of GIS and virtual reality for future land-use: A case study from Royal Deeside., 24th GIS Research UK (GISRUK2016) Conference, University of Greenwich, London, 30 March - 1 April 2016.
  • Wang, G.; Donaldson-Selby, G.; Miller, D.R., (2016) 3D GIS approach for flood risk management., Joint Workshop - British Council Newton Fund Researcher Links, "OPTIMISTIC": floOd PredicTIon and Management In Steep urbanIsing Catchments, 11-14 September 2016.
  • Wang, C.; Miller, D.; Brown, I.; Jian, Y., (2016) Public participation to support wind energy development: The role of 3D GIS and virtual reality., Proceedings of 24th International Conference in Central Europe on Computer Graphics, Visualization and Computer Vision, 2016, Plzen, Czech Republic, 30 May - 3 June 2016. (Peer-reviewed).
  • Wang, C.; Jiang, Y.; Xie, H.; Miller, D.R.; Brown, I., (2016) Development of a flood warning simulation system: a case study of 2007 Tewkesbury flood., Floodrisk 2016, 3rd European Conference on Flood Risk Management, Lyon, France, 17-21 October 2016. E3S Web of Conferences, Volume 7, Article No. UNSP 18021.
  • Munoz-Rojas, J.; Miller, D.R.; Horne, P.; Towers, W.; Morrice, J.; Wang, C.; Stannard, C-A., (2013) Scottish Government consultation on National Planning Framework 3., Public Consultation on National Planning Framework 3.

  • Wang, C.; Miller, D.R.; Jiang, Y.; Horne, P.; Morrice, J., (2012) Integration of Maya and ArcGIS: A new approach to representation in virtual., Design and Decision Support Systems, Eindhoven, August 2012.

  • Wilkinson, M.E.; Wang, C., (2017) A review of spatial (GIS) tools to aid in the placement of measures which disconnect flow pathways in the farmed landscape., RESAS Report.
  • Miller, D.R.; Donaldson-Selby, G.; Wang, C.; McKeen, M., (2017) Aquaculture spatial planning tool factsheet: seascape visibility analysis., Factsheets on Tool Selection and Guidance for Users and Practitioners; Project Report for Aquaspace, Milestone 20.
  • Billing, S-L.; Gubbins, M.; Miller, D.R.; Watret, R.; Adams, T.; Black, K.; Donaldson-Selby, G.; Wang, C.; Greenhill, L.; Tett, P., (2017) Argyll and Bute, Scotland, UK., In: Strand, O. & Bergh, O. (eds.) Ecosystem Approach to making Space for Aquaculture (Aquaspace). Deliverable 4.2 Case Study Final Reports, Report to the European Commission, James Hutton Institute. Chapter 15, 251-272.
  • Miller, D.R.; Donaldson-Selby, G.; Wang, C.; McKeen, M., (2016) Use of 3D visualisation technology for wind farms and other development proposals - update., Interim Contract Report to Scottish Government.
  • Miller, D.R.; Morrice, J.; McKeen, M.; Donaldson-Selby, G.; Wang, C.; Munoz-Rojas, J., (2016) Use of digital and 3D technology in planning: research report., Final Report for Scottish Government, pp109.
  • Munoz-Rojas Morenes, J.; Morrice, J.; Miller, D.; Horne, P.; Donaldson-Selby,G.; Wang, C., (2014) Review report of best practice examples for landscape management, planning and conservation (Deliverable 5)., Deliverable 5 for the e-CLIC Project (Making European Policy Popular through Callenge, Learning, Innovation, Cooperation: An experiment on the European Landscape Convention).
  • Munoz-Rojas Morenes, J.; Morrice,J.; Miller, D.R.; Horne,P.; Donaldson-Selby,G.; Wang, C., (2014) Learning objectives outline report; the role of ICT tools in promoting landscape challenges, learning, cooperation and innovation in the context of the European Landscape Convention (Deliverable 6)., Deliverable 6 for the e-CLIC Project (Making European Policy Popular through Challenge, Learning, Innovation, Cooperation: An Experiment on the European Landscape Convention.
  • Miller, D.R.; Munoz-Rojas Morenes, J.; Morrice, J.; Horne, P.; Donaldson-Selby, G.; Wang, C., (2014) Review of ICT tools for the implementation of the European Landscape Convention through awareness raising, learning, innovation and cooperation (Deliverable 7)., Deliverable 7 for the e-CLIC Project (Making European Policy Popular through Challenge, Learning, Innovation, Cooperation: An Experiment on the European Landscape Convention.
  • Munoz-Rojas Morenes, J.; Morrice, J.; Miller, D.R.; Horne, P.; Donaldson-Selby, G.; Wang, C., (2013) Review report of landscape related policy issues (Deliverable 4)., Deliverable 4 for the e-CLIC Project - Making European Policy Popular through Challenge, Learning, Innovation, Cooperation: An Experiment on the European Landscape Convention.
  • Miller, D.R.; Horne, P.; Donaldson-Selby, G.; Wang, C.; Morrice, J.; Morris, S., (2013) Greenspace services: community planning., Scottish Government, GreenHealth Information Note Series (No. 4).
  • Miller, D.R.; Morrice, J.; Aspinall, P.; Brown, K.M.; Cummins, R.; Dinnie, E.; Gilbert, A.; Hester, A.J.; Horne, P.; Mitchell, R.; Morris, S.; Roe, J.; Thompson, C.W., (2012) Contribution of green and open space in public health and well-being., Scottish Government, Green Health Progress Report, 2012. Project No. MLU/ECA/UGW/847/08

