Laurel Bradley (@haiying_1) 's Twitter Profile
Laurel Bradley

@haiying_1

ID: 1716640883250995200

calendar_today24-10-2023 02:21:11

7 Tweet

14 Followers

134 Following

Frederic Huneau (@hydro_corsica) 's Twitter Profile Photo

NEW 🇫🇷🇩🇪collaboration paper about #river #water #carbon and #Corsica !!! Laboratoire SPE CNRS Provence et Corse @gerhyco @HydroGeol_GZN An unusual carbon cycle budget of a small stream in a mountain silicate terrain: The case of the Gravona river (Corsica) onlinelibrary.wiley.com/doi/10.1002/ec…

Karelle Rheault (@karellerheault) 's Twitter Profile Photo

📢 Just published the goFlux R package in JOSS! 🥳 'goFlux: A user-friendly way to calculate GHG fluxes yourself, regardless of user experience' doi.org/10.21105/joss.… Klaus S. Larsen Jesper Riis Christiansen

Li Li 李黎 (@lireactivewater) 's Twitter Profile Photo

Inland waters are hot spots of #GHG emission. HOW much #GHG is from inland waters? What are the drivers? Amanda DelVecchia + @TaylorMaavara will answer these questions in the upcoming #WARR talks Register here: cee.psu.edu/events/women-a…

Inland waters are hot spots of #GHG emission. 

HOW much #GHG is from inland waters? What are the drivers? 

<a href="/agdelv/">Amanda DelVecchia</a> + @TaylorMaavara will answer these questions in the upcoming #WARR talks

Register here: cee.psu.edu/events/women-a…
Bob Hilton (@geoccycle) 's Twitter Profile Photo

New paper! Led by Sanjeev Dasari on "Leakage of old #carbon dioxide from a major #river system in the Canadian #Arctic" RIV-ESCAPE Project European Research Council (ERC) Oxford Earth Sciences #OA #Radiocarbon shows #CO2 from respiration of old C entering the Mackenzie river system. academic.oup.com/pnasnexus/arti…

New paper! Led by Sanjeev Dasari on "Leakage of old #carbon dioxide from a major #river system in the Canadian #Arctic" <a href="/RivEscape/">RIV-ESCAPE Project</a> <a href="/ERC_Research/">European Research Council (ERC)</a> <a href="/OxUniEarthSci/">Oxford Earth Sciences</a> #OA

#Radiocarbon shows #CO2 from respiration of old C entering the Mackenzie river system.

academic.oup.com/pnasnexus/arti…
Aaron Bufe (@aaron_bufe) 's Twitter Profile Photo

How does warming affect dissolved inorganic carbon (DIC) fluxes? We show substantially increasing DIC fluxes from a high-elevation permafrost river that can be linked to warming. Out in Environmental Science & Technology Journals and spearheaded by Sen Xu | 徐森. Tianjin University Universität München Li Li 李黎

How does warming affect dissolved inorganic carbon (DIC) fluxes? We show substantially increasing DIC fluxes from a high-elevation permafrost river that can be linked to warming. Out in <a href="/EnvSciTech/">Environmental Science & Technology Journals</a> and spearheaded by <a href="/XzwjXu/">Sen Xu | 徐森</a>. <a href="/TianjinUniv1895/">Tianjin University</a> <a href="/LMU_Muenchen/">Universität München</a> <a href="/LiReactiveWater/">Li Li 李黎</a>
Catherine Baldwin 🏴󠁧󠁢󠁷󠁬󠁳󠁿 (@catearthsci) 's Twitter Profile Photo

The RIV-ESCAPE Project pit stop crew collecting peatland river GHG samples for #radiocarbon analysis on the Isle of Lewis 🫧 Methods training going well but I’ve been told I need to practice my “serious scientist” pose.

The <a href="/RivEscape/">RIV-ESCAPE Project</a> pit stop crew collecting peatland river GHG samples for #radiocarbon analysis on the Isle of Lewis 🫧 

Methods training going well but I’ve been told I need to practice my “serious scientist” pose.
Carl-Fredrik Johannesson (@cfjohannesson) 's Twitter Profile Photo

GHG flux rate estimates substantially impacted by chamber closure period length, both linear and Hutchinson-Mosier based! Fresh paper: t.ly/n0s4w Effect largest in high flux regions. Implications for all systems, but this analysis is based on set-up from LI-COR.

GHG flux rate estimates substantially impacted by  chamber closure period length, both linear and Hutchinson-Mosier based!
Fresh paper: t.ly/n0s4w
Effect largest in high flux regions.
Implications for all systems, but this analysis is based on set-up from <a href="/LICOR_ENV/">LI-COR</a>.