Microbes in estuaries could be counteracting greenhouse gas effects to a greater extent than previously thought, a new study in Environmental Microbiology has revealed. https://t.co/HlLPGQJpjO @seb_euler
Our recent paper is featured as a @Nature research highlight!!
Here we showed that ~1/3 #Nitrogen and 2/3 #Phosphorus entering the #GreatBarrierReef comes from #Groundwater, not #SurfaceWater. This equates to 2x the N and 6x the P contributed by rivers!
https://t.co/Qv8XtFSqke
What a great time at #AusME22! Learned a lot about the many facets of #microbial#ecology. Big thanks to all the awesome people involved and @AusME_microbes + @greeninglab for organizing 🦠🌱🙏
Also appreciated the insightful discussions around my poster (find it below 👇)
Comparative Analysis and Data Provenance for 1,113 Bacterial Genome Assemblies | @ASMicrobiology mSphere https://t.co/778uXtqgNd
We did a thing! Check out the latest paper from my group at @officialATCC in #genomics and #bioinformatics 🧬🧬💪🥳😁
Mangroves🌱never cease to amaze! Massive bacteria discovered in the Caribbean blurring the lines between eukaryotes and prokaryotes. https://t.co/sxnJquC1jo.
This study investigated how cell shape and the motility of individual cells influence how macrophages scan for signs of infection. https://t.co/qZKiXX8VRF
Don't let the smiles fool you, this fieldwork last week was tough - working during rising floods, heavy rain, road closures, falling branches, leeches and mozzies! Massive thanks to #NewTwitter and PhD candidate @seb_euler for the helping hand 🙌...
First post! Feeling great - just finished a new publication draft about methane cycling niches in a vegetated estuarine continuum. It had been a tough but rewarding trip to the Great Barrier Reef catchment area up in Agnes Water and I am happy to finally put it all together 🙏