
Yulong
@yulongsmt
Research Scientist @ NSOE from Duke University | Forest Heath Monitoring l Carbon & Water Coupling l Fire Modeling
ID: 2289925904
https://sites.google.com/view/planetlab/home 13-01-2014 16:34:00
320 Tweet
131 Followers
314 Following

Exciting! Our Global Change Biology paper about #COSORE, a new open database targeting continuous soil respiration and other soil GHG flux measurements, is now online. onlinelibrary.wiley.com/doi/10.1111/gc⦠(1/n) Science at PNNL


Excited to have our recent paper featured in Nat Geo, alongside excellent work conducted by many friends & colleagues--all trying to understand the future of beautiful & globally important Amazonian forests! Biosphere 2 @TyeenTaylor Scott Saleska Travis Huxman Rafael Rosolem āšæāš¾āš½š³ļøāš


New research in Science Magazine from Mack et al: carbon loss from escalating Alaskan boreal fires is being offset by new dominance of deciduous trees, which accumulate carbon four times faster than spruce forests over a 100-year fire interval. science.sciencemag.org/content/372/65ā¦



In print in Global Change Biology "Spatial biases of information influence global estimates of soil respiration" - How growing datasets influence global estimates? - How can we improve global predictions? tinyurl.com/9bx3dhy2



Thrilled our GEDI #biomass product is finally out!! A looooong process and pleasure working with Jim Kellner and John Armston on this product. Thanks to the many many collaborators who provided data and insights. Associated papers coming soon!

Land cover change-induced decline in the gross carbon sequestration over CONUS, largely due to net forest loss & urban expansion. Check more here: doi.org/10.1016/j.agrfā¦. Conghe Song @Novick_Lab_IU @MPDannenberg @ others







Cloud-resolving simulations can be nearly indistinguishable from reality. This is a simulation of a day observed during the #FESSTVaL field campaign simulated with #MicroHH and a ray tracer designed by PhD-student Menno Veerman. Wageningen U&R #fluiddynamics #cfd.



