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Studying and communicating how climate change is impacting our local ecosystems is especially important to me because it allows people to see the changes that are happening in their own neighborhoods, parks, and beaches.” People often forget that humans are a part of ecosystems too and that our actions affect other organisms just as their wellbeing and behavior affect us.
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When asked what she found most meaningful about her field of study, Daria responded with the following: “What I love about ecology is seeing how interconnected everything is. At Tufts, Daria is a teaching assistant for the Marine Biology class and is part of ERGO, the Ecology Reading Group at Tufts. This is where Daria found her love for environmental outreach and education. Prior to coming to Tufts for graduate school, she took a gap year to work at a non-profit in the San Francisco Bay Area called Grassroots Ecology where she led habitat restoration projects and field trips about how creek pollution affects benthic macro-invertebrate communities. Daria participated in a summer research fellowship at the San Diego Zoo Institute for Conservation Research helping with the captive breeding and rehabilitation of the Pacific Pocket Mouse, which solidified her desire to go into applied conservation research. She also volunteered with Wildlife & Ecological Investments, a research group in South Africa, to help with biodiversity monitoring at a small game reserve in Kruger National Park. Daria worked at the New England Wildlife Rehabilitation Center, helping orphaned and injured wildlife recover and return to the wild. Prior to coming to Tufts, she spent her undergraduate summers learning about different perspectives in conservation and experiencing first-hand how she could contribute to the conservation field. in Biology and a minor in Education at Stanford University. She expects to complete her studies in May 2021. Experienceĭaria is a Masters candidate at the Graduate School of Arts and Sciences in the Biology department. fornicata larval and juvenile life stages, we hope to gain insight into how toxic algal blooms might affect the ecosystems and food webs of which C.
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brevis on the survival and growth of Crepidula fornicata, a local species of marine snail that has become a prolific invasive species in many parts of the world and is common in the Gulf of Mexico, where K. Our research will examine the effects of exposure to K.
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One particular red tide algal species, Karenia brevis, produces neurotoxic chemicals that can cause massive fish kills and poison humans who ingest contaminated seafood. Toxic red tide algal blooms have been increasing in frequency and range due to rising ocean temperatures and ocean acidification, causing a great amount of damage to fisheries and ocean ecosystems in many places around the world. Environmental Research Fellowship Research