You are here: Home Services Spatial Analysis and Visualisation

Spatial Support for Catchment Condition Reporting

E-mail Print
Client: Goulburn Broken Catchment Management Authority

The Goulburn Broken Catchment Management Authority (GB CMA) comprises of the Goulburn and Broken river catchments and is part of the Murray River Basin. The catchment covers 2.3 million ha or 10.5% of Victoria. The GB CMA, through its Catchment Management Strategy, provides strategic direction for biodiversity management through a set of whole-of-catchment biodiversity targets.  These targets are also the means by which GB CMA evaluates performance through its Catchment Condition Reporting framework. The key natural resource issues being addressed in the CMA include water quality, dryland salinity, native vegetation decline, biodiversity and pest plants and animals.

Spatial Vision was commissioned to gather relevant spatial information and provide spatial analysis support as inputs to the preparation of a Biodiversity Condition Report for the CMA.

Spatial Vision collated information from a variety of sources, managed the data within a structured project library and provided spatial analysis and non-spatial (tabular) information development to support the GB CMA project team. Spatial Vision also produced a series of high quality maps and related area statements for sub-catchment and Biodiversity Action Plan (BAP) zones for the entire region.  Spatial Vision’s understanding of, and extensive experience in using, the key biodiversity databases assisted significantly in the development of the specific information outcomes required by GB CMA.

Spatial Vision identified data sources, accessed information, prepared statistics and maps, and produced an extensive database to determine the extent and quality of vegetation cover in the region required for the Biodiversity Condition Report.  The collated and derived information was provided to GB CMA on DVD along with a summary of the key inputs and processes that went into the development of each information product.

Demonstrated Capabilities

  • Inderstanding of natural resource management issues and available information sources.
  • Development and design of robust spatial/aspatial analysis.
  • Data collation, standardisation and management.
  • Design and implementation of geospatial data models (ArcGIS) and geodatabases.
  • Cartographic design and preparation of high-quality maps and tables.

Resources

Stephen Farrell was the project manager and coordinator of data collation.

Milos Pelikan developed the analytical methodologies.

Liz Marasco provided GIS analytical and cartographic support

Technologies Applied

  • ArcGIS (9+)
  • Spatial Analyst
  • Model Builder
  • Microsoft Excel
     
Last Updated ( Thursday, 17 September 2009 14:46 )  

Spatial Analysis and Visualisation Projects

NDG Demonstrator Project

NDG Demonstrator Project
Client: Cooperative Research Centre for Spatial Information

The term ‘NDG’ stands for the National Data Grid.  NDG is a data platform that adopts a grid cell (also called raster) based approach to managing spatial information (SI).  The basic objective of NDG is to provide a platform which supports the SI needs of modellers and decisio...

Read more...

Living Links Master Plan Project

Living Links Master Plan Project
Client: Living Links Steering Committee (Consortium of Port Phillip Catchment Management Authority, State and Local Government Agencies).

The Living Links Steering Committee engaged Spatial Vision, assisted by the Beca Planning team, to undertake the first phase of the Living Links Master Plan Project – Project 1 Asset Identification & Analysi...

Read more...

Strategic Analysis of Risk to Biodiversity Assets from rising Groundwater

Strategic Analysis of Risk to Biodiversity Assets from rising Groundwater

Client: EWR (a natural resource management specialist consultancy group).

Rising groundwater is a significant planning issue in natural resource management agencies especially Catchment Management Authorities (CMA). Planning for the potential impacts of rising groundwater is being considered within a risk management context.

Read more...