Nora Egan Demers, Ph.D.

Expert in health and pollution

  • Fort Myers FL UNITED STATES

Nora Demers researches the effects of stressors on biological systems.

Contact

Biography

Nora Demers is an associate professor of comparative immunology and interdisciplinary studies at Florida Gulf Coast University. She teaches about environmental endocrine disruptors and their impact on humans and other species.

Areas of Expertise

Human Health
Effects of Stressors on Biological Systems
Community Engagement
Immunology
Environmental Pollutants
Endrocine Disruptors
Health
Sustainability

Education

Oregon State University

Ph.D.

Zoology

Oregon State University

M.S.

Zoology

University of Missouri-Rolla

B.S.

Life Sciences

Affiliations

  • American Association for the Advancement of Science (AAAS)
  • National Science Teachers Association (NSTA)
  • Gopher Tortoise Council (GTC)
  • American Water Resources Association (AWRA)

Selected Media Appearances

National study finds "forever chemicals" in local tap water

FOX 4  tv

2023-07-24

Nora Demers explained PFA's and and how the chemicals are implicated in a variety of conditions including cancer and autism.

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Are Forever Chemicals in SWFL tap water?

NBC 2  tv

2023-07-19

Nora Demers explains what PFA's are and how to best avoid exposure to the chemicals.

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Illegal tire dumping threatens ecosystem & health in Collier County

NBC 2  tv

2023-06-26

Nora Demers explains how dumping tires can cause harmful chemicals to leach into our water and become breeding grounds for mosquitos.

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Selected Event Appearances

Gulf Coast Water Quality Issues

34th Annual Manasota Beach Club Monday Lecture Series: Gulf Coast Ecology and Storm Resiliency  Manasota Beach Club

2023-01-16

Growth Management in Southwest Florida through eyes of a newcomer

Environment and Growth Management, A League of Women Voters Educational Event  (Virtual)

2021-04-03

The challenges, logistics and competing interests in attempting habitat restoration at Barefoot Beach Preserve, Collier County, Florida

39th Annual Gopher Tortoise Council  Edgefield, South Carolina

2017-10-13

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Research Focus

Current Research Projects Include:

Dr. Demers is currently working on a number of research projects, which include detecting endocrine disrupting compounds in surface and drinking water in southwest Florida and in fishes that inhabit local waterways. She is developing monitoring projects to relate common water quality parameters with indicators and compounds of emerging concern (not yet regulated chemicals such as endocrine disrupting compounds). Dr. Demers examines gopher tortoise habitat restoration efforts and ecosystem restoration efforts as well as parasites. She also uses data to evaluate pressing issues such as sea turtle nesting databases for how factors like beach renourishment, storms, development and predators influence hatchling success.

Selected Articles

Phylogeny can Inform Animal Model Development for Both Inherited and Induced Conditions: Duchenne’s Muscular Dystrophy (DMD) and Fetal Alcohol Spectrum Disorders (FASD)

Ideas in Ecology and Evolution

Meers, M. B., Demers, N., Hewett, A., and Dakota Sorrelle

2021

The use of animal models in research on human and veterinary diseases and disorders is retracting, though it is likely to remain critical for decades. In light of increasing regulation and expectations of judicious use of animal subjects, we examine the idea that the use of animal models can be guided by phylogenetic relationships and modern evolutionary and cladistic analyses.

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Variations of Radon and Airborne Particulate Matter Near Three Large Phosphogypsum Stacks in Florida

Environmental Monitoring and Assessment

Adeoye, C., Gupta, Jayanta, Demers, N and Atin Adhikari

2021

Approximately 1 billion tons of phosphogypsum (PG), a by-product of the fertilizer industry, are currently stacked in Florida. PG emits radon gas, which is a risk factor for lung cancer and can also increase particulate matter (PM) associated non-cancer mortality in exposed individuals. We measured concentrations of atmospheric radon and particulate matter near PG stacks and their short-term variations at different distances to estimate exposures in nearby communities.

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Immediate Increase of plasma protein complement C3 in response to an acute stressor

Fish and Shellfish Immunology

Demers, N.E. and Bayne, C.J.

2020

Whereas chronic stress has immunosuppressive effects, the more immediate immunologic consequences of acute stressors are less known. We postulated that, as part of their ‘fight or flight’ response, rainbow trout would rapidly increase the efficacy of their natural immune system by means of increased concentrations of crucial plasma proteins.

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