Dr. Brittany Hupp
@deepseabrittany
Assistant Prof. @GeorgeMasonU @MasonAOES. Paleo- oceans, climates, ecology. Sediments & their secrets. Fossils & ocean life. she/her #momma #firstgen #STEMinist
ID: 1230336392133300224
http://brittanynhupp.com 20-02-2020 03:40:40
1,1K Tweet
1,1K Takipçi
943 Takip Edilen
I'm happy to share with you my first paper as a first-author! We provide a high-resolution pH record in the Andaman Sea, using boron isotopes measured on planktonic foraminifera. We suggest the occurrence of acidification events related to Toba volcano 🌋 sciencedirect.com/science/articl…
More frequent xtreme #ElNino by 2050 if GHG emissions not reduced. Imagine a 1997 #ElNino every decade. One of the last pieces of the climate change puzzle answered. Urgent reductions in emissions needed to avoid this scenario. Kaushal Jud Partin NSF NCAR CGD Laboratory #CESM #NSFfunded
Finally it's out!🥳 Interested in detecting marine silicate alteration and element cycling using stable isotopes? Then you might like this one, where we show the diagenetic impacts on Si isotopes during authigenic clay maturation. Dr. April Abbott Daniel A. Frick nature.com/articles/s4324…
Do you teach sedimentology? It is for you! The International Association of Sedimentologists IAS , in collaboration with @NorthSeaCore, is sponsoring the distribution of core samples from various depositional environments to academic institutions: sedimentologists.org/about-ias/news… northseacore.co.uk Deadline: Dec. 31
📢📢 New preprint out now on EarthArXiv! "deeptime: an R package that facilitates highly customizable visualizations of data over geological time intervals" That's right, there is now a proper citable paper for my deeptime R package! doi.org/10.31223/X5841N #rstats #geology
American oceanographer Dr. Dawn Wright + @deepseadawn.bsky.social 🇺🇦 is the first Black person and only the 27th human to have been to the deepest spot on the planet, Challenger Deep. Read her interview in The Guardian: ow.ly/yKku50TXK4c
Article: Elevated atmospheric CO2 during the Paleocene-Eocene Thermal Maximum coincided with substantial declines in the pH and carbonate saturation state of the ocean Mingsong Li Peking University Penn State nature.com/articles/s4156…