So excited for @GiuliaFilippin5 who submitted her PhD thesis today evaluating the influence of shellfish on nitrogen cycling. Congratulations Giuli! So many wonderful science adventures ahead!! @DrABugnot@mqnatsci
Oyster reefs facilitate bioturbation in surrounding sediments. You can read all about it here: https://t.co/Md33SSqYvu. Also, a sneak peek of upcoming work, these same bioturbators drive nutrient cycling around reefs. Stay tuned, a lot more to come @SydneySOLES@harbourprogram
Very proud of the amazing work that just came out in Nature Sustainability forecasting the expansion of coastal infrastructure. Led by the Biosecurity team @Cawthron_NZ. @Sydney_Science@eec_sydney
https://t.co/UzU8ZxnNo4
A great mix of science, entrepreneurship and gourmet cuisine. Thanks @USydMSI@SEI_Sydney and @DrAnaVC for organising this fun event. Fingers crossed we can taste oysters F2F next year!
Masterโs student @Juliamarine25 is finding out if #bioturbator burrows could also influence N2 removal. She paired the chamber data with DNA analysis of sediment bacterial communities inside the burrows, to see if they are a habitat for nitrogen-fixing bacteria. (3/3)
Australian #oysterreef habitat has declined drastically since pre-colonisation times. Our focus is studying the funamendal #ecology of our remnant oystereefs in order to provide guidelines for future #restoration efforts @GribbenLab https://t.co/auszpiD27I