This photography was captured for the City of Latrobe as part of the 2008-9 CIP Latrobe City Urban Extent photography project. The photography was digitally acquired using a Vexcel Ultracam D camera system. The imagery consists of 3 visible bands and is orthorectified, therefore having an inherent high accuracy and edgematching specification and is useful for a variety of purposes. The imagery is available in both TIFF tiles and ECW mosaic formats.

2008-9 Moonee Valley - Brimbank Photography

Estimated long-term mean annual evaporation interpolated to a 20m grid cell using the DEM20 layer and the ANUCLIM software.

Fastlook 3 Band (RGB) photography over wildfire areas

Captured as part of the 2008-9 CIP for Mallee CMA and Shire of Buloke for planning and GIS visualisation purposes, this imagery consists of 3 band of visible RGB plus a 4th Infra Red band.

Captured as part of the CIP 2008-9 Manningham City Photography Project, this 10cm orthorectified imagery was captured in order to assist the Shire undertake asset location, recording and management; Planning and Engineering; Mapping; and Valuations.

This layer is superseded by VICMAP_CLTENURE, which was completed in February 2004. This layer plays a key role in the management of Victoria's Public and Government Land. All private use lease for commercial purposes boundaries, as defined by Crown Land Management (CLM), are included in this layer. The Lease boundaries have been reconciled against Departmental records. All polygons have a legal description attached where possible and LIMS have attached a "Tenure number" to the TENURE_ID field where the area is licenced. The "Tenure number" is used as a key into the LIMS text system (PORTAL) for further details.

Captured as part of the 2008-9 CIP program, this "fast look" photography consists of 3 visible bands (red, green, blue) and a fourth Infra Red band. The images are available in their original frame geometrey. This project was acquired over several days in January 2009. Fast look photography has reduced accuracy and edgematching specification to fully orthorectified photo products.

Landsat 5 TM Imagery

This project represents the remainder of the high resolution coastal elevation coverage for DSE's Future Coasts Program. There are two distinct and separate coastal regions included. Both have the same specification as previous DSE coastal LiDAR projects (+/-10cm vertical accuracy) and both have the same products. The South Gippsland project area fills the gap between two previous LiDAR projects. The project area is bounded by Port Welshpool in the east and Wonthaggi in the west and includes Wilsons Promontory, Corner Inlet, Andersons Inlet and Shallow Inlet. Coverage for this project is for all mainland coastal zones up to 10 metres elevation including as much of Corner Inlet as acquired on a low Spring tide. Collection of +/-50cm vertical accuracy data over the remainder of Wilsons Promontory that is above 10 metres was also included in addition to the Future Coasts Program requirements.