We are excited to share our new study, which shows that deforestation-induced changes in runoff are predominantly driven by forest-climate feedbacks across most deforested regions.science.org/doi/10.1126/scia…
Happy to share our new study @Nature_NPJ showing large influence of compound droughts on terrestrial carbon uptake.
nature.com/articles/s41612-0…
Very excited to share our new study @NatureClimate showing land surface processes are the dominant driver of global runoff increase in a CO2-warmed world.nature.com/articles/s41558-0…
Very happy to share our new paper on global concurrent climate extremes with @ScienceAdvances, we find a strong anthropogenic signature on the spatial dependence of climate extremes around the world.
science.org/doi/10.1126/scia…
Very excited to share our paper published at @NatureComms today! @peedublya @PierreGentine @trevorkeenan @zhangyaonju
nature.com/articles/s41467-0…
Sha Zhou retweeted
Our paper is published at @NatureComms today! We found that vegetation sensitivity to precipitation has increased in the drylands and decreased in the wet regions during the past four decades. CO2 is the major cause for these divergent trends. nature.com/articles/s41467-0…
Sha Zhou retweeted
Very excited to share our new study out in @nature today, reporting increasing global photosynthesis due to CO2 fertilization @eesalbnl @ESPM_Berkeley @NatureAtCal nature.com/articles/s41586-0… @NASAEarth @doescience 1/7
ALT A mock Nature cover, generated by WOMBO AI based on the article title
Sha Zhou retweeted
Very excited to share our paper published today @NatureEcoEvo, showing how structural overshoot can lead to greater drought impact on ecosystems. Thanks to great coauthors @trevorkeenan @zhou_sha nature.com/articles/s41559-0…
Sha Zhou retweeted
POSTDOC OPPORTUNITY: @PierreGentine are hiring two new postdocs at @Columbia to work with us to develop and use a new wildfire model for the western United States to explore questions about the causes and effects past and future changes in wildfire. 1/4 pa334.peopleadmin.com/postin…
Sha Zhou retweeted
#Climatechange is making drylands drier, but scientists including Lamont's @zhou_sha, @peedublya, @DustyBowl, @CUSEAS @PierreGentine, and colleagues have identified a natural process that helps to ease the loss of surface water in arid areas: ldeo.columbia.edu/news-event…
ALT A dryland ecosystem in Northern California shows decreasing soil moisture but little changes in surface water availability. Credit: Columbia Engineering
Wondering why drylands are not getting drier? Check out our new study @NatureClimate today, with @peedublya @zhangyaonju @trevorkeenan @DustyBowl @SISeneviratne @PierreGentine nature.com/articles/s41558-0…
Sha Zhou retweeted
We have 2 new postdoc openings in my group - extremes, soil moisture, streamflow w/ land-surface models, eddy-covariance, remote sensing: keenangroup.info/join_us.htm… @NACP_Carbon @AmeriFlux @Fluxnet_ecn @AGUGlobalChange @AGUecohydro @NASASMAP Review deadline Nov. 20. Please RT!
Sha Zhou retweeted
|EARLY VIEW | OPEN ACCESS|
Ecosystem transpiration and evaporation: Insights from three water flux partitioning methods across #FLUXNET sites
@Jacobnelson18
📝buff.ly/30KmNGp
Sha Zhou retweeted
Nice study by @LaibaoL, using our #CSIF dataset and shows that soil moisture dominates the dryness stress on vegetation productivity. nature.com/articles/s41467-0…. The #CSIF has been updated to year 2019 and can be access through OSF DOI.org/10.17605/OSF.IO/8XQY….
Sha Zhou retweeted
Wondering how Autumn Warming would affect terrestrial carbon uptake? Check out our new paper @NatureClimate, together with @roseAtmos, @peedublya, @zhou_sha and @PierreGentine. rdcu.be/b5r14. 1/5