
PSInet
@psinet_rcn
A global network to advance understanding of ecosystem water status and flows though the lens of soil and plant water potential. psinetrcn.github.io
ID: 1686407469524787201
01-08-2023 16:04:33
23 Tweet
125 Followers
63 Following


This new paper by Francesco Giardina shows that the sensitivity of evapotranspiration to water deficits varies massively across #FLUXNET sites. The next big question: How can we know this sensitivity across the globe and across the landscape? It's key for drought impact predictions...




New blog post on the #PSInet website! Francesco Giardina wakes up before dawn and gets to the bottom of how ET responds to water deficits (using deep learning). psinetrcn.github.io/posts/2023-08-…



🌿📢 Abstract call for #EGU24 is open! We're convening a session on plant and soil water status across scales, from empirical to modelling and remote sensing approaches. You can submit your abstract here: meetingorganizer.copernicus.org/EGU24/session/… @Novick_Lab Jessica Guo Mukund P Rao




Deepening our understanding of plant water transport is crucial to deciphering their resilience to environmental stress factors such as: #drought 🌞 #fire 🔥 #diseases 🪲 📰+ details in our #TansleyReview in New Phytologist 👇 nph.onlinelibrary.wiley.com/doi/10.1111/np… #PlantEcophys #PlantSci


Dr. Marylou Mantova and I are excited to announce the 2024 GRS on ‘Plant Resilience to Stress’ for ECRS! Apply now to this and the following Gordon Conference for a whole week immersed in plant vascular biology: grc.org/multiscale-pla… Hope to see you there! 🍃 Gordon Research Conferences (1/2)


Thrilled to share our paper in New Phytologist: "Spectral ecophysiology: hyperspectral pressure–volume curves to estimate leaf turgor loss", led by Raiza Castillo, w/ Alina Zare, Grace John, Gerard Sapes, Alston Lippert, & Nicole Mallen! #SpectralEcophysiology doi.org/10.1111/nph.19…