VLT Publications (Page)

Publications in which the VLT is presented or discussed Wang, C., Miller, D., Brown, I. and Jiang, Y. 2016. Public Participation to Support Wind Energy Development: The Role of 3D GIS and Virtual Reality. In: Proceedings ... Read more

VLT Team Members (Page)

The Virtual Landscape Theatre is operated by a team at the Aberdeen offices of the James Hutton Institute. They have been responsible for designing, developing and implementing the theatre, 3D models, and programmes of surveys and ... Read more

VLT Development Theatre (Page)

A development and demonstration virtual reality theatre has been constructed to compliment the mobile Virtual Landscape Theatre. The dimensions and capabilities of the development theatre are the same as the VLT enabling the prepa ... Read more

Virtual Landscape Theatre (Page)

What is it? The Virtual Landscape Theatre (VLT) is a mobile curved screen projection facility, in which people can be 'immersed' in computer models of their environment to explore landscapes of the past, present and futu ... Read more

Knowledge Exchange Coordinator
Information and Computational Sciences
Knowledge Exchange Coordinator
david.miller@hutton.ac.uk
+44 (0)1224 395276

The James Hutton Institute
Craigiebuckler
Aberdeen AB15 8QH
Scotland UK

 

Current research interests

I am responsible for the strategic co-ordination of knowledge exchange at the institute, and research and commercial projects within the remits of several of the institute research themes. I am the Institute representative on the knowledge exchange and impact Gateway of SEFARI (the collective of six research institutes under the title: Scottish Environment, Food and Agriculture Research Institutes). In the Scottish Government Strategic Research Programme (2011-16) I was co-ordinator of the Land Use Theme.

My current research interests are on understanding the landscape preferences of different types of stakeholder with respect to characteristics of cultural landscapes, the implications for multi-functional land uses, and their incorporation into planning. This work takes account of the context of past and present land uses, and scenarios of future landscapes in the testing of public preferences with a view to understanding the significance of individual drivers of change on characteristics of landscapes. Research into visual quality in relation to scenarios of landscape change was undertaken under the Rural Economy and Land Use Programme (RELU), in collaboration with Dr Asa Ode, of Swedish University of Agricultural Sciences. These studies make extensive use of spatial analysis of landscape characteristics and indicators, visualization tools, and both our stand alone and mobile virtual landscape theatre, with particular interest in enabling the development of visions of future land uses, rural and urban by stakeholders and the public, and the role of public participation in land use decision-making.

The development of these tools increasingly involves the combination of spatial modelling outputs with virtual reality, to provide augmented reality tools for both research and knowledge exchange. Research applications include in renewable energy, urban green spaces and human wellbeing, and rural and urban spatial land use planning. The direction of this research is to explore spatial and temporal pathways of change, and public perspectives on the evolution of land uses and landscapes into the future.

I lead areas of the Institute's knowledge exchange programme, including the Virtual Landscape Theatre, for communicating opinions about urban and rural pressures for land use change, between politicians, planners, and the public, including schools.

My research involves close working in teams comprising the social and natural sciences, which is also reflected in most of my research proposals, Scottish Government research activities, and papers. Examples of such studies are the recent study of the Effects of Greenspace on Human Health and Wellbeing (Scottish Government, Green Health), and Visualization Tools for Public Participation in the Management of Landscape Change (European Union, VisuLands).

Current research projects include

Recent competitive funding (projects overlapping 1 January 2007 - 31 December 2013) totals £6.157k, with £1.962k to the institute.

Collaborative networks

Previous European Union projects include

Reviewing responsibilities have included the European Union Framework Programmes, and research councils in Australia, Switzerland, Belgium and Norway as well as public agencies in the UK.

Past research

My research background has included the development of methods for handling and analysing geographic information, using them to map, monitor and model change in urban and rural land use and landscapes, mapping peat deposits in Scotland, the creation of natural resource databases (for example, land cover), and visual impacts of land use change.

