Brodersen Lab
@brodersen_lab
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Why did the earliest plant vascular systems diversify so rapidly? We think they evolved to tolerate drought. We show why xylem connectivity was critical for preventing hydraulic failure. @BoudaLab @WasonLab @KyraPrats @HuggettLab @Medullosa 🧵👇.
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RT @Brodribb_Lab: This conversation article describes some recent work we did when Prof Craig Brodersen @brodersen_lab visited Tasmania an….
theconversation.com
Plants shape Earth’s atmosphere by moving carbon and water vapour. New research sheds light on how they learned to do it – and how it may change in future climates.
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RT @HochbergUri: New exciting paper from @brodersen_lab!.A new method for guard cell turgor determination leads to novel understanding of t….
pnas.org
Diversification of plant hydraulic architecture and stomatal function coincides with radical changes in the Earth’s atmosphere over the past 400 my...
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RT @Brodribb_Lab: New paper in @NewPhyt : Fine root networks match or exceed stem resistance to xylem embolism in ten diverse species. @Bot….
nph.onlinelibrary.wiley.com
Resolving the position of roots in the whole-plant hierarchy of drought-induced xylem embolism resistance is fundamental for predicting when species become isolated from soil water resources. Publ...
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RT @jongewirtzman: Really excited to share: our research on the hidden world inside living trees now available as a preprint! 🌳🔬🦠🧬Did you k….
biorxiv.org
Despite significant advances in microbiome research across various environments[1][1], the microbiome of Earth’s largest biomass reservoir– the wood of living trees[2][2]– remains largely unexplored....
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RT @BoudaLab: The new Plant Ecophysiology department @UniHohenheim has opened a 3-yr postdoc in plant hydrodynamics. If you want to test….
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New paper out on 3D xylem networks by Ana Fanton, and @BoudaLab! Xylem-dwelling pathogen unaffected by local xylem vessel network properties in grapevines (Vitis spp.)
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RT @AoB_PLANTS: 💧🌿 New article in @AoB_PLANTS on spatial and temporal dynamics of starch consumption and cell viability within Vitis ripari….
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Come join our lab at the Yale School of the Environment. We’re hiring a new postdoc to collaborate with engineers and developmental biologists to understand the tradeoffs and constraints in optimizing photosynthesis and leaf biomechanics:
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RT @KyraPrats: Check out our new paper on drought-induced starch depletion in grapevine 🍇 @morganfurze @brodersen_lab . .
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RT @Science_Academy: The tension is gripping, and Prof Tim Brodribb FAA loves it. He studies the tug-of-war between forces as plants draw w….
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RT @NewPhyt: Many congratulations to our Associate Editor Tim Brodribb @Brodribb_Lab @UTAS_ on his election to the Fellows of the Australia….
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RT @BotanistBea: Our paper on root system vulnerability has been published in @NewPhyt! So excited to have worked with @KatePlantPhys @Vane….
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RT @Scott98373586: Officially promoted to Associate Professor today, wow time has gone by so fast! I would not be here without the inspira….
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RT @PlantLabUlm: 3 PhD positions at Ulm University (Germany) in plant ecophysiology, functional anatomy, and fluid transport in plants; for….
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RT @LC_Sanford: #postdocposition I am looking for two postdocs to join the SPIRES Lab at the Yale School of the Environment. More informati….
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RT @YaleEnvironment: YSE is hiring for two new tenure-track #faculty positions!. Assistant Professor in Society and #Forests: https://t.co/….
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RT @frederic_lens: 📢 Tansley Review paper officially published and open access: Functional xylem characteristics associated with drought-in….
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