Applications closing soon. Don't miss this fantastic PhD opportunity on shellfish reefs, spanning Europe and Australia.
@melaniejbishop
Professor of Marine Ecology at Macquarie University, Sydney, Australia; Co-founder of Living Seawalls; Deputy Director Smart Green Cities Research Centre Seascapes - Nature based solutions - Restoration ecology - Eco-engineering - Shellfish Reefs
Applications closing soon. Don't miss this fantastic PhD opportunity on shellfish reefs, spanning Europe and Australia.
GLOBAL PHD IN TRAITS SHAPING SHELLFISH REEF RESILIENCE
Macquarie University and University of Groningen are pleased to offer an exceptional student a cotutelle PhD opportunity to examine how the self-assembly of shellfish reefs confers resilience to stressors. See:
www.mq.edu.au/research/phd...
Interested in marine conservation and nature positive? Ready to take the next step with research training, at two leading universities, spanning two continents? @drcarmelmc.bsky.social and I are looking to recruit a PhD student! Further detail and how to apply below.
Awesome postdoc opportunity, in a great lab
SO. MUCH. ALGAE! So interesting to see how Living Seawalls, initially designed for Sudney Harbour, perform at different locations!
Check out the latest Living Seawall, in Ireland, thanks to Louise Firth and her amazing team! Can't wait to see what moves in!
It's looking great! Congratulations Plymouth crew!
๐ @livingseawalls.bsky.social is awarded the NSW Department of Climate Change, Energy, the Environment and Water Eureka Prize for Environmental Research: youtu.be/l76BDpJ7HU4
#EurekaPrizes @sims-australia.bsky.social @melaniejbishop.bsky.social @cariocamayer.bsky.social @marialvozzo.bsky.social
@livingseawalls.bsky.social is a finalist in the NSW DCCEEW Eureka Prize for Environmental Research.
Learn more: youtu.be/9yrRzgyZqoI
#EurekaPrizes @sims-australia.bsky.social @melaniejbishop.bsky.social @cariocamayer.bsky.social @marialvozzo.bsky.social
Great looking poster, well done!
Artificial lights can reverse shading effects from overwater structures, but their success depends on the environment ๐ก
In low-turbidity areas, low-intensity light mimics natural conditions, while high-intensity light promotes algal growth ๐ฑ ๐งช ๐
๐ doi.org/10.1111/1365...
Fieldwork Friday!๐
Our team has been busy these past couple weeks surveying the biodiversity and vertical zonation patterns on our oldest Living Seawall. Big thanks to Aliah Banchik who joined us out in the field on Wednesday and took some great photos for us!
Strongly agree with this letter in Science arguing that field-based research should be more highly and fairly valued in academia. www.science.org/doi/10.1126/...
Hi all, nice to see so many of you on here! Here is our crew in the field; look forward to hearing what everyone is up to!