Hi! I'm an #actuallivingscientist using stable isotopes & leaf hydraulics to understand CO2 & H2O exchange between leaves & the atmosphere!
@Lehmann_Lab@UniBasel_en @WSL_research @LucasCernusak @cormier @ehleringer I had a blast nerding out on hydrogen isotopes with such a great bunch of scientists! Feeling very optimistic for the research field and looking forward to sharing the progress we’ve made!!
Want to learn about the power of stable isotopes to investigate plant C-use strategies and responses to environmental change?! Come work with us! 10 days left to apply! Can't make the deadline? Send us an email!
Interested in stable isotope physiology?
Want to know how plants have metabolically responded to environ change?
📢We're recruiting a PhD student to investigate the environ and biochemical factors that shape d2H of plant cellulose! App. deadline Dec 10: https://t.co/b3plQNkH9s
I'm hiring a postdoc to work on a new project to redesign the 3D geometry of leaf cells to influence photosynthetic capacity. You'll join a team of scientists with the longterm goal of drawing down atmospheric CO2 with the help of plants. Details:https://t.co/GTnIDPDeK2
Our paper is out as an early view at @NewPhyt! Check our plant thermal tolerance research agenda which was informed by a global synthesis of methods used across ecological and agricultural disciplines. 🌎🌍🌏🌿🌡️ Summary 👇https://t.co/mGQ4YzRvzv
Interested in stable isotope physiology?
Want to know how plants have metabolically responded to environ change?
📢We're recruiting a PhD student to investigate the environ and biochemical factors that shape d2H of plant cellulose! App. deadline Dec 10: https://t.co/b3plQNkH9s
Using the #MAdLand2020 hashtag to promote three opportunities.
1. Plant Physiology is recruiting Assistant Features Editors for 2021 - https://t.co/Q68UgJIo7r
Online teaching is an opportunity for community sharing. We are posting "Plant Ecology in a Changing World" lectures/models/campuswalks (https://t.co/XrvyvkEl6e) and YOUTUBE videos (https://t.co/F2E0Nh0tfV). Subscribe if you would like as videos will be uploaded weekly.
Wondering why mature leaves are depleted in 13C compared to expanding leaves? What does it mean for interpreting WUE and global gross primary production? Check out our new paper led by Nara Vogado, with Klaus Winter,@GrahamDFarquhar and @LucasCernusak https://t.co/Jp67v1DXQZ
All #IsoCamp at Utah lectures and videos are online for broader dissemination, https://t.co/8vCBNTTnx8 and https://t.co/LDqYqbIli3; hope they are useful in your teaching and training
We want to quantify global tree mortality rates across protocols and measurement platforms and make this information available to the scientific community. Please help us!
RS: https://t.co/F6IF7XHZhi
Ground-based: https://t.co/u0wnXOvIPt
Working in the #alps or #mountains? Then please take part in @MIREN_mountains survey on #invasivespecies. We'd really love a global & multi-stakeholder perspective! Multiple languages available too! 🌿🐛🐎🐇🌍🌎🌏🗻 Link: https://t.co/vAokB1EXMl
For a really great overview on the importance of the circadian clock for understanding seasonal fluxes in CO2 and water vapour in natural settings and for improving crop performance, check out: https://t.co/HSLaEUai3Z @rescodedios
A really interesting article by Simon et al (https://t.co/TsFLBeEih0) @ant_dodd indicating that many elements of circadian regulation can influence WUE in Arabisposis. My commentary: https://t.co/YhAInWflmQ