Research on the visual impacts of land use change combine analysis of the landscape visibility, producing the first map of the intervisibility of the terrain of Scotland, land use change, and landscape preferences. Applications of the analysis of landscape intervisibility have included the assessment of landscape sensitivity to wind turbine development for Highland Council in Scotland, and the mapping of visibility for wind farm development in Scottish Borders. It also led to the first national level mapping and analysis of visibility of the seascapes of the coast of Wales as part of Maritime Ireland/Wales INTERREG 1994-1999, and of Scotland.

Wales Visibility of the sea from the land
Wales Visibility of the land from the sea

 

 

 

 

 

Research on viewing distances and visual impact of offshore wind turbines (with Ian Bishop, University of Melbourne) has been cited in a number of advisory reports, including in the UK and USA.

Our tools for the development of visual and cumulative impacts of wind turbines on landscapes have been applied extensively in the assessment of wind farm proposals. Examples include public enquiries into the extension of Cemmaes B, Llanbrynmair, Powys, and a conjoined public enquiry on the visual and cumulative visual impacts of wind turbines proposed at three sites in Mid-Wales, 2001, Carno, Powys, in each case presenting evidence on behalf of the Countryside Council for Wales.

Work on spatial decision support tools has included the use of GIS tools and rules based systems to produce the first spatial plans for the development of wind farms for Wales, the spatial plan for wind energy for Scottish Borders Council and inputs to the plan for Aberdeenshire.

Example of a spatial plan for wind energy in Wales (January 2002)
Spatial plan for wind energy for Scottish Borders Council

 

 

 

 

Digital mapping and analysis tools were developed to support the assessment of natural resources in Scotland. The principal applications have been as follows.

  • The topographic and peat depth surveys of 22 peat deposits in Scotland and England, listed here, (that is, surface and bottom contours, peat depth, isopachytes, cross-sections, peat volume, and peat quality), mainly raised bogs and peat workings. The survey methodology was broadly the same as that of the Moss Survey Group for the Scottish Peat Committee, latterly based at the Macaulay Institute for Soil Research (MISR). A listing of the topographic, depth and reconnaissance surveys of peat deposits in Scotland for the Scottish Peat Committee, and further surveys by MISR is available here. The deepest peat profile I surveyed was 10.0m (Creca Moss). The deepest in the Scottish Peat Survey records is 11.0m (Threepwood Moss, Roxburghshire). Maps of the areas surveys follow, with *.pdfs of the Scottish peat Survey sites to 1984 here, and peat depth surveys post 1984 here.
Sites of topographic surveys of peat deposits in Scotland
Scottish Peat Survey sites: Scottish Peat Committee and Macaulay Institute for Soil Research

 

 

 

 

 

Research on spatial planning and impacts of wind turbines, and resource assessments of peatlands are brought together in work on a payback calculator for wind turbines on peatland. This was for the Scottish Government, in collaboration with University of Aberdeen and Forest Research, from which a paper describing the calculator has also been published.

The studies of urban greenspaces Included inventories in Aberdeen, Edinburgh, Dundee; urban land use change; analysis of accessibility using route networks between every domestic property in the cities and the nearest of each type of greenspace. Projects have been undertaken for Scottish Enterprise on economic valuation (Streetscapes, with Robert Gordon University), the European Union on preferences, use, spatial modelling, and 3D visualisations (Greenspaceco-ordinated by University College Dublin; Greenclusterco-ordinated by Alterra), Edinburgh City Council on geographic analysis of access and greenspace audits, and Scottish Government on the contribution of greenspace to human health and wellbeing (GreenHealth, with Universities of Edinburgh, Glasgow, and Heriot Watt, and BioSS). Watch the video description of the findings here. This is extended to the role of water, notably flooding, in relation to well-being such as a cause of stress, or a factor influencing psychological restoration (BlueHealth, for Scottish Government through CREW).

Recent reports for Scottish Government

Recent presentations

Recent events

  • 'Squeezed Middle' debate about land use in Scotland, at Gordonstoun School, 3rd October 2013.

