Ecophysiologist - Fascinated by how plants "feel" everything - Learning every day and in every place I go
Researcher Scientist
Moving to @celiamrd.bsky.social
#NewPaperOut At last! I'm very pleased to share this work 😎 Leaf tissue damage, due to high embolism levels, may invalidate indirect measurements of stem water potential in tomato and grapevine leaves under extreme water stress: https://t.co/P2KUcMMMu6
#Drought doesn’t follow one script: trees vary in how they close #stomata, lose conductivity, and regulate #aquaporins🌿💧
📰New paper out in @PPLplantarum
https://t.co/nPNwsbJFFB
#NewPaperOut Stomatal-To-Epidermal Cell Size Ratio and Physiological Coordination Influence Stomatal Response Speed to Leaf Water Disruption in Tomato Plants
https://t.co/mCHWCQT0c5...
Tomato plants grown under high VPD respond faster to leaf water disruption 🌿
Just published by @AlexJH_Gonzalez et al. in @NewPhyt
Fifty shades of fade: linking transmittance loss to cellular death during leaf dehydration 🌳🔬
Check out our new way to follow cellular mortality using cavicams at: https://t.co/m9SjBjiqoi
New paper in
@NewPhyt
Basal axillary buds in pea are hydraulically connected to the stem but are protected during drought by osmotic adjustment
@Here_be_dicers@CoEPlantSuccess@JazHumphreys
https://t.co/oi1f41c4Xx
#NewPaperOut Physiological Traits Combination Shapes Common Strategies of Water and Carbon Use Regulation Across Fruit Tree Species https://t.co/mCHWCQTy1D...🌿🍋🍑 We studied 10 fruit tree spp, finding that Hv, SLA, VI, and TLP explained the emergence of two distinct strategies
📢Interested in plant drought resistance and tree mortality?🌳🌿
👥Join us to explore key physiological mechanisms behind these processes!
👨🎓We’re seeking strong candidates to apply for a MSCA Postdoc Fellowship in our team.
🗓️Deadline: 10 Sept 2025 → https://t.co/qIxI8GtE99
New paper in @PlantPhys
Substantial capacitance found in the roots of 2 contrasting conifer species
@CoEPlantSuccess @AbioticStress @Brodribb_Lab
https://t.co/RwbyiUSny2
We are hiring!
Looking for 2 motivated PhD students within a joint @dfg_public project between Ulm University (research team of Steven Jansen) and my team at @TU_Muenchen
Application deadline 30 April 2025 (CV and a cover letter ).
📢 New publication 'Using long-term field data to quantify #water potential regulation in response to #VPD and soil moisture in a conifer tree' by Ibrahim Bourbia, Luke Yates, Timothy Brodribb in @NewPhyt@Brodribb_Lab 💧
https://t.co/D1KloN8z7B
#drought
📃Our new review is out! 🌿 How does drought memory shape leaf morpho-physiological traits in plants? Dive into the mechanisms, from epigenetics to phytohormones. Read here: https://t.co/ckCkPevHtU
@ELSenviron
#ecophys#plantscience#droughtstress
Rooted in potential: advances in estimating spatiotemporal root water uptake in situ
📖 https://t.co/vHYbQ6fh2e
#Commentary by Burks and Tumber-Dávila highlighting the recent work by Rickard et al.
📖 https://t.co/70CosisBgn
Happy to share our new paper in @PlantPhys
Polyploidy drives changes in tissue allocation modifying whole-plant water relations https://t.co/lQ7B5D9MJH
With @Brodribb_Lab@IbrahimBourbia and the support of @CoEPlantSuccess
Rapid report in @NewPhyt
Using long‐term field data to #quantify water potential regulation in response to VPD and soil moisture in a conifer tree
https://t.co/bQOjgJDhp7
@CoEPlantSuccess@IbrahimBourbia
This conversation article describes some recent work we did when Prof Craig Brodersen @brodersen_lab visited Tasmania and brought his bubble laser with him.
https://t.co/uJNtWTZCuL