A LiDAR image of Budj Bim forest canopy and ground surface. The canopy is represented in greens and ground surface levels in browns.

- High-density LiDAR penetration through forest canopy reveals ground surface details.

A LiDAR point-cloud image representing two demonstration huts located near the visitor centre at Budj Bim. Two dome-shaped huts are represented in brown points, and the curve of the ground is represented in shades of green.

- LiDAR point cloud over demonstration huts at visitor centre.

A photograph of the stone remnants of two huts in amongst grassland with trees in the background. The huts are both round in shape with an opening on one side,

- Known hut site showing stone remnants.

A technical DEM aerial image showing the known location of a hut circled in red.

- Known hut site remnants visible in high-resolution DEM.

An aerial LiDAR image representing dense woodland. Colour is used to represent height, with red representing the highest points of the canopy, through shades of yellow, green and finally blue representing the lowest points of the terrain.

- Detailed ground surface representation available under dense woodland.

An aerial LiDAR image of the entire Budj Bim project survey area, with place names marked from Mt Eccles through to Tyrendarra Flora Reserve.

- Entire Budj Bim LiDAR project survey area.

A LiDAR landscape view of Mt Eccles where laval flows are evident from the summit.

- Lava flows evident from Mt Eccles.

Aerial LiDAR image of Budj Bim National Park and surrounds.

- Budj Bim lava landscape.

View looking diagonally down over a cross-section of a known eel trap site. The image shows the waterway, grasses and terrain.

- Known eel trap site near visitors centre.

In 2019-20, the State partnered with the Gunditj Mirring Traditional Owners Aboriginal Corporation (GMTOAC) to provide high-resolution mapping, including high-density LiDAR, of the UNESCO World Heritage-listed Budj Bim region in south-western Victoria.

Budj Bim contains one of the world's oldest and most extensive aquaculture systems. The data was used by the Traditional Owners to discover undocumented areas of fish traps and remnant stone huts and will continue to be used for many land management purposes to protect this important Aboriginal Heritage site. The GMTOAC owns this data and any use requires their permission.

Extent: 300 km2
Point density: 30 points/m2 (first returns)
Colourised: RGB
Coordinate reference system: GDA2020 MGA 54, AHD
Point cloud: LAS 1.4, ICSM level 2
Elevation products and resolution: DEM 10 cm, DSM 10 cm, INT 10 cm
Vertical accuracy: 10 cm (RMSE)

Availability: Restricted via coordinated.imagery@transport.vic.gov.au

Partner agencies: Gunditj Mirring Traditional Owners Aboriginal Corporation.

View elevation glossary (DOCX, 140.1 KB).

LiDAR technology used at the Budj Bim World Heritage site near Portland has revealed eel and fish traps and stone huts that have not been recorded before.

Page last updated: 17/09/24