Seascapes - Nature based solutions - Restoration ecology - Eco-engineering - Shellfish Reefs
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...
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...
#EurekaPrizes @sims-australia.bsky.social @melaniejbishop.bsky.social @cariocamayer.bsky.social @marialvozzo.bsky.social
#EurekaPrizes @sims-australia.bsky.social @melaniejbishop.bsky.social @cariocamayer.bsky.social @marialvozzo.bsky.social
Learn more: youtu.be/9yrRzgyZqoI
#EurekaPrizes @sims-australia.bsky.social @melaniejbishop.bsky.social @cariocamayer.bsky.social @marialvozzo.bsky.social
Learn more: youtu.be/9yrRzgyZqoI
#EurekaPrizes @sims-australia.bsky.social @melaniejbishop.bsky.social @cariocamayer.bsky.social @marialvozzo.bsky.social
In low-turbidity areas, low-intensity light mimics natural conditions, while high-intensity light promotes algal growth 🌱 🧪 🌎
🔗 doi.org/10.1111/1365...
In low-turbidity areas, low-intensity light mimics natural conditions, while high-intensity light promotes algal growth 🌱 🧪 🌎
🔗 doi.org/10.1111/1365...
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!
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!