📢 New publication '#Soils drive convergence in the regulation of vascular tension in land #plants' by Andrea Carminati, Mathieu Javaux, Fabian Wankmüller and Timothy Brodribb in @ScienceMagazine.
https://t.co/yHCfuei21X
@Brodribb_Lab
New paper out in @PlantPhys showing that arbuscular mycorrhizal colonization does not improve root hydraulic supply in tomato and pea
https://t.co/IE5F1ftq9q
@Jiacan_Sun@IbrahimBourbia Eloise Foo, @CoEPlantSuccess
Interested in plant water relations? We have an exciting opportunity for a fully funded PhD position starting in June 2026. More info about the project : Discovering the character of trees👇:
https://t.co/fjuZRUCT7G
Really proud of @HanhPlantGene for submitting her PhD thesis today! It’s a massive achievement and a privilege to have been a part of her journey, all the way to seeing her click submit. Congratulations Hanh!
📢 New publication 'Basal axillary buds in #pea are hydraulically connected to the stem but are protected during #drought by osmotic adjustment' by Christopher Ray, @JazHumphreys, Luke Yates, Steven Smith and Timothy Brodribb in @NewPhyt.
https://t.co/MSYLUAiZa4
@Brodribb_Lab
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
Check out our recent work published in @NewPhyt showing how pea plants protect basal buds during drought while maintaining hydraulic connection to the stem, ensuring rapid regrowth when rewatered. Work led by @Here_be_dicers with @Brodribb_Lab@CoEPlantSuccess
📢 New publication 'Substantial capacitance found in the roots of 2 contrasting #conifer species' by Christopher McCarthy, Ibrahim Bourbia and Timothy Brodribb in @PlantPhys.
https://t.co/MAm0KJE6c0
@Brodribb_Lab
📢 New publication 'In situ cavitation bubble manometry reveals a lack of light-activated guard cell turgor modulation in bryophytes' by Craig Brodersen et al. in @PNASNews
https://t.co/5U8CmpyMwo
@Brodribb_Lab#stomata#bryophyte
New paper in @PlantPhys
Substantial capacitance found in the roots of 2 contrasting conifer species
@CoEPlantSuccess @AbioticStress @Brodribb_Lab
https://t.co/RwbyiUSny2
Introducing a new approach for quantifying plant water potential responses to both soil and atmospheric water deficits, and using this to infer/quantify species-specific stomatal behavior
📢 New publication '#Polyploidy drives changes in tissue allocation modifying whole-plant #water relations' by Javier López-Jurado, Ibrahim Bourbia and Timothy Brodribb in @PlantPhys 💧
https://t.co/c7pHAGiInB
@Brodribb_Lab
📢 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
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