From Victoria Government

2016 Bellarine Peninsula 1% AEP Coastal Inundation Dynamic Model with 0.2m Sea Level Rise

Created 05/05/2025

Updated 05/05/2025

The Bellarine-Corio Bay Local Coastal Hazard Assessment (LCHA) provides information on the extent of coastal hazards and their physical impacts for the Bellarine-Corio Bay coastal environment. Dynamic inundation modelling was carried out to create this data layer for 1% Annual Exceedance Probability (AEP) coastal inundation under the assumption of 0.2 m Sea Level Rise in 2016, for the following study areas along the coast of the Bellarine Peninsula and Greater Geelong area: Barwon Heads / Lake Connewarre; Breamlea; Newcomb; and Queenscliff / Lakers Cutting. Details of the assumptions made in the derivation of this information can be found in project reports on the Our Coast website: http://www.ourcoast.org.au/cb_pages/resources.php. Users of this information should read these project reports to understand the limitations of the data. Attribute Information: Max_d - Maximum depth (m); max_s - Maximum velocity (m/s); max_vxd - Velocity*Depth Criteria; max_wse - Maximuum water surface elevation (mAHD).

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Additional Info

Field Value
Title 2016 Bellarine Peninsula 1% AEP Coastal Inundation Dynamic Model with 0.2m Sea Level Rise
Language English
Licence Creative Commons Attribution 3.0 Australia
Landing Page https://devweb.dga.links.com.au/data/dataset/b05abb83-2dd8-49b8-adbf-a6190218ef05
Remote Last Updated 03/04/2025
Contact Point
Department of Energy, Environment and Climate Action
test@email.loc
Reference Period 24/10/2018
Geospatial Coverage http://www.ga.gov.au/place-names/PlaceDetails.jsp?submit1=GA7
Data Portal data.gov.au

Data Source

This dataset was originally found on Victoria Government "2016 Bellarine Peninsula 1% AEP Coastal Inundation Dynamic Model with 0.2m Sea Level Rise". Please visit the source to access the original metadata of the dataset:
https://discover.data.vic.gov.au/dataset/2016-bellarine-peninsula-1-aep-coastal-inundation-dynamic-model-with-0-2m-sea-level-rise

No duplicate datasets found.