1950 Inverloch Liptrap Photography

Supporting mechanical works for the Fire Operations Program Indicates location of a combination of works being undertaken to support the Fire Operations Plan including fuelbreak improvement and roadside maintenance

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 dataset contains interpreted geological data, both units underlying the basins and magnetic (mostly volcanic) units enclosed by the basin sediments. The linear features in the data set are geological boundaries, major faults, lesser faults and dykes. The onshore magnetic, radiometric, topographic and gravity data have been collected by the Geological Survey of Victoria. This has been supplemented by offshore magnetic and bathymetric data collected by the Australian Geological Survey Organisation and deep seismic data collected by the Australian Geological Survey Organisation and company sources. The map attempts to reconcile the onshore geology interpreted in Simons & Moore (1999) with the geophysical responses in a way that is geologically reasonable, and to carry this interpretation offshore at least as far as the Tasmanian sea boundary (generally 39 degrees 12 minutes South). The legend broadly uses the same time breaks as that of the Pre-Permian geological map, but includes younger packages that lie beneath the basin. No attempt has been made to subdivide granitic rocks of a particular age. The dataset is accompanied by other datasets representing lava flows and the basin edges. Lava flows have been interpreted either from intersections in drill holes or from magnetic responses. References: MOORE, D.H., 2002. Eastern and central Gippsland Basin, southeast Australia: basement interpretation and basin links. Victorian Initiative for Minerals and Petroleum Report 69, Department of Natural Resources and Environment. MOORE, D.H., 2002. Basement-basin relationships in the Otway Basin, Victoria, Australia. Victorian Initiative for Minerals and Petroleum Report 78, Department of Natural Resources and Environment. SIMONS B.A., & MOORE, D.H., 1999. Victoria 1:1 000 000 Pre-Permian Geology. Geological Survey of Victoria.

GEDIS REFID: 11197; SOURCE MAP: G11197_geology_Hume_50k_600dpi_colour_master.tif; SUBJECT: O'SHEA, P.J., 1979. Hume 1:50,000 geological map. Department of Minerals and Energy, Victoria.

Hydrogen facility Locations for Victoria. The locations are a single polygon for the centre of the Hydrogen Facility This dataset is replaced by Renewables and Renewables_point from 30/04/2024.

GEDIS REFID: 32784; SOURCE MAP: G32784_geology_Walhalla_50k_colour.tif; SUBJECT: MORAND, V.J., WILLMAN, C.E., TAYLOR, D.H., QUINN, C., VANDENBERG, A.H.M., SEYMON, A.R. & HOUGH, M., 2006. Walhalla and parts of Seaton and Moe 1:50,000 geological map. Geological Survey of Victoria.

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.

GEDIS REFID: 29425; SOURCE MAP: G29425_geology_Raywood-ptDingee_50k_colour.tif; SUBJECT: PARENZAN, M.A., EDWARDS, J. & SLATER, K.R., 2001. Raywood and part of Dingee 1:50,000 geological map. Geological Survey of Victoria.

Cambatong FRB Photography