Weekly seminars offer topical information for interested students, faculty and staff. If you are in the Boulder Junction area in the summer, stop in at Trout Lake Station for Wednesday seminars.
SPRING 2017 LIMNOLOGY AND MARINE SCIENCE SEMINAR SCHEDULE - Madison
This seminar series is part of the course Zoology 911. Seminars are held Wednesdays at noon in 102 Water Science and Engr. Laboratory (WSEL); exceptions will be indicated on the schedule. Speakers are affiliated with the University of Wisconsin Center for Limnology unless noted.
Not able to attend the CFL in person? Feel free to view join through zoom using the following link: https://zoom.us/j/726741289. Please mute your microphone so we don't hear you typing.
||When facts aren't enough: How the CFL can engage more people with our science
||Ecological forecasting: Examples from Oneida Lake New York
||Dr. Meredith Holgerson, Limnology Faculty Search Candidate
From organisms to ecosystems: A multi-scale approach to aquatic science and conservation
||An invasion-induced refocusing of the challenges facing Lake Mendota
||Dr. David Seekell, Limnology Faculty Search Candidate
How many lakes are there and how big are they?
Intraspecific variation in resource use and dormancy investment in Daphnia pulicaria.
||Dr. Hilary Dugan, Limnology Faculty Search Candidate
Big limnology through ecological informatics. From Wisconsin to the world
||Preparing science for policy and management questions - reflections from a limnologist
||The art of science, music edition: Climate drivers of change in the NTL LTER
||Mike Spear and Luke Loken
Mike: The zebra mussel: Madison's newest resident; Luke: Spatiotemporal variability of carbon dioxide and methane in Lake Mendota
||Pitfalls and possibilities of historical species occurrence records: Linking data from literature, specimen databases and resurveys to determine changes in dragonfly communities over time
||Rob Mooney & John Rodstrom
||Rob: Spatial and temporal variation in nutrient concentrations of Lake Michigan's tributaries
||Carbon dynamics inform methane patterns in eutrophic Lake Mendota
||Differential retention of nitrogen and phosphorus in lakes