Katey Walter Anthony

Katey M. Walter Anthony is an Alaskan aquatic ecologist and biogeochemist researching carbon and nutrient cycling between terrestrial and aquatic systems, and the cryosphere and atmosphere.

Katey Walter Anthony
NationalityAmerican
EducationMount Holyoke College
University of California, Berkeley
Alma materUniversity of Alaska
Known forwork on methane and carbon dioxide emissions from arctic and temperate lakes and wetlands
Scientific career
FieldsAquatic ecology and biogeochemistry

Background

Walter Anthony's research focuses on methane and carbon dioxide emissions from arctic and temperate lakes and wetlands in Alaska and Siberia, and the processes involved in greenhouse gas emissions from lakes, including thermokarst (permafrost thaw), industrial plant emissions, geology, and changes in lake area. By using environmental gradients, isotopes, and remote sensing as tools, she hopes for an improved understanding of the basic processes in lake ecosystems. Many newly formed Arctic lakes have bacteria feeding on plant detritus previously frozen underground and producing methane as a waste product. Per unit of mass, methane has a more potent greenhouse effect than carbon dioxide. Global warming extrapolations could be grossly underestimated if methane contributions from lakes have not been properly studied and are not taken into account. Studies of ice cores from Greenland and Antarctica have shown that in the early Holocene Period, between 14 000 and 11 500 years ago, methane concentration in the atmosphere spiked and was from a northern source. These spikes would be cyclic, coinciding with and aggravating global warming.

Honours, awards and achievements

In March 2007 Walter Anthony was appointed the Presidential International Polar Year Postdoctoral Fellow at the University of Alaska in Fairbanks. Walter Anthony, who is fluent in Russian, works as project coordinator at Chersky for joint Russian-U.S. projects over the International Polar Year, aiming to network arctic observatories in Alaska and Russia for long term monitoring of climate change in cold regions.

Walter Anthony, who has conducted research projects in Russia, Germany, Central America and the United States, has an M.Sc in Ecology from the University of California, Berkeley with emphasis on the biogeochemistry of invasive aquatic plants. She also holds a BSc in Biogeochemistry from Mount Holyoke College.

In May 2006 she was awarded a Ph.D. in Aquatic Biology from the University of Alaska, Fairbanks. In December of the same year the United States Council of Graduate Schools recognised her outstanding work in her doctoral dissertation by awarding her the CGS/UMI Distinguished Dissertation Award in Mathematics, Physical Sciences, and Engineering. This biennial award recognises doctoral recipients who have made considerable contributions in their field.[1][2]

gollark: Oh, and you can also cause celestial crystals to replicate, via methods.
gollark: So it's probably possible to make something which runs self-sustainingly somehow.
gollark: I'm told that you can use starlight/lava interactions to produce aquamarine shale.
gollark: Oh. Well, they require input to make starlight.
gollark: They don't run forever on one input. This is IN THE MANUAL. You can also use rock crystals and celestial crystals and such.

References
  1. "College of Engineering and Mines: CEM Home". www.alaska.edu. Retrieved 22 October 2017.
  2. "Methane Bubbling From Arctic Lakes, Now And At End Of Last Ice Age". sciencedaily.com. Retrieved 22 October 2017.
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.