@FishInTheNews This publication is only available for AKA members and apparently no individual articles or issues can be purchased. Does anyone have a copy that could be shared with me?
Our study ‘The #global#human impact on #biodiversity’ is out @Nature https://t.co/l43XvFrxWQ
🌍🌐🐟🌿🪲 🫎🦋🐝🪲
Unprecedented #synthesis of >2000 studies shows humans are not only shrinking species numbers—but reshaping entire communities across the planet.
🧵1/4
Any of my followers still in this heII site?
Can I interest you in a new method we developed for comprehensive assessment of biodiversity across the tree of life using #eDNA ? 🧬
Check our new preprint now on #SEQIDIST metagenomics
@paper1000fraud@STOTEN_journal Please do not discredit legitimate collaborative research projects as fraud. It really takes such a large number of scientists to gather and analyze this kinds of huge datasets.
Proud to have led the @UNESCO eDNA Expeditions with the World Heritage marine programme! 21 sites, 250 kids, cutting-edge eDNA tech & amazing results!
We identified 4000+ species—28 mammals, 86 sharks+rays & 120 Red List-threatened species!
@IocUnesco
➡️https://t.co/1qpcSdMSEg
PhD alert!!! I am advertising a PhD position in spatial modelling in ecology. If you want to have fun trying to understand ecological processes applying cool models with pretty pictures drop me an email!!
More info in the link (project 3)
https://t.co/EfZ5ZrYxoa
Discover the seasonal dance of marine plankton! 🦠🧬Find out how dinoflagellates, Phaeocystis, and diatoms shape the North Sea's eukaryotic microbiome across seasons🌊 #mBio@michielperneel@VLIZnews@PascalHablutzel@MaereLab https://t.co/ugBA8TI5l4
In an article just published in @mbiojournal, @vliznews and @viblifesciences joined forces to leverage metatranscriptomics to investigate the seasonal metabolic dynamics of marine plankton. https://t.co/Qzc8W7zVlZ. A 🧵 (1/8)
Our study underscores the potential of metatranscriptomics as a powerful tool for advancing our ecological understanding of marine ecosystem functionality and resilience of the ocean's eukaryotic microbiome. (6/8)