Open position @umramap.bsky.social in French Guiana emploi-recrutement.ird.fr/offre-de-emp...

Submit an abstract to our #EGU2026 session "Microclimate Variation and Heat Impacts on Vegetation: From Molecules to the Biosphere"(meetingorganizer.copernicus.org/EGU26/sessio...) @kalimiddleby.bsky.social @santiagotrueba.bsky.social @sonyageange.bsky.social @egu.eu @egubg.bsky.social @hs.egu.eu

🌿 Doing science deep in the #Congo rainforest? Lucette Adet, postdoc at CREAF, is doing just that with the European project #CoForFunc. 📍They need to walk 30 km to the field site! 👉 The goal: to understand how tropical forests grow, survive, and handle environmental stress like #drought.

Job offer ‪@umramap.bsky.social Permanent position as R&D engineer in applied mathematics and computer science to develop 3D LiDAR point clouds processing algorithms for characterizing trees and forest stands. recrutement.cirad.fr/job/emploi-i... #pointcloud #LiDARScan #tree #forest

Loss of Stomatal Regulation Sensitivity to CO2 and Reduced Xylem Hydraulic Conductivity Contribute to Long‐Term Tree Decline and Mortality 🔗 buff.ly/uIiKrSI

New position open @umramap.bsky.social as R&D engineer to process 3D point cloud data to characterise plants and vegetation recrutement.cirad.fr/job/emploi-i...

Hello Bluesky! AMAP est une unité de recherche qui s'intéresse à la botanique et la modélisation de l'architecture des plantes et des végétations. AMAP regroupe des mathématiciens et informaticiens aux côtés de botanistes, agronomes & écologues 🌱🌿🌳🔬🛰️💻 amap.cirad.fr/fr/index.php #helloESR #botany

Residual leaf water loss changes during drought, impacting on future predicted plant mortality Led by @regisburlett.bsky.social with @santiagotrueba.bsky.social @martin-stpaul.bsky.social @hcochard.bsky.social @sdelzon.bsky.social @guillaumefo.bsky.social nph.onlinelibrary.wiley.com/doi/10.1111/...

Are tropical forests in the Americas changing as adaptation to ongoing climate change? Yes, they are! Are these changes enough to track their suitable climate? Not quite! Check out our paper in @science.org www.science.org/doi/10.1126/... to see more of what our network has been working on!

Simplification of woody plant trait networks among communities along a climatic aridity gradient - Camila Medeiros, Santiago Trueba, Chris Henry, Leila Fletcher, Jim Lutz, Rodrigo Méndez Alonzo, Nathan Kraft, Lawren Sack - Journal of Ecology t.co/F6VWVLJ6xl @nathanjbkraft.bsky.social

🌿The architecture of plant trait networks is more interconnected & complex in communities with higher functional richness under less arid climates 🧪 🌏 buff.ly/iok0dnU