Supported by Beach Energy, scientists from Deakin University's Blue Carbon Lab in Victoria are placing mangrove seeds in net-like frames in coastal locations in Port Phillip Bay and Western Port Bay to promote their growth. The structures slow water flow and encourage soil accumulation, and are particularly beneficial in areas that have experienced erosion or harsh environmental conditions hindering roots from establishing themselves. The 3D-printed lattice, made of potato starch from industrial waste, biodegrades within two to 10 years.
Mangroves
Method: Hybrid, Planting
Rehabilitation - method: Direct seeding and planting into BESE-elements structures
Mangrove species: Avicennia marina
Hybrid structure: Biodegradable structures (BESE-elements structures)
Hybrid structure height (m): 0.922
Hybrid structure width (m): 0.455
Approach
Mangroves
Geographic context
Bay
Organisation responsible
Blue Carbon Lab and Beach Energy
Primary objective
Coastal protection
Coastal hazard
Erosion
Asset vulnerable
Natural
Date of completion
Ongoing
Cost ($AUD)
$590,000
Source of project funding
Department of Environment, Land and Planing of Victoria (DELWP)