My 3. Ph.D. project tackles the challenge to disentangle #MarineMicrobes associations’ #biogeography via sample-specific sub- #networks , which we used to quantify spatial recurrence allowing to determine global and regional #MicrobialAssociations

Join me at the The Royal Society meeting on 3 June to hear how beneficial #MicrobialAssociations can advance sustainable productivity in agriculture! 👇🏼
bit.ly/44jDEiI

High nitrogen fertilisation in paddy soil drives positive #MicrobialAssociations .

This can lead to increased plant production and pathogen control in agricultural ecosystems, a new study finds.

Check it out on Springer Nature:
bit.ly/48Bs4Qs

“Next-generation DNA sequencing technology is allowing us to step back into the past.”

An impressive study of plants’ ancient DNA reveals #MicrobialAssociations and changes in #PlantGenomes through history from Rafal Gutaker & Hernán A. Burbano on Kew Gardens: bit.ly/3SqerPt

Sustainable and affordable food may be a decade away due to advances in how legumes use beneficial #MicrobialAssociations to fulfil nutrient needs.

ENSA’s Min-Yao Jhu, PhD & Giles E D Oldroyd (he/they) 🏳️‍🌈 review progress towards nitrogen-fixing cereal crops in PLOS Biology ⬇️
bit.ly/3RU9exC

Soils in the Australian savannah systems harbour a unique #MicrobialAssociations 🦠🌳

Learn how this can help scientists address ecosystem degradation from University of Chinese Academy of Sciences researchers Xi'an Jiaotong-Liverpool University and Flinders University on Phys.org:
bit.ly/4ccInGD

🥳Congratulations to Leena Hamberg. The Special Issue has published 6 articles. Well Done!
🌲Please join us and read excellent works.
More details at: mdpi.com/journal/forest…
🔍 #treediseases #microbialassociations #invasivepathogens #climatewarming