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Dr. Han's research examines how infectious parasites and pathogens impact host behavior, ecology, and evolution to drive large scale patterns of infectious disease. She combines informatics and modeling approaches with field and laboratory experiments to investigate these topics in a variety of systems.
Why do the majority of human infectious diseases originate from wildlife? Our lab seeks to identify intrinsic characteristics of wild species (e.g., life history, ecological, physiological traits) that signal their potential to be future reservoirs of zoonotic diseases (human diseases with animal origins).
Environmental changes can impact host-parasite interactions by altering fundamental host behaviors, such as competition, predation, foraging, and sociality. These environmentally-induced changes to wildlife host communities affect the epidemiology of zoonotic pathogens.
Amphibians are important indicators of ecosystem health but are declining globally. A major contributor to amphibian declines is Batrachochytrium dendrobatidis (Bd), a pathogenic fungus that causes cutaneous infection in many amphibian species.
Two-thirds of the diseases which infect humans are thought to originate from animals. Is it possible to predict where new disease outbreaks may occur in the future?
Ebola, Zika, SARS they're all diseases that have been passed from animals to humans. But how does this occur?
Why is it that diseases emerge from some species and not from others? Is it possible to predict outbreaks of infectious diseases before they occur?
A surprising computer-based study highlights Nebraska and Kansas as possible “hotspots” for mammals carrying viruses with the potential to infect human populations.
Ebola. Hantavirus. Lyme disease. What do they have in common? Like most emerging infectious diseases, they originated in mammals.
In this edition of the CellPress Podcast, learn how disease reservoirs lurk in the animals around us from Cary's Barbara Han.
Scientists are calling for the creation of a global early warning system for infectious diseases. Such a system would use computer models to tap into environmental, epidemiological, and molecular data – gathering the intelligence needed to forecast where disease risk is high.
From Ebola and bird flu to Lyme disease and West Nile virus, most emerging infectious diseases are transmitted from animals to humans, with more than a billion people suffering each year. Safeguarding public health requires effective surveillance tools.
If you shop online, this is a familiar scenario: You click on a product like a book, and the online merchant presents you with a list of related items. "If you like X, you might also like Y."
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Cary Institute of Ecosystem Studies | Millbrook, New York 12545 | Tel (845) 677-5343