The LiDAR project was conducted under the 2015-16 Coordinated Imagery Program (CIP). LiDAR derived ground DTM and Contours are the primary products ordered by the purchase partner agencies. The source LiDAR point clouds have also been delivered to ICSM Level 2 Classification standard. This standard means that the Ground point classification has been manually checked and edited, but above ground classes have only been classified by automatic processing and have not been manually edited. The use of above ground classes should be made with caution as these have not been assessed for classification accuracy. LiDAR was captured to acheive a vertical accuracy of +/- 10cm RMSE all sites. The classified unthinned ground points were used to derive a 1 metre gridded 2D digital elevation model and 0.5m interval contours of a quality suitable for drainage asset management and hydroligical design. Keywords: LiDAR, Elevation, DEM, Contours, Point Cloud

12-15cm digital aerial photography covering Aberfeldy & Harrietville Fire Areas

The Rosedale bushfire started on 4th January and was contained by the 13th January 2019. High resolution imagery was requested from the CFA for post burn analysis and asset loss identification. Landair Surveys were contracted by the Victorian State Government (via the Coordianted Imagery Program) to capture and process visible and infrared (RGBI) photography with a short time period. The photography was captured with the RCD30 camera and NAT-D 2.8/80 lens in clear conditions on the 14th January to produce 10cm resolution orthophotography. The resultant photography is cloud and smoke free and was delivered on the 25th January. Uncompressed RGBI tiled photography is available as well as compressed colour-infrared and visible mosaiced photography.

Visible and Colour Infrared photography of Post Fuel Reduction Burn Sites

The primary purpose of the survey is to determine the change in stream geomorphology along 5 flood impacted water courses in North East Victoria. Change assessment will be made against the +/-20cm accuracy 2009-10 DEPI Index of Stream Condition River DTMs. Data collected will also be used for hydraulic modelling for future planning and ongoing monitoring of stream condition.

This Coordinated Imagery Program (CIP) project represents a 20cm, relaxed accuracy, 4-band, RGBI aerial photography capture over the Snowy Bushfire Complex West area in East Gippsland. The Snowy bushfire (covering 6,642 km²) started on 6th January and was declared under control on 31st March 2020. A contract was established and photograpy was acquired from a fixed wing aircraft on the 11th, 12th, 17th, 18th, 20th, 27th, 30th March and 1st, 5th, 15th and 17th (re-flight) of April 2020. Products generated from the Aerial photography are 20cm GSD orthophoto mosaics and 1 km² orthophoto tiles. This fire photography adjoins the Tambo Bushfire Complex photography (to the west) and the Snowy Bushfire East complex photography projects.

High resolution and high accuracy aerial photography over townships within the Surf Coast Shire. The photography will be used primarily for urban planning, asset and vegetation management. It will be used by a number of different organisations from local to state government. A small area over the Anglesea landfill requires high accuracy elevation to be captured for continuation of monitoring landfill activities over time

This Coordinated Imagery Program (CIP) project represents a 20cm relaxed accuracy 4-band RGBI aerial photography capture over the Tambo Bushfire Complex area in East Gippsland. The photography will primarily be used by State Government for burn severity mapping and recovery purposes.