Geographic Information Analysis

Geographic Information Systems (GIS) are information rich mapping systems, which can be used to store, analyse and present geographic information.

LUC has been using GIS since 1996. The GIS team have environmental backgrounds and the technical expertise to provide solutions. Our primary software is ESRI's ArcGIS v9.1 with 3D and Spatial Analyst extensions, and we are familiar with a number of other GIS software packages. We are used to working with a wide range of data, including Ordnance Survey data sets and maps, aerial photography, detailed topographic survey data such as Lidar, historical maps, and a multitude of project specific data stes.

LUC's multi-disciplinary approach embraces the whole spectrum of environmental planning, design and research, and the GIS team are experienced in applying their skills to a wide range of projects.

Creating Systems for Non-GIS Users

An important aspect of our work is ensuring that non-GIS specialists are able to use our outputs in as powerful a form as possible.  We’re able to distribute our finished maps in ESRI’s ‘published map format’, enabling clients to make use of the free ArcReader software to interrogate maps and show and hide layers of data.  Alternatively, maps can be set up using web based systems, allowing a large number of users to interact with the maps and explore the information behind them.

Database Design and GIS Integration

Fully integrating Access databases into GIS analysis means that complex data structures can be accommodated.  Also, data can be shared and updated by non-GIS staff, leading to more efficient ways of working.

Cartographic Representation / Geovisualisation

Our projects often entail the reduction of a vast amount of information into small selection of maps and graphs.  Using established techniques for geographic data representation we strive to show the data we’re working with clearly and efficiently so that it can be interpreted and understood by a wide range of users.

Spatial Analysis

We regularly use spatial analysis techniques to develop a greater understanding of an area or region over space and time.

3D Analysis

LUC has experience in using 3 dimensional data, both to provide line of site or visibility analyses for potential landscape changes, and to re-create landscapes through the use of aerial photography and digital terrain models to produce realistic animated fly-overs.

Socio-economic Analysis

LUC is practiced in analyzing socio-economic characteristics and have built up a depth of knowledge of the various datasets that can be used to gain an understanding of the function of a study area.