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New Faces at CMOP
New CMOPers (left to right) Tawnya Peterson, Grant Law, Mariya Smit, and Joe Needoba.
The Center for Coastal Margin Observation and Prediction (CMOP) welcomes several new faculty members and research staff to our team. C. Grant Law, Mariya Smit, Tawnya Peterson, and Joseph Needoba are among CMOP's recent appointments.
Needoba is a leading researcher in the area of nutrient biogeochemistry, with a special emphasis on nitrogen cycling and the use of sensor networks to better understand ecosystem dynamics at increased resolutions.
Although she has been on campus for several months, she only officially started this January.
Peterson's dissertation research focused on phytoplankton and the environmental physical and chemical factors that influence their development, and her post-doctoral research further examined the development of tools that can be used to better study microbial communities and the nutrient dynamics that influence them.
At CMOP, she will continue to "develop and utilize novel tools such as imaging flow cytometry and bio-optical instrumentation in a quest to gain a deeper knowledge of fundamental aspects of phytoplankton ecology and physiology."
More detail about Needoba and Peterson's work is described in this article on the Department of Science and Engineering website.
There, his research focused on "region wide environmental patterns of variability and their effects on sea-scallop populations" and "the fine-scale physical and biological structure of the water column."
His previous research associations include: Rutgers Institute of Marine and Coastal Sciences (New Brunswick, New Jersey), NOAA-Fisheries, Oregon Health & Science University, and Bonneville Dam.
Here at CMOP, Grant looks forward to modeling the movement of salmon in the Columbia River, using a particle tracking approach.
More about Law and his work can be found at Law's web page.
Currently Smit's research interests at CMOP include the analysis of gene expression in environmental samples taken from the Columbia River, and the development of deployable biosensors for monitoring of water microorganisms.