Bibliography

  • Secco, L.; Burlando, C.; Miller, D.R.; Pisani, E. Nijnik, M.; Masiero, M.; Da Re, R.; Rogelja, T., (In press) Towards developing a method to evaluate social innovation in forest-dependent communities: a science-stakeholders collaboration., Forest Policy and Economics.
  • Alves, G.; Mattar, S.; Miller, D.R., (In press) United Kingdom: Renewable energy and landscape (National; Overview Chapter)., Renewable Energy and Landscape Quality; COST Action RELY TU 1401; Chapter 1.31, JOVIS, 90-93. Refereed Book Chapter.
  • Kluvánková, T.; Brnkal'áková. S.; Spacek, M.; Slee, R.; Nijnik, M.; Valero, D.; Miller, D.R.; Bryce, R.; Kozová, M.; Polman, N.; Szabo, T.; Gezik, V., (2018) Understanding social innovation for the well-being of forest-dependent communities: a preliminary theoretical framework., Forest Policy and Economics, 97, 163-174.
  • Stanik, N.; Aalders, I.; Miller, D.R., (2018) Towards an indicator-based assessment of cultural heritage as a cultural ecosystem service - a case study of Scottish landscapes., Ecological Indicators, 95, 288-297.
  • Gimpel, A.; Stelzenmüller, V.; Töpsch, S.; Galparsoro, I.; Gubbins, M.; Miller, D.R.; Murillas, A.; Murray, A.G.; Pinarbasi, K.; Roca, G.; Watret, R., (2018) A GIS-based tool for an integrated assessment of spatial planning trade-offs with aquaculture., Science of the Total Environment, 627, 1644-1655.
  • Nijnik, M.; Nijnik, A.; Sarkki, S.; Munoz-Rojas, J.; Miller, D.R.; Kopiy, S., (2018) Is forest related decision-making in European treeline areas socially innovative? A Q methodology enquiry into the perspectives of international experts., Forest Policy and Economics, 92, 210-219.
  • Schwarz, G.; Sanders, J.; Miller, D.R., (2018) Project Management Plan D1.1; Understanding and improving the sustainability of agroecological farming systems in the EU., Project Deliverable, H2020 UNISECO, D1.1: Report to European Commission.
  • Miller, D.R.; Aalders, I.; Irvine, K.A.; Iragui, U.; Astrain, C.; Zabalza, S.; Schwarz, G., (2018) UNISECO Risk Register: D1.2., Contract Deliverable to European Commission for UNISECO project, Deliverable 1.2, Risk Register.
  • Nijnik, M.; Miller, D.R., (2017) Valuation of ecosystem services: paradox or Pandora’s box for decision-makers?, One Ecosystem Journal, 2, Article No. e14808.
  • Nijnik, A.; Nijnik, M.; Kopiy, S.; Zahvoyska, L.; Sarkki, S.; Kopiy, L.; Miller, D.R., (2017) Identifying and understanding attitudinal diversity on multi-functional changes in woodlands of the Ukrainian Carpathians., Climate Research, 73, 45-56.
  • Miller, D.R.; Donaldson-Selby, G.; Wang, C.; McKeen, M., (2017) Aquaculture spatial planning tool factsheet: seascape visibility analysis., Factsheets on Tool Selection and Guidance for Users and Practitioners; Project Report for Aquaspace, Milestone 20.
  • Miller, D.R.; Nijnik, M., (2017) Data Management Plan: Scientific activities and outputs., Social Innovation in Marginalised Rural Areas Project (SIMRA), Deliverable D1.3. Report to the European Commission, James Hutton Institute, pp14.
  • Miller, D.R.; Nijnik, M., (2017) Data Management Plan: Administration and management., Social Innovation in Marginalised Rural Areas Project (SIMRA), Deliverable D8.2. Report to the European Commission, James Hutton Institute, pp15.
  • Cook, G.; Miller, D.R.; Dawson, L.A., (2017) Report on the Consultation on Rural Economy and Connectivity Committee, Forestry and Land Management (Scotland) Bill., Response from SEFARI, August 2017.
