Resource shifts and infectious disease dynamics in urbanized bird popualtions

Katie Adkins, a student from Clemson University, participated in an ongoing study of infectious disease dynamics in urban bird populations, supervised by Drs. Sonia Hernandez and Michael Yabsley. Many wildlife species benefit from novel resources – especially supplemental food – offered in human-altered habitats. Shifts in wildlife ecology in response to intentional or accidental feeding

Pathogen co-infection patterns within domestic dogs in rural environments

Djion Holness, a student from the University of Connecticut, worked with Amaka Nina Ananaba in the lab of Dr. Nicole Gottdenker to examine pathogen co-infection in dogs. Abstract: Pathogens can interact with each other within a host, which can influence patterns of co-infection in populations by complex interactions within the host’s immune system, such as

Improving Temperature Specific Data Used to Determine Transmission Risk for Malaria

Temitayo Adanlawo, a Biology major from Howard University, worked with Kerri Miazgowicz in the lab of Dr. Courtney Murdock to study an important disease vector. Abstract: Malaria is a disease endemic to sub-Saharan Africa, India, southeast Asia and parts of Central and South America, and affects 300-600 million people every year. Malaria is a temperature-sensitive

Photo by Scott O'Neill from Genome Sequence of the Intracellular Bacterium Wolbachia. PLoS Biol 2/3/2004: e76.

Geographic variation of Wolbachia-induced cytoplasmic incompatibility in the fly Drosophila recens

Sydney Keane, a Biology and Chemistry major from East Texas Baptist University, worked with Dr. Kelly Dyer examining the effects of infection on reproduction in Drosophila. Abstract:  are bacterial parasites that commonly infect arthropods and nematodes. These parasites have damaging effects on the progeny of those they infect, including cytoplasmic incompatibility (CI). CI occurs when

Surviving in Isolation: Are the Chilean Patagonia South American fur seals doomed to succumb to parasitic infections?

Kennesaw State University Biology Major Victoria Mendiola, worked in the lab of Dr. Nicole Gottdenker to study hookworm infectioun in South American fur seals. Abstract: Hookworm infection is endemic in many otaiird species and can cause up to 70 % pup mortality in some populations (Lyons 2001, Seguel in press). South American fur seal (SAFS)

Using Environmental and Natural History Traits to Predict On-going Global Amphibian Die-offs

Kristina Frogoso, a student from the University of Arkansas at Little Rock, worked with Dr. Scott Connelly to examine the threat of a fungal pathogen to amphibian populations. Abstract: Biodiversity loss is occurring in substantial rates, and more specifically we are seeing major amphibian declines due to infectious diseases. One infectious disease in particular is

Is the Transmission Rate of The Wolbachia Parasite Lower in Hybrids Compared To Pure Species?

Jasmine Gipson, from Kennesaw State University, worked with Dr. Kelly Dyer in the UGA Genetics department to study the transmission of Wolbachia, a parasite of insects. Abstract: Wolbachia is an endosymbiont parasite that lives in the reproductive system 70% of all insects. It is passed down vertically to its offspring from the mother. Wolbachia occurs

Behavioral determinants of parasite transmission in a monarch (Danaus plexippus) population

Anna Schneider, a student from the University of Wisconsin-Stevens Point, worked with mentors Dr. Sonia Altizer, Dr. Richard Hall, and Ania Majewska to look at how butterfly behavior affects parasite transmission. Abstract: Altered behavior of an infected host can have important consequences for pathogen transmission. Pathogens can cause the host to increase foraging behavior and

Environmental and host factors affect bacterial community structure in the mosquito gut

Sofia Bertoloni Meli, a student from Indiana University, worked with Dr. Michael Strand and Kerri Coon to studied the microbial community found in the gut of mosquitoes. Abstract: Insects host many essential microbial symbionts. The bacteria in mosquito guts are important for development, nutrient acquisition, and reproduction. Developing mosquito larvae acquire their gut bacterial community

Microparasite challenge and subsequent energy trade-offs in an invasive crab species

Zain Aryanpour, a student at the University of Alabama, worked with Dr. Jeb Byers and Carrie Keogh to examine the cost of infection on immune response of an invasive crab species. Abstract: Invasive species often show phenotypic distinctions in relation to their native-range species. A topic of current interest in populations of invasive species is

Identifying Avian Haemosporidians in Turkey Vultures and Black Vultures from South Carolina

Alexandra Wickson, a student at the University of Georgia, worked with Dr. Michael Yabsley and others in his lab to determine parasite prevalence in vulture populations. Abstract: Avian haemosporidian blood parasites are widespread among many families of birds and, in some species, can cause avian malaria.  In previous studies on blood parasites of vultures, prevalence

Baylisascaris procyonis prevalence and dynamics in a rodent population in Georgia

Ian Buchta, from Tulane University, worked with Dr. Michael Yabsley and members of his lab to study parasites in a local racoon population. Ian Buchta1,2, Amanda Holley1, Kayla Buck1,3, Sarah Sapp1,4, Michael Yabsley1,3 Baylisascaris procyonis, the common roundworm parasite of raccoons, is a well-recognized zoonotic parasite. It utilizes small vertebrates as intermediate hosts and undergoes

Spore persistence in the environment drives infection dynamics of a butterfly pathogen

Mary-Kate Williams, from the University of Arkansas at Little Rock, examined parasites of Monarch butterflies with Dr. Sonia Altizer, Dr. Richard Hall and graduate student Dara Satterfield. Mary-Kate Williams1, Sonia Altizer2, Richard Hall2, Dara Satterfield2 1University of Arkansas at Little Rock, 2Odum School of Ecology, University of Georgia Environmentally transmitted parasites commonly infect humans and

Development of deterministic and stochastic models for a T7 phage-E. coli system with vaccination strategy implementation

Abigail Smith, from Carnegie Mellon University, worked with Reni Kaul in the lab of Dr. John Drake to develop models to study the effectiveness of vaccination strategies. Abigail L. Smith1, RajReni B. Kaul2 and John M. Drake2 1Carnegie Mellon University, 2Odum School of Ecology, University of Georgia Vaccination is widely considered the most effective method