Our PhD internship experiment at @univbordeaux /@INRAE_Intl has been finally published in @JXBot 😍🥳 We analysed drought response of four coniferous tree species🌲 and introduced new integrative Stomatal Margin Retention Index🌿https://t.co/7xpfBn2WkI
#ecophys#drought
.@LJLamarque @SDelzon and colleagues assessed the resistance of different grapevine 🍇 varieties and wine regions in a future dry climate. If you enjoy a glass 🍷 of Pinot noir or Merlot don't panic, they're amongst the most resistant
https://t.co/a0UImTiydf
Des scientifiques @univbordeaux & @INRAE_France ont étudié la résistance à la sécheresse de l’appareil vasculaire de la vigne. Ils ont mis en évidence une grande variabilité de vulnérabilité entre cépages et identifié les régions viticoles les + à risque : https://t.co/hzqk6Joqmm
Thrilled to see this study out! The wide variation in drought resistance of the vascular system in grapevines outlines the heterogeneous risk of drought vulnerability of wine growing regions worldwide https://t.co/lkeS6rdxoq
@SDelzon @cel_delmas@gregorygambetta @BurlettRegis
❄🌿 Join us to learn about the newly published paper ‘Is a seasonally reduced growth potential a convergent strategy to survive drought and frost in plants?’ by Florence Volaire and co-authors in @annbot https://t.co/6Dn5tUYuIz #AoBpapers (1/11)
Our photo of esca symptoms on Sauvignon blanc leaves taken @INRAE_NA_BDX made the cover of Tree Physiology!
We published a paper on xylem occlusions and hydraulic failure in vine leaves led by @GiovanniBortol3 @gregorygambetta @SDelzon @LJLamarque@GianfRomanazzi@biovitis...
Today is #WorldWetlandsDay | Wetlands account for up to 80% of the total surface area in some Arctic regions, but many are becoming drier as a function of climate-induced permafrost degradation. Read more from @LJLamarque and @cen_nord@UQTR colleagues: https://t.co/H9dU89AShN
Our review on the strategies involved in dehydration stress survival in plant is out @annalsofbotany. Led by #FlorenceVolaire from @cefemontpellier
https://t.co/xwc0rcdbuZ
Model-assisted ideotyping reveals trait syndromes to adapt viticulture to a drier climate (Silvina Dayer, Laurent J Lamarque, Régis Burlett, Giovanni Bortolami, Sylvain Delzon, José C Herrera, Hervé Cochard, Gregory A Gambetta) #PlantSci@ljlamarque https://t.co/LIUEMKEkwI
This is the end 🍂! #drought x #esca experimentation on old grapevine plants for @PlanDepVignoble and @GPR_BPS ! Monitoring canopy stomatal conductance, stem growth, plant water status, leaf gas exchange, fungal activities using RNAseq… @inrae_save@UMREGFV @INRAE_BIOGECO
A few months ago, I gave an interview for the latest issue of @TIME ‘The Cold Truth: Lessons from the Melting Poles’ by @arynebaker with photos by @_AcaciaJohnson. Read about how climate change is impacting Alaska Native traditions and Arctic geopolitics.
https://t.co/ycVF16II0g