  • Secco, K.; Pisani, E.; Burlando, C.; Da Re, R.; Gatto, P.; Pettenella, D.; Vassilopoulus, A.; Akinsete, E.; Koundouri, P.; Lopolito, A.; Prosperi, M.; Tuomasiukka, D.; Den Herde, M.; Lovric, M.; Polman, N.; Dijkshoorn, M.; Soma, K.; Ludvig, A.; Weiss, G.; Zivojinovic, I.; Sarkki, S.; Ravazzoli, E.; Dalla Torre, C.; Streifeneder, T.; Slee, W.; Nijnik, M.; Miller, D.; Barlagne C.; Prokofieva, I., (2017) Set of methods to assess SI implications at different levels: instructions for WPs 5 & 6., Deliverable 4.2, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp203.
  • Price, M.; Miller, D.R.; McKeen, M.; Slee, W.; Nijnik, M., (2017) Categorisation of marginalised rural areas (MRAs)., Deliverable 3.1, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp57.
  • Miller, D.R.; Nijnik, M.; Barlagne, C., (2017) Minutes of 1st General Assembly., Deliverable 8.4, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp23.
  • Ludvig, A.; Weiss, G.; Zivojinovic, I.; Nijnik, M.; Miller, D.R.; Barlagne, C.; Perlik, M.; Hermann, P.; Egger, T.; Torre C.D.; Streifeneder, T.; Ravazzoli, E.; Sfeir, P.; Lukesch, R.; Wagner, K.; Egartner, S.; Clotteau, M., (2017) Political framework conditions, policies and instruments for SIs in rural areas., Social Innovation in Marginalised Rural Areas, Deliverable 6.1, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp36.
  • Kluvánková, T.; Gezik, V.; Spacek, M.; Brnkaláková, S.; Valero, D.; Bryce, R.; Slee, W.; Alkhaled, D.; Secco, L.; Burlando, C.; Kozova, M.; Miller, D.R.; Nijnik, M.; Perlik, M.; Pisani, E.; Polman, N.; Price, M.; Sarkii, S.; Weiss, G., (2017) Transdisciplinary understanding of SI in MRAs., Deliverable 2.2, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, 58pp.
  • Gimpel, A.; Töpsch, S.; Stelzenmüller, V.; Gubbins, M.; Murray, A.G.; Watret, R.; Galparsoro, I.; Murillas, A.; Pinarbas, K.; Miller, D.R.; Brigolin, D.; Pastres, R.; Porporato, E.; Roca Carceller, G.; Marba, N., (2017) Deliverable 3.3 AquaSpace tool to support MSP, Ecosystem Approach to making Space for Aquaculture (Aquaspace)., Report to the European Commission, James Hutton Institute, pp58.
  • Billing, S-L.; Gubbins, M.; Miller, D.R.; Watret, R.; Adams, T.; Black, K.; Donaldson-Selby, G.; Wang, C.; Greenhill, L.; Tett, P., (2017) Argyll and Bute, Scotland, UK., In: Strand, O. & Bergh, O. (eds.) Ecosystem Approach to making Space for Aquaculture (Aquaspace). Deliverable 4.2 Case Study Final Reports, Report to the European Commission, James Hutton Institute. Chapter 15, 251-272.
  • Barlagne, C.; Bryce, R.; Valero, D.; Price, M.; Mosdale, L.; Clotteau, M.; Miller, D.R.; Nijnik, M., (2017) Ethical approvals for research with human participants in the SIMRA Project, Deliverable 9.5., Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp.29.
  • Secco, L.; Pisani, E.; Burlando, C.; Da Re, R.; Pettenella, D.; Nijnik, M.; Miller, D.R.; Slee, B.; Gezik, V.; Kluvankova, T., (2017) D4.1 Guidelines to identify and analyse existing methods to assess social innovation and impacts., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA, 2017.
  • Nijnik, M.; Miller, D.R., (2017) D8.2 Data management plan: administration and management., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA.
  • Nijnik, M.; Miller, D.R.; Slee, B., (2017) D1.4 Criteria and indicators for monitoring and evaluation of scientific results., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA, pp17.
  • Nijnik, M.; Miller, D.R., (2017) D1.3: Data management plan: Scientific activities and outputs., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA.
