Report

Two Rocks Marine Park protects unique inshore lagoon habitats that are key areas for benthic productivity and the recruitment of rock lobster and reef fish species. It is also an important foraging habitat for several species of seabirds.

The park is 25 kilometres north-west of Perth and the Western Australian Marmion Marine Park. It covers 882 square kilometres, and has National Park and Multiple Use zones. – Parks Australia

Two Rocks ranges from 15 to 96 metres depth, with an average depth of 50 metres. The majority of the park (71%) falls within the mesophotic zone (30-70 metres) [view on map]. The mapped areas of the seafloor are dominated by Plane (95%) and Apron (2%) morphological features [view on map].

No public seafloor imagery (Squidle+) is currently available for this Park.

All data
Public/analysed data
Coverage and accessibility of bathymetry (AusSeabed) and habitat observations (SQUIDLE+; green, GlobalArchive; purple, and MARS database; orange) for selected region.

What's known about the Two Rocks marine park?

The current state of research knowledge (bathymetry, physical and biological observations, seafloor habitat maps) for this region.
Habitat and bathymetry summaries last refreshed August 2024. Habitat observations are refreshed weekly from data providers.

Habitat

Habitat Area (km²) Mapped (%)
% of coverage (relative to surveyed area)
Total (%)
% of coverage (relative to total region area)

Bathymetry

Resolution Area (km²) Mapped (%)
% of coverage (relative to surveyed area)
Total (%)
% of coverage (relative to total region area)

Habitat Observations

  • 0 imagery deployments (0 campaigns)
  • 0 video deployments (0 campaigns)
  • 0 sediment samples (0 analysed) from 0 surveys

Research Effort

Data Quality

What's in the Two Rocks marine park?

Underwater seafloor imagery and dominant seafloor annotations from this region.

Imagery

Representative
Highlights
Loading imagery deployment data...

Pressures acting on the Two Rocks marine park

The pressures and activities occurring in this region.

Pressures & Activities