GALEN A. McKINLEY
Dept. of Atmospheric and Oceanic Sciences
University of Wisconsin - Madison
Professor McKinley and her research group studies how physical structures and biogeochemical processes in large water bodies influence carbon cycling and its temporal variability. This requires an interdisciplinary approach across a range of fields: from fluid dynamics to aquatic chemistry and ecology. She uses numerical models, historical datasets, and remote sensing in her research. Currently, Professor McKinley has projects underway addressing global trends in surface ocean pCO2, biological export of carbon from the surface to deep ocean, physical and biogeochemical changes since the late 1990's in the North Atlantic, and biogeochemical cycling in Lake Superior and Michigan.
CURRENT EVENTS: Spring-Summer 2013
Professor McKinley's students in AOS/GEOG 332: Global Warming Science and Impacts have put together some great videos on climate impacts in Wisconsin, Minnesota and the world. Click here to see them all on YouTube
Below is a small sample:
POSTERS - APRIL 2013
In April 2013, Graduate students Haidi Chen, Darren Pilcher and Alexis Santos and undergraduate James Kralj presented posters at the Nelson Institute Earth Day conference and at the AOSS Poster Reception.
Congratulations to James Kralj who won "Best Undergraduate Poster" and to Haidi Chen who had a honorable mention in the graduate student poster competition.
OCEAN ACIDIFICATION EXPERIMENT - APRIL 2013
Amanda Fay, who works with Professor McKinley on diagnosing trends in surface ocean pCO2, is working this spring at Friday Harbor Labs on an ocean acidification mesocosm experiment.
Climate and Carbon Impacts on Productivity, Chemistry, and Invasive Species in the Great Lakes - Galen A. McKinley, University of Wisconsin-Madison
Watch this webinar at: ChangingClimate.OSU.edu - 63 minutes
Abstract: The ecosystems of the Great Lakes are critical national resources, yet their large-scale functioning and interactions with climate change are poorly explained. How do physical drivers impact chemistry and ecology? How are invasive species reacting to physical change? How will the Great Lakes respond to increasing atmospheric carbon dioxide? Numerical models and data help us to answer these questions, and to identify future research priorities.
AOS 332: Global Warming: Science and Impacts
In Spring 2013, Professor McKinley will teach AOS 332: Global Warming: Science and Impacts. This course will give non-AOS majors an understanding of the science of climate change and the expected impacts on their lives. More information coming soon.