  • Barlagne, C.; Miller, D.R.; Nijnik, M., (2017) Ethical clearance procedures in SIMRA., Deliverable 1.5, Social Innovation in Marginalised Rural Areas (SIMRA), pp65.
  • Sang, N.; Gold, C.; Miller, D.R., (2016) The topological viewshed: embedding topological pointers into digital terrain models to improve GIS capability for visual landscape analysis., International Journal of Digital Earth, 9, 1185-1205.
  • Thompson, C.W.; Aspinall, P.; Roe, J.; Robertson, L.; Miller, D.R., (2016) Mitigating stress and supporting health in deprived urban communities: the importance of green space and the social environment., International Journal of Environmental Research and Public Health, 13, Article No. 440.
  • Wang, C.; Miller, D.R.; Brown, I.; Jiang, Y.; Castellazzi, M., (2016) Visualisation techniques to support public interpretation of future climate change and land use choices: a case study from N-E Scotland., International Journal of Digital Earth, 9, 586-605.
  • Wang, C.; Miller, D.; Jian, Y.; Brown, I., (2016) Integration of GIS and virtual reality for future land-use: A case study from Royal Deeside., 24th GIS Research UK (GISRUK2016) Conference, University of Greenwich, London, 30 March - 1 April 2016.
  • Wang, C.; Miller, D.; Brown, I.; Jian, Y., (2016) Public participation to support wind energy development: The role of 3D GIS and virtual reality., Proceedings of 24th International Conference in Central Europe on Computer Graphics, Visualization and Computer Vision, 2016, Plzen, Czech Republic, 30 May - 3 June 2016. (Peer-reviewed).
  • Wang, C.; Jiang, Y.; Xie, H.; Miller, D.R.; Brown, I., (2016) Development of a flood warning simulation system: a case study of 2007 Tewkesbury flood., Floodrisk 2016, 3rd European Conference on Flood Risk Management, Lyon, France, 17-21 October 2016. E3S Web of Conferences, Volume 7, Article No. UNSP 18021.
  • Nijnik, M.; Miller, D.R., (2016) Project Management Plan: Scientific Activities., Social Innovation in Marginalised Rural Areas Project (SIMRA), Deliverable D1.1, Report to the European Commission, James Hutton Institute. Pp112.
  • Nijnik, M.; Miller, D.R., (2016) D8.3 Risk register - project management., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA.
  • Sarkki, S.; Ficko, A.; Heikkinen, H.I.; Komu, T.; Partanen, M.; Vanhanen, K.; Palombo, C.; Parpan, T.; Tognetti, R.; Nijnik, A.; Nijnik, M., (2016) The future of European treeline areas by 2040: A synthesis of expert views on the possible impacts of climate change, land use and changing society., Report for SENSFOR, EU Cost Action, Deliverable 6., University of Oulu, Finland.
  • Miller, D.R.; Dawson, L.A.; Morrice, J.; McKeen, M.; Donnelly, D., (2016) Report on prototype spatial geoforensic database., EU Project MiSAFE, Deliverable 5.8, Report to the European Commission, EU FP7 MISAFE Project, 313149.
  • Irvine, R.J.; Miller, D.R.; Artz, R.R.E.; Brooker, R.; Chapman, S.J.; Newey, S.; Hester, A.J.; Pakeman, R.J., (2016) Scoping a strategic vision for the uplands: A response from the James Hutton Institute., Response to a Consultation for Scottish Natural Heritage.
  • Miller, D.R.; Nijnik, M., (2016) Data Management Plan: Scientific activities and outputs., Social Innovation in Marginalised Rural Areas Project (SIMRA), Deliverable D1.3. Report to the European Commission, James Hutton Institute, pp18.
  • Miller, D.R.; Morrice, J.; McKeen, M.; Donaldson-Selby, G.; Wang, C.; Munoz-Rojas, J., (2016) Use of digital and 3D technology in planning: research report., Final Report for Scottish Government, pp109.

