François-Xavier Joly

@fxjoly.bsky.social

Soil ecologist at INRAE @inrae-france.bsky.social. Invertebrologist. Collects soil invertebrates and their poo for a living.

📢 Funded PhD opportunities for UK candidates in beautiful Edinburgh. Get in touch if you're interested in a PhD on understanding the mechanisms of soil carbon cycling and the role of microbes. We work in different ecosystems: peatlands, forests and agricultural soils. Please repost/spread the word.

Poster showing the following text: PhD in microbial mechanisms of soil carbon cycling. Soil microbes shape the global carbon cycle in life and death. We study the effect of aboveground land management on belowground soil carbon cycling processes. We aim create a scalable understanding of microbial processes from single cells to populations to communities to ecosystems. Pictures with text: peatland restoration, sustainable agriculture and woodland regeneration.

📣 Our paper on the effect of microplastics on decomposition is out in Applied Soil Ecology: "No short-term response of microbial or isopod-driven litter decomposition to microplastics". ​ ⚠️ Spoiler: We do not report any significant effect, and yes it matters. www.sciencedirect.com/science/arti...

No short-term response of microbial or isopod-driven litter decomposition to microplastics

Microplastic pollution is a growing threat to soils, but its effects on plant litter decomposition remains poorly understood. Particularly, it is uncl…

sciencedirect.com

Hi there, my student is making a survey about the use of R packages in Ecology, could you please spend two mins on filling it 🥹 Very appreciated! And if you could spread it further (RT), that would be just awesome. ❤️ docs.google.com/forms/d/e/1F...

Exploring R Package Usage in Academia

I am running a quick survey to find out which R packages academics use the most in their research and teaching. The goal is to see which tools are essential, spot any gaps, and maybe even discover som...

docs.google.com

📣 Our paper on the effect of microplastics on decomposition is out in Applied Soil Ecology: "No short-term response of microbial or isopod-driven litter decomposition to microplastics". ​ ⚠️ Spoiler: We do not report any significant effect, and yes it matters. www.sciencedirect.com/science/arti...

No short-term response of microbial or isopod-driven litter decomposition to microplastics

Microplastic pollution is a growing threat to soils, but its effects on plant litter decomposition remains poorly understood. Particularly, it is uncl…

sciencedirect.com

Dear colleagues, If you use "Greetings of the day!", "distinguished speaker", or "your valuable submission" in your emails, my new bespoke spam filter will mark is as read and delete it. Works like a charm for now. I eagerly await for your valuable spam-filtering term suggestions. 🙏⤵️

An example of spam email from dubious journals inviting me to submit a manuscript to their journal (for a fee of course).

Introducing New Zealand's latest Bug of the Year- the magnificent Ngāokeoke / Velvet Worm! NZ has two genera: one lays eggs (Ooperipatellus, 1st photo) and another gives live birth (Peripatoides, 2nd). They also deposit sperm which burrow through their partner's skin, but that's another story! 🧪

A photograph of a velvet worm - an orange and purple-patterned invertebrate composed of many soft segments and tiny spined legs. The velvet worm has long, segmented antenna and a pair of organs on its head which squirt glue for prey capture.A photograph of a velvet worm - an Blue and yellow-patterned invertebrate composed of many soft segments and tiny spined legs. The velvet worm has long, segmented antenna and a pair of organs on its head which squirt glue for prey capture.

We're all on tenterhooks waiting for the results to be announced tomorrow for the NZ Bug of the Year competition! Here's a few of my favourite contenders. Now voting is over I'll admit I have been quietly rooting for the velvet worm too - they're amazing animals! Good luck #TeamGiantSpringtail!

A photograph of a giant springtail on a decaying log. The springtail has soft blue skin, and is covered in soft, pointy yellow spines.A photograph of a velvet worm on a decaying log. The velvet worm has many legs, soft blue skin, and is covered in beautiful orange dots scattered randomly over its body.A photograph of a pair of leaf-veined slugs on a decaying log. One is orange and the other is green, and both have a leaf vein-like branching depression running down the midline of their bodies, giving them a leaf-like appearance.A photograph of a manuka chafer beetle walking on a bright yellow sheet. The beetle is beautifully iridescent green with orange-brown legs.

Hello, Bluesky! ☀️ We fund frontier research in Europe—bold ideas, unexpected discoveries and science that shapes the future. So it’s only fitting we’ve landed here. Sorry for being late. Follow us for updates on ERC funding, research policy, and our grantees' discoveries.

Tough but essential debate for our labs. Aude Valade from our unit and Tamara Ben Ari, call for a convention on the environmental ethics of research: How do we decide what research to continue? What criteria to evaluate energy-consuming research? How can we distribute reductions? Paper in French 🇫🇷

« Nous appelons à l’organisation d’une convention nationale de l’éthique environnementale de la recherche »

TRIBUNE. Tamara Ben Ari et Aude Valade, chercheuses en écologie et agronomie, estiment que les initiatives existantes ne suffisent pas pour dessiner une recherche éthique, alignée avec les impératifs ...

lemonde.fr

Eco&Sols has now moved to bluesky! Our research unit works on functional ecology and biogeochemistry in agroecosystems, from the biodiversity in soil aggregates, to plant-soil interactions and global C cycle. This account will share publications, project updates, job opportunities and more.

Bild

Hi bluesky! I will only share news on my research here. My main topics are microbial ecology and biogeochemistry. My current research digs into the functioning of root-soil system in deep horizons of agroforestry systems and the global life history strategies of soil bacteria. Recent publications 👇

Life history strategies of soil bacterial communities across global terrestrial biomes - Nature Microbiology

Analysis of metagenomes from across the globe reveals the spectrum of soil microbial functional diversity based on community aggregated traits.

nature.com