Tallangatta Valley FRB photography

KYN94MAR_PAN

Captured as part of the 2005-6 CIP Program, this photography covers the Shire of Campaspe at 1m ground resolution. Image files are tiled into 20km tiles and are available as JPEG2000 lossy (compressed) and JPEG2000 lossless (uncompressed) formats.

DONA170204TM5

1950 Inverloch Liptrap Photography

Captured as part of the 2018-19 CIP, this 10cm high accuracy 4 band (RGBi) photography covers selected towns within Wellington and East Gippsland Local Government Areas and is useful for a wide range of mapping and analysis purposes.

Loddon Mallee FRB photography

This LiDAR survey was undertaken as part of a larger DTV LiDAR capture project in operation between 2022 and 2024. The DTV LiDAR Project comprises of almost 60 separate LiDAR survey blocks totaling over 60,000 square kilometres within Victoria. The project was managed by the Coordinated Imagery Program on behalf of the Digital Twin Victoria (DTV) program, a four-year $37.4 million State Government investment designed to fast track the adoption of new geospatial data and emerging technologies. When completed, the LiDAR capture project will have achieved coverage of over 99 percent of the population and 95 per cent of the buildings in the Victoria. The primary use of the data is the creation of a ‘bare earth’ digital elevation model (DEM) that will underpin the DTV geospatial data platform. Numerous other important secondary uses will also benefit from the data collected such as river health monitoring, vegetation analysis and heritage cultural mapping.

This photography was captured for use in classifying and mapping fire severity over a recent wildfire site in East Gippsland. The Georeferenced (reduced accuracy) image includes 3 visible bands (RGB) and one separate IR band. The imagery is tiled into 1km tiles and available in both TIFF and ECW compressed formats.

This 10cm high accuracy photography project was captured as part of the 2018-19 CIP and is useful for a wide range of State and Local Government applications.