  • Ode Sang, A.; Hagerhall, C.; Miller, D.R.; Donaldson-Selby, G., (2014) The use of visualised landscapes in order to challenge and develop theory in landscape preference research., In: Wissen Hayek, U., Fricker, P. & Buhmann, E. (eds.). Peer Reviewed Proceedings of Digital Landscape Architecture DLA 2014, ETH Zurich Switzerland 21-23 May 2014. Herbert Wichmann Verlag, VDE VERLAG GMBH, Berlin/Offenbach, pp362-369.
  • Nijnik, M.; Miller, D.R., (2013) Chapter 25: Targeting sustainable provision of forest ecosystem services with special focus on carbon sequestration., In: Matyssek, R., Clarke, N., Cudlin, P., Mikkelsen, T.N., Tuovinen, J-P., Wieser, G. & Paoletti, E. (eds.). Climate Change, Air Pollution and Global Challenges: Understanding and Solutions from Forest Research. Elsevier. Chapter 25.9, pp547-568.
  • Wang, C.; Miller, D.R.; Jiang, Y.; Horne, P.; Morrice, J., (2012) Integration of Maya and ArcGIS: A new approach to representation in virtual., Design and Decision Support Systems, Eindhoven, August 2012.
  • Coleby, A.M.; Miller, D.R.; Aspinall, P.A., (2009) Public attitudes and community participation in windfarm development: strategic environmental assessment of renewable energy in Scotland., VDM Verlag, pp424. ISBN 3639158784
  • Ritz, K.; Dawson, L.A.; Miller, D.R. (eds.), (2009) Criminal and environmental soil forensics., Springer, 519pp. ISBN: 978-1-4020-9203-9
  • Barclay, A.D.; Dawson, L.A.; Donnelly, L.J.; Miller, D.R.; Ritz, K., (2009) Soils in forensic science: underground meets underworld., In: Ritz, K., Dawson, L.A. & Miller, D.R. (eds.). Criminal and Environmental Forensics. Springer, Dordrecht, Chapter 32, 501-514.ISBN: 978-1-4020-9203-9
  • Miller, D.R.; Vogt, N.; Nijnik, M.; Brondizio, E.; Fiorini, S., (2009) Integrating analytical and participatory techniques for planning the sustainable use of land resources and landscapes., In: Geertman, S.C.M. & Stillwell, J. (eds.). Planning Support Systems: New Methods and Best Practice. Advances in Spatial Science, Springer, New York, 317-345.
  • Miller, D.R.; Morrice, J.G.; Coleby, A.; Messager, P., (2007) Visualization techniques to support planning of renewable energy developments., In: Lovett, A. & Appleton, K. (eds.). GIS for Environmental Decision Making. Innovations in GIS Series, CRC Press, London, Part III, 227-239.
  • Nijnik, M.; Miller, D.R.; Nijnik, A.; Morrice, J.G., (2007) Multi-functional landscapes in Scotland., In: Pedroli, B., van Doorn, A. & de Blust, G. (eds.). Europe's Living Landscapes: Essays Exploring our Identity in the Countryside. KNNV Publications, 105-123. ISBN: 9789050112581
  • Lange, E.; Miller, D.R.; Hehl-Lange, S.; Morrice, J.G.; Raoult, Y.; Wissen, U., (2005) Our Shared Landscape: Integrating ecological, socio-economic and aesthetic aspects in landscape planning and management., Conference Proceedings, Swiss Federal Institute of Technolgy, Zurich, 2-6 May 2005.
  • Miller, D.R.; Morrice, J.G.; Coleby, A., (2005) The provision of visualization tools for engaging public and professional audiences., In: Bishop, I. & Lange, E. (eds.). Visualization in Landscape and Environmental Planning. Taylor and Francis, Chapter 8, pp175-183.
  • Miller, D.R., (2001) Spatial modelling of the visibility of land use., In: Spatial information and the environment (P.J. Halls). Taylor and Francis Ltd, London, pp213-227.
  • Robertson, R.A.; Miller, D.R.; Morrice, J., (2001) Proceedings of 2nd International Seminar on The After-use of cut-over peatlands, Islay of Islay, October 2000., Northern Periphery Programme, Re-use and cut-over peatlands project. EU Secretariat.
  • Miller, D.R.; Hadley, W.; Quine, C.; Broadgate, M., (1998) Orthophoto mapping for forest management., In: Proceedings GISRUK '98, University of Edinburgh.
  • Miller, D.R.; Morrice, J.G., (1996) An assessment of the uncertainty of delimited catchment boundaries., IAHS Publications, Ch.83, No.235, 445-451.
  • Miller, D.R.; Morrice, J.G.; Horne, P.L.; Aspinall, R.J., (1994) Use of gis for analysis of scenery in the Cairngorm Mountains of Scotland., In: Mountain Environments and Geographical Information Systems (eds. M.F. Price and D.I. Heywood). Taylor and Francis, pp.119-132.
  • Miller, D.R., (1993) Coupling of process-based vegetation models to GIS and knowledge-based systems with reference to vegetation change., In: Worboys, M. (ed.). Innovations in GIS,1. Taylor and Francis, Chapter 17, pp.241-250.
  • Miller, D.R.; Aspinall, R.J., (1992) Land Cover (Heather Moorland) in the Cairngorms by 10 km Squares.,
  • Miller, D.R.; Aspinall, R.J.; Moir, A.D., (1992) Land Cover of the Cairngorms, 1988: Heather Moorland., Map, scale 1:50 000, for the Cairngorms Working Party Woodlands Group.
  • Miller, D.R.; Aspinall, R.J., (1992) Land Cover (Woodland) in the Cairngorms by 10 km Squares.,
  • Miller, D.R.; Moir, A.D., (1992) Land Cover of Southern Grampian 1988: Forestry., Forestry Commission. Map.
  • Aspinall, R.J.; Miller, D.R., (1992) Distribution of red deer in the Cairngorms. Map., For Cairngorms Working Party Woodlands Group.
  • Miller, D.R.; Moir, A.D., (1992) Land Cover of the Cairngorms, 1988: Scattered Trees., Map, scale 1:50 000, for the Cairngorms Working Party Woodlands Group.
  • Miller, D.R.; Aspinall, R.J.; Moir, A.D., (1992) Land Cover of the Cairngorms, 1988: Principal Land Cover Features., Map, scale 1:50 000, for the Cairngorms Working Party Woodlands Group.

