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I am currently measuring the owl species richness and abundance on TNWR using autonomous digital recorders in non-commercially thinned treatment areas.
I received my BA in Environmental Science from Simpson College, Iowa in 2014. While at Simpson College, during summers, I worked for the Pend Oreille Public Utility District where most of my work was focused on stream restoration for native trout species; specifically, Bull (Salvelinus confluentus) and Westslope cutthroat trout (Oncorhynchus clarki lewisi). Currently I am pursuing my Master's in Biology at Eastern Washington University.
I have just graduated with a degree in Biology with an emphasis in Molecular Biotechnology and a minor in Chemistry at Eastern Washington University. I am continuing my scholarly and professional relationships through Molecular Biology graduate studies at EWU. I am extremely interested in viral genome studies, hoping to work in biodefense with BSL 3&4 organisms.
My research interests are in aquatic toxicology. I am interested in the relationships between environmental contaminants and invertebrate physiology, and in the use of invertebrates as biomonitors in impacted ecosystems. My thesis research involves studying the patterns of amphipod (Hyalella azteca) abundance and metal burden in the contaminated Coeur d'Alene (CdA) chain lakes and testing the stress and tolerance of CdA amphipods to trace metal and thermal stresses.
My name is Sarah Hindle. Im originally from Brooklyn, New York, and then moved to Syracuse. There, I got my bachelor's degree in Aquatics and Fisheries Science from the SUNY College of Environmental Science and Forestry. I am also a SEA Semester alum.
Currently, I am a Masters student with Dr. Camille McNeely, where I study larval recruitment of white sturgeon in Lake Roosevelt, WA.
I received my BS in Biology from Utah State University in 2013. My previous research experience includes working with insect biocontrol in both agricultural and non-agricultural settings, invasive species of lady bird beetles, and vegetation surveys to monitor bee habitat. I am primarily interested in evolutionary ecology, particularly in invertebrate systems. My thesis project involves phenotypic plasticity of Daphnia pulex in multi-predator systems. Specifically, I am interested in applying the well-studied phenomenon of necktooth induction via Chaoborus kairomone into an ecological context.
I completed my BS degree in Physiology at the University of Washington in 2013. After working at Fred Hutchinson Cancer Research Center in Seattle for two years I returned home to eastern Washington to pursue my Masters of Science in Biology here at EWU. I am working in Dr. Daberkow's lab studying effects of treatment for PTSD and related treatments on reward seeking behavior and dopamine signaling.
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