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Grasslands and shrublands are beautiful and diverse, and it takes lots of UAV observations to fully appreciate their phenology. The latest from David Wood, Scott Powell, & more doi.org/10.3390/rs1405…

We are hiring 5 post-doctoral researchers at #LSCE in Paris, on wetland GHG modeling, CO2 atmospheric inversions, CH4 atmospheric inversions with Kayrros and high resolution vegetation C fluxes CLand IPSL 🌍 4C Climate Carbon H2020 CoCO2 Project sharebox.lsce.ipsl.fr/index.php/s/8Z…

Happy to share our new Global Change Biology paper led by @MPDannenberg, "Exceptional heat and atmospheric dryness amplified losses of primary production during the 2020 U.S. Southwest hot drought" UA School of Natural Resources and the Environment Arizona Remote Sensing Center uaz_edo onlinelibrary.wiley.com/share/author/N…

Satellite soil moisture retrievals are actually more relevant to global plant water uptake than commonly appreciated. Our perspective article, available as a preprint, argues why. 1/7 essoar.org/doi/10.1002/es…

Investigating vegetation stress?🌱You can now submit to our #EGU23 session: Advancing Our Understanding of Vegetation Stress and Its Feedbacks With Our Climate System: tinyurl.com/ywezakdw @JuliaKGreen1 zheng fu @DocAHarper

Revealing critical soil moisture thresholds of plant water stress across the world 🍂 Delighted to see our publication zheng fu just published Science Advances. When #drought draws down soil moisture to the point at which plants reduce transpiration science.org/doi/10.1126/sc…

Great team work with zheng fu Andrew Feldman Pierre Gentine @LabPrentice @stoy_lab @Ana__Bastos JP WIGNERON and flux towers data from FLUXNET_Coop ICOS RI The study shows the role of sandy soils, leaf area, rainfall and atmospheric dryness controlling critical soil moisture

Interested in the evaluation of soil #moisture products💧 from L-band satellites SMOS and SMAP ESA Earth Observation ESA Climate Office NASA SMAP 🚨 New paper by Hongliang Ma, JP WIGNERON zheng fu and lot of other colleagues authors.elsevier.com/c/1g5Gy7qzSxcGN

New exciting paper by wonderful postdoc Xu Lian nature.com/articles/s4146…. We provide a global data-driven, physics-constrained, estimate of canopy interception and emphasize the change in re-evaporation due to changes in rainfall intensity.

Why did #methane surge in 2020 ? Our article just published @nature shows that the high growth rate of CH4 in 2020 is explained half by decreased OH removal & half by more wetland emissions Shushi Peng CEA GlobalCarbonProject IPSL 🌍 … 🧶 nature.com/articles/s4158…

We are looking for a PhD student to work on terrestrial ecosystem and agricultural science using geostationary satellites, please RT! Zhou Zhang (张舟)

Abstract submission is until January 10 for EGU2023, this April in Vienna & Online! BG3.14: Advances in understanding water-carbon interactions meetingorganizer.copernicus.org/EGU23/session/… Organized with @JuliaKGreen1, Dr. Mallory Barnes, @Novick_Lab & Markus Reichstein

Accepting applications for attending the 6th training course, New Advances in Land Carbon Cycle Modeling. It covers new theory on land carbon cycle, matrix approach, data assimilation, machine learning, and ecological forecasting.

Interested in understanding water-carbon dynamics? Come to our session bright and early tomorrow (8:30 CEST, Room 2.95 or online). We are looking forward to all the exciting talks! Vincent Humphrey @JuliaKGreen1 Dr. Mallory Barnes Zheng Fu @Novick_Lab tinyurl.com/3ytjfncz #EGU23

Space available for 3-4 #postdocs, 1-2 #permanent_staff, or hosting #students, #visiting_scholars on modeling land biogeochemical cycles (CNP), particularly belowground dynamics. If you are curious about research experience in China, please✉️ [email protected]

New paper by Zheng Fu, Philippe.ciais, Paul Stoy, @LabPrentice, Pierre Gentine, Andrew Feldman, dan yakir, WK Smith 🌎, et al. maps critical soil moisture thresholds of plant water stress globally. nature.com/articles/s4146…

🛰️🌱💧New study using SMOS satellite soil moisture and land surface temperature daily peaks to create the first global map of the soil moisture critical threshold below which plants turn water-stressed ESA Climate Office ESA Earth Observation LSCE IPSL Congrats Zheng Fu & 🙏 to a great team!