  • Schwarz, G.; Sanders, J.; Miller, D.R., (2018) Project Management Plan D1.1; Understanding and improving the sustainability of agroecological farming systems in the EU., Project Deliverable, H2020 UNISECO, D1.1: Report to European Commission.
  • Miller, D.R.; Aalders, I.; Irvine, K.A.; Iragui, U.; Astrain, C.; Zabalza, S.; Schwarz, G., (2018) UNISECO Risk Register: D1.2., Contract Deliverable to European Commission for UNISECO project, Deliverable 1.2, Risk Register.
  • Miller, D.R.; Donaldson-Selby, G.; Wang, C.; McKeen, M., (2017) Aquaculture spatial planning tool factsheet: seascape visibility analysis., Factsheets on Tool Selection and Guidance for Users and Practitioners; Project Report for Aquaspace, Milestone 20.
  • Miller, D.R.; Nijnik, M., (2017) Data Management Plan: Scientific activities and outputs., Social Innovation in Marginalised Rural Areas Project (SIMRA), Deliverable D1.3. Report to the European Commission, James Hutton Institute, pp14.
  • Miller, D.R.; Nijnik, M., (2017) Data Management Plan: Administration and management., Social Innovation in Marginalised Rural Areas Project (SIMRA), Deliverable D8.2. Report to the European Commission, James Hutton Institute, pp15.
  • Cook, G.; Miller, D.R.; Dawson, L.A., (2017) Report on the Consultation on Rural Economy and Connectivity Committee, Forestry and Land Management (Scotland) Bill., Response from SEFARI, August 2017.
  • Secco, K.; Pisani, E.; Burlando, C.; Da Re, R.; Gatto, P.; Pettenella, D.; Vassilopoulus, A.; Akinsete, E.; Koundouri, P.; Lopolito, A.; Prosperi, M.; Tuomasiukka, D.; Den Herde, M.; Lovric, M.; Polman, N.; Dijkshoorn, M.; Soma, K.; Ludvig, A.; Weiss, G.; Zivojinovic, I.; Sarkki, S.; Ravazzoli, E.; Dalla Torre, C.; Streifeneder, T.; Slee, W.; Nijnik, M.; Miller, D.; Barlagne C.; Prokofieva, I., (2017) Set of methods to assess SI implications at different levels: instructions for WPs 5 & 6., Deliverable 4.2, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp203.
  • Price, M.; Miller, D.R.; McKeen, M.; Slee, W.; Nijnik, M., (2017) Categorisation of marginalised rural areas (MRAs)., Deliverable 3.1, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp57.
  • Miller, D.R.; Nijnik, M.; Barlagne, C., (2017) Minutes of 1st General Assembly., Deliverable 8.4, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp23.
  • Ludvig, A.; Weiss, G.; Zivojinovic, I.; Nijnik, M.; Miller, D.R.; Barlagne, C.; Perlik, M.; Hermann, P.; Egger, T.; Torre C.D.; Streifeneder, T.; Ravazzoli, E.; Sfeir, P.; Lukesch, R.; Wagner, K.; Egartner, S.; Clotteau, M., (2017) Political framework conditions, policies and instruments for SIs in rural areas., Social Innovation in Marginalised Rural Areas, Deliverable 6.1, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp36.
  • Kluvánková, T.; Gezik, V.; Spacek, M.; Brnkaláková, S.; Valero, D.; Bryce, R.; Slee, W.; Alkhaled, D.; Secco, L.; Burlando, C.; Kozova, M.; Miller, D.R.; Nijnik, M.; Perlik, M.; Pisani, E.; Polman, N.; Price, M.; Sarkii, S.; Weiss, G., (2017) Transdisciplinary understanding of SI in MRAs., Deliverable 2.2, Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, 58pp.
  • Gimpel, A.; Töpsch, S.; Stelzenmüller, V.; Gubbins, M.; Murray, A.G.; Watret, R.; Galparsoro, I.; Murillas, A.; Pinarbas, K.; Miller, D.R.; Brigolin, D.; Pastres, R.; Porporato, E.; Roca Carceller, G.; Marba, N., (2017) Deliverable 3.3 AquaSpace tool to support MSP, Ecosystem Approach to making Space for Aquaculture (Aquaspace)., Report to the European Commission, James Hutton Institute, pp58.
  • Billing, S-L.; Gubbins, M.; Miller, D.R.; Watret, R.; Adams, T.; Black, K.; Donaldson-Selby, G.; Wang, C.; Greenhill, L.; Tett, P., (2017) Argyll and Bute, Scotland, UK., In: Strand, O. & Bergh, O. (eds.) Ecosystem Approach to making Space for Aquaculture (Aquaspace). Deliverable 4.2 Case Study Final Reports, Report to the European Commission, James Hutton Institute. Chapter 15, 251-272.
  • Barlagne, C.; Bryce, R.; Valero, D.; Price, M.; Mosdale, L.; Clotteau, M.; Miller, D.R.; Nijnik, M., (2017) Ethical approvals for research with human participants in the SIMRA Project, Deliverable 9.5., Social Innovation in Marginalised Rural Areas (SIMRA), Report to the European Commission, James Hutton Institute, pp.29.
  • Secco, L.; Pisani, E.; Burlando, C.; Da Re, R.; Pettenella, D.; Nijnik, M.; Miller, D.R.; Slee, B.; Gezik, V.; Kluvankova, T., (2017) D4.1 Guidelines to identify and analyse existing methods to assess social innovation and impacts., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA, 2017.
  • Nijnik, M.; Miller, D.R., (2017) D8.2 Data management plan: administration and management., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA.
  • Nijnik, M.; Miller, D.R.; Slee, B., (2017) D1.4 Criteria and indicators for monitoring and evaluation of scientific results., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA, pp17.
  • Nijnik, M.; Miller, D.R., (2017) D1.3: Data management plan: Scientific activities and outputs., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA.
  • Barlagne, C.; Miller, D.R.; Nijnik, M., (2017) Ethical clearance procedures in SIMRA., Deliverable 1.5, Social Innovation in Marginalised Rural Areas (SIMRA), pp65.
  • Nijnik, M.; Miller, D.R., (2016) D8.3 Risk register - project management., Report for Innovative, Sustainable and Inclusive Bioeconomy, SIMRA.

Printed from /category/tags/gis on 19/10/18 01:59:28 PM

The James Hutton Research Institute is the result of the merger in April 2011 of MLURI and SCRI. This merger formed a new powerhouse for research into food, land use, and climate change.