Monitoring and Studying Great Salt Lake
One responsibility of the Utah Division of Wildlife Resources (UDWR) is to study and monitor the brine shrimp that live in Great Salt Lake. They took on this responsibility soon after several companies began collecting large numbers of brine shrimp cysts from the lake. By keeping track of the brine shrimp population, the UDWR makes sure that harvesters don't take too many cysts. The cysts that remain will hatch in the spring, providing food for millions of birds and producing the next year's supply of cysts for harvesting.
This video shows some of the work the DWR employees do to measure and track the brine shrimp population.
Jim Van Leeuwen
Jim Van Leeuwen is a Aquatic Biologist for
Utah Division of Wildlife Resources who has
been working on and around Great Salt Lake
for over 10 years. He is interested in the
workings of Great Salt Lake ecology.
Phil Brown is an aquatic biologist with the Utah Divison of Wildlife
Resources' Great Salt Lake Ecosystem Program (GSLEP). Phil is
involved with the extensive monitoring efforts of the Great Salt
Lake's brine shrimp and limnology carried out by GSLEP. He believes
the lake is a dynamic and greatly underappreciated ecological
resource, and has enjoyed comparing it to the freshwater systems
he was trained in.
Mercury is a naturally occurring metal that is extremely toxic to birds and humans. Great Salt Lake has a higher concentration of methyl mercury (a highly toxic form of the metal) than anywhere else in the country. Three duck species have especially high mercury levels, and hunters have been advised to eat them in limited quantities or not at all.
Greg Carling and Bill Johnson are working to understand where this mercury comes from and how it cycles through the ecosystem.
Dr. Bill Johnson
Dr. Bill Johnson a Professor of Geology and
Geophysics at the University of Utah.
Greg Carling is a graduate student in the Department of Geology and Geophysics at the University of Utah. His current research involves dust deposition in the Wasatch Mountains, trace element cycling in the freshwater wetlands adjacent to Great Salt Lake, and mercury methylation in Farmington Bay.
Genetic Science Learning Center. (2014, October 1) Monitoring and Studying Great Salt Lake.
Retrieved January 14, 2017, from http://learn.genetics.utah.edu/content/gsl/monitor/
Monitoring and Studying Great Salt Lake [Internet]. Salt Lake City (UT): Genetic Science Learning Center; 2014
[cited 2017 Jan 14] Available from http://learn.genetics.utah.edu/content/gsl/monitor/
Genetic Science Learning Center. "Monitoring and Studying Great Salt Lake." Learn.Genetics.October 1, 2014. Accessed January 14, 2017. http://learn.genetics.utah.edu/content/gsl/monitor/.