Ok, I see your point now. I understand this is a wrong use of the word nutrient here to actually refer to communities that are richer in nitrogen-loving species. Sorry if we have used a bad wording in the title. Shame that we did not realise it. It was not intended

The title does not say or even imply that we measured individual plant nutrients? We are clearly mentioning the community level of analysis. We basically showed how communities are getting enriched or not in plant species that love soil nitrogen, more open conditions, warmer conditions, etc.

*about

Why do you consider our title misleading? The title is about community composition, not avout individual species N content?

60-yr long time series of changes in local environmental conditions across habitat types (forests, grasslands, shrublands & wetlands) using plant species ecological indicator values #EIVs to track back those changes: increase in N-demanding & shade-tolerant species ⬇️

shorturl.at/RAHGc

Meilleur conseil de la journée!
Merci @sciencecqfd.bsky.social
➡️ Pintofscience.fr
Les humains d’min coin y proposent 1 top programme à Amiens, Beauvais, Boulogne-sur-Mer, Compiegne, Lille, et 1 bellot village: Ons-en-Bray !
Merci tous les chercheurs ( @cnrs-hautsdefrance.bsky.social & les autres)

@nmouquet.bsky.social

Salut Nico, pour info 😊 Hésites pas à faire suivre l'info à Maud, Nico et tous les membres du #CESAB

@666brunno999.bsky.social
@romainbertrand.bsky.social
@jakelawlor.bsky.social
@jennsunday.bsky.social
@lancasterlt.bsky.social

I cannot find everyone's BioShifts members' account on @bsky.app but please guys, help me add the missing ones 😉

We even made the cover & title: "Humans, micro-organisms, fauna, flora... 2100, the Earth, the great biodiversity redistribution has started"

This is the April issue of S&V, available in 🇨🇵 bookstores 🤩

@cnrs.fr
@upjv-univ.bsky.social
@cnrsecologie.bsky.social

The #BioShifts working group made it to Science & Vie 🤩 I used to read this French scientific outreach magazine back in the late 1990's 😍 My teenager me couldn't imagine that 😅 I am so proud for the #BioShifts team 🌳🌲🌴🪻🐸🦋🪸🐠 Our research funding body #FRB will also be happy 😁

@frbiodiv.bsky.social

A master piece led by Brunno Freire Dantas de Oliveira 👏🙏👍🎉

@666brunno999.bsky.social

I am so proud of this paper ⬇️ recently published in PNAS 🤩 Four years in the making and countless computing hours to get bioclimatic velocities from species distribution models #SDMs that were tailored to each species and study from which we extracted empirical estimates of species range shift rates

Climate niche models correctly predicted the direction of some empirically documented range shifts for bird species in the genus Tyrannus. CREDIT: Jeewantha Bandara.

Climate niche models underestimate the speed with which species move in response to climate change, according to comparisons between the models and observed shifts for more than 3,500 species. Median rates were four times faster than predicted. In PNAS: https://ow.ly/Mokn50YCqty

Non, les espèces végétales migrent moins rapidement en latitude mais chez les espèces animales, il y a aussi de très fortes variations suivant les groupes taxonomiques étudiés dans la littérature scientifique

#streetart.
Artiste. Brusk * Cedric Kozluk *

@666brunno999.bsky.social
@romainbertrand.bsky.social
@fabrovillalobos.bsky.social
@jakelawlor.bsky.social
@jennsunday.bsky.social
@lancasterlt.bsky.social
Nikki Moore
Lise Comte

& many more...

@cnrs.fr
@cnrsecologie.bsky.social
@upjv-univ.bsky.social
@cnrs-hautsdefrance.bsky.social

Cette étude porte aussi sur les espèces végétales 😉

#Communiqué 🗞️ À l’heure où le réchauffement climatique redessine la carte mondiale de la biodiversité, une étude d’envergure internationale révèle un décalage majeur entre prévisions scientifiques et réalité observée.

👉 www.cnrs.fr/fr/presse/ch...

Des espèces se déplacent jusqu’à quatre fois plus vite que ne l’anticipent les modèles climatiques : c'est ce que démontre une nouvelle étude, avec l'implication de @jonlen.bsky.social #EDYSAN.

@upjv-univ.bsky.social

This work was beautifully spearheaded by Brunno Oliveira as part of his postdoc position within the #BIOSHIFTS working group hosted at the French synthesis center for biodiversity #CESAB in the beautiful city of Montpellier 🤎🇨🇵

@frbiodiv.bsky.social

Species range shifts often speed ahead of their modeled climatic niches | PNAS Anticipating how species distributions will shift with climate change is key for biodiversity conservation and management. Commonly, species’ range...

After 4yr of hard work to compare empirical species range positions' shifts from the #BioShifts DB against predictions from niche-based models trained on climate & tailored to methodological attributes of each species & study, we found species shift ahead of models' predictions! 🦋

shorturl.at/vOmCw

Replay of a talk I gave at the Symposium on Transdisciplinary Research for a Healthy Planet (Reims University, 4-5/12/2025):

"Forest microclimates as nature based solutions in response to climate change"

shorturl.at/4wTSA

@cnrs.fr
@cnrsecologie.bsky.social
@cnrs-hautsdefrance.bsky.social

Huge thanks to #BioScience for featuring our paper "Too Cute to Be Wild" on the cover of their March issue! 🐻🧸✨

doi.org/10.1093/bios...

Never thought our work on teddy bears would take us this far! 💚

with @thierrybrassac.bsky.social, N. Blanc, N. Casajus, and A.S. Tribot 👏

🧪🌐🌍🦤

Big congrats to Brunno Oliveira & Jonathan Rolland for leading this amazing piece of work: a product of the BIOSHIFTS working group #CESAB

@666brunno999.bsky.social

@frbiodiv.bsky.social
@cnrsecologie.bsky.social

Genetic Diversity Impacts Climate‐Induced Species Range Shifts Genetic diversity may buffer species against climate-driven range contractions and facilitate expansions, but its role at a global scale remains unclear. Using 4673 range shift estimates for 1888 spe....

Genetic diversity matters for species on the move in response to climate change ⬇️

We found that genetic diversity interacts w/ the velocity of climate change to explain the velocity at which species shift their range positions over time

shorturl.at/682E3

Genetic Diversity Impacts Climate‐Induced Species Range Shifts Genetic diversity may buffer species against climate-driven range contractions and facilitate expansions, but its role at a global scale remains unclear. Using 4673 range shift estimates for 1888 spe...

Genetic diversity shapes climate-driven species redistribution:

🚨Genetic diversity slows species range shifts, especially at the trailing edge and under rapid climate change—consistent with the evolutionary rescue hypothesis.

onlinelibrary.wiley.com/doi/10.1111/...

Genetic Diversity Impacts Climate‐Induced Species Range Shifts Genetic diversity may buffer species against climate-driven range contractions and facilitate expansions, but its role at a global scale remains unclear. Using 4673 range shift estimates for 1888 spe....

Does genetic diversity help species keep up with, or tolerate, climate change? 🌡️🌍

Our new BioShifts paper shows that high genetic diversity 🧬:
1) Reduces range contractions under fast warming
2) Accelerates range expansion under moderate warming

onlinelibrary.wiley.com/doi/10.1111/...

Cardamine heptaphylla in full bloom at the Jardin des Plantes in Paris 🤩🗼🇨🇵

Great work led by Kai Yue @transformergarbage.bsky.social 👌👏🙏