David Lee Haskins

Senior Research Scientist @EA Engineering, Science, and Technology, Inc., PBC

Maryville, TN, US
MOBILE NUMBERS
+91 *********19

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WORK HISTORY

Jul 2024 — Present

Senior Research Scientist @EA Engineering, Science, and Technology, Inc., PBC

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EDUCATION

2010 — 2014

Maryville College

Bachelor’s Degree, Biology major, Statistics minor

2009 — 2010

Roane State Community College

Dual Credit Enrollment (H.S.)

2014 — 2016

The University of Georgia

Master’s Degree, Forest Resources

2016 — 2021

The University of Georgia

Doctor of Philosophy (Ph.D.), Ecological Toxicology - Interdisciplinary Toxicology Program

SKILLS

MicrobiologyGeographic Information Systems (Gis)HerpetologyPowerpointMicrosoft ExcelMicrosoft OfficeConservation IssuesToxicologyWildlifeSocial MediaEnvironmental SciencePublic SpeakingAnimal PhysiologyAnalysisExperimental DesignStatistical Data AnalysisResearchEcologyCommunity OutreachLaboratoryREcotoxicologyLaboratory SkillsField WorkMicrosoft Word

ABOUT DAVID LEE HASKINS

I am a Research Scientist with EA Engineering, Science, and Technology, Inc, PBC. I have a wide range of experiences in the academic, federal, and private sector. I completed my PhD in the University of Georgia\'s Interdisciplinary Toxicology Program. My home bases were UGA\'s Warnell School and Forestry and the Savannah River Ecology Laboratory. I moved on to Purdue University to work as a Postdoc that focused on the impacts of PFAS-free substances on a variety of wildlife species. I then completed a Postdoc with the U.S. Geological Survey that examined the potential impacts of PFAS exposure on American kestrels, osprey, and diamondback terrapin. I have a wide assortment of wildlife-focused field and laboratory experiences including: Population surveys of reintroduced American marten prey for manangement and conservation, behavior ecology, metabolic characterization of herpetofauna in the southeast, ecotoxicology, and wildlife husbandry. I am mostly interested in physiological traits of herpetofauna, and how we can use these traits to mitigate detrimental effects of anthropocentric activities on wildlife - especially amphibian and reptile populations.

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