Olivia Mitchinson demonstrates alewife otolith removal to participants of angler workshop held at the State University of New York in Oswego. Otoliths are the structures that allow a fish to hear by picking up vibrations in the water. Photo credit: Jacob Bulich, USGS.
Olivia M Mitchinson
Olivia is a Biological Science Technician based out of Oswego, New York.
Science and Products
How Fish Hear
Olivia Mitchinson demonstrates alewife otolith removal to participants of angler workshop held at the State University of New York in Oswego. Otoliths are the structures that allow a fish to hear by picking up vibrations in the water. Photo credit: Jacob Bulich, USGS.
Sampling in the Oswego Harbor
All girls USGS research crew (GLSC; Cortland, New York; Oswego, New York) sampling environmental DNA (eDNA) aboard the Research Vessel Niagara in Oswego Harbor, New York. The eDNA will inform cisco spawning dynamics in bays along Lake Ontario, and is associated with the Great Lakes Restoration Initiative’s (GLRI) coregonine spawning habitat projects.
All girls USGS research crew (GLSC; Cortland, New York; Oswego, New York) sampling environmental DNA (eDNA) aboard the Research Vessel Niagara in Oswego Harbor, New York. The eDNA will inform cisco spawning dynamics in bays along Lake Ontario, and is associated with the Great Lakes Restoration Initiative’s (GLRI) coregonine spawning habitat projects.
Science and Products
How Fish Hear
Olivia Mitchinson demonstrates alewife otolith removal to participants of angler workshop held at the State University of New York in Oswego. Otoliths are the structures that allow a fish to hear by picking up vibrations in the water. Photo credit: Jacob Bulich, USGS.
Olivia Mitchinson demonstrates alewife otolith removal to participants of angler workshop held at the State University of New York in Oswego. Otoliths are the structures that allow a fish to hear by picking up vibrations in the water. Photo credit: Jacob Bulich, USGS.
Sampling in the Oswego Harbor
All girls USGS research crew (GLSC; Cortland, New York; Oswego, New York) sampling environmental DNA (eDNA) aboard the Research Vessel Niagara in Oswego Harbor, New York. The eDNA will inform cisco spawning dynamics in bays along Lake Ontario, and is associated with the Great Lakes Restoration Initiative’s (GLRI) coregonine spawning habitat projects.
All girls USGS research crew (GLSC; Cortland, New York; Oswego, New York) sampling environmental DNA (eDNA) aboard the Research Vessel Niagara in Oswego Harbor, New York. The eDNA will inform cisco spawning dynamics in bays along Lake Ontario, and is associated with the Great Lakes Restoration Initiative’s (GLRI) coregonine spawning habitat projects.