Martin Baur

Article: Fire affects the hydrological interactions between soil and vegetation, leading to faster soil moisture loss and accelerated vegetation water uptake @MartinJBaur @eco_pelle nature.com/articles/s4156…

Happily sharing our latest work published in @Nature: doi.org/10.1038/s41586… How does #soil texture influence #plant #water stress and #ecosystem vulnerability to #drought on a #global scale? :) Thanks to a fantastic team of co-authors ... (see below 👇)

... including Louis Delval, Andrea Cecere and @MaJavx from @ELI_UCLouvain & @UCLouvain_be @MartinJBaur from @Cambridge_Uni Peter Lehmann, @SeWolf_ETH, Dani Or and Andrea Carminati from @usys_ethzh & @ETH_en

📝New paper! We present vegetation moisture (LFMC) retrievals in the Western US by disentangling the water component from #SMAP and #AMSR2 VOD. 🛰️🌱💧 sciencedirect.com/science/articl…

New paper! 😀📖 Simon de Cannière (at @UCLouvain_be ) has led a #research on how soil moisture and vapor pressure deficit control satellite sun-induced fluorescence yield (phi_f). 🌱☀️🛰️ sciencedirect.com/science/articl…

I have presented at #IGARSS2023 our research using satellite-based SM-VOD-VPD lagged correlations to study the soil-plant-atmosphere continuum (SPAC). Some details in this thread👇🏼