Matthew A. Combs
Pallavi Amritha Kache
Marie Victoria Lilly
Laura Dudley Plimpton
Daniel Ruiz Carrascal
Olivia Anne Card
Christopher Richard Konowal
Gabriela A Galindo
- M. Pilar Fernandez – Assistant Professor – Allen School for Global Animal Health, Washington State University
Dr. Fernandez is an assistant professor at the Allen School for Global Animal Health at Washington State University. As a disease ecologist her research focuses on the eco-epidemiology of zoonotic diseases, and in particular, vector-borne diseases. She graduated from the University of Buenos Aires and has worked primarily on Chagas disease in Argentina, and tick-borne diseases in the Northeast USA during her time as a postdoc at Columbia University. Her main research interests lay in understanding the transmission of zoonotic diseases as complex socio-ecological systems, combining methods from epidemiology and ecology. The ultimate goal of her research is to identify critical factors affecting disease transmission, which will aid in the design of improved intervention strategies to alleviate the biological and socio-economic burden of these diseases in affected communities.
- Danielle Tufts – Assistant Professor – Infectious Diseases and Microbiology Department, University of Pittsburgh
Dr. Tufts is a vector-borne disease ecologist interested in evolutionary genetics, pathogen transmission pathways, ecological drivers of pathogen emergence, and host-vector-parasite interactions and co-infections. Her goal is to enhance our understanding of these complex interactions by combining theory from disease ecology and genetics research with empirical approaches. She utilizes field collected and laboratory derived samples, mathematical models to connect these findings to patterns found in nature, and analyzes these samples using the molecular tools. Her previous projects have focused on understanding how tick-borne pathogens (Borrelia burgdorferi and Babesia microti) may facilitate and enhance infection in their natural reservoir host (Peromyscus leucopus) using field-derived data from a multi-year, longitudinal, mark-recapture study and a multi-state Markov model to assess transition likelihoods between different infection states. Dr. Tufts was the first investigator in the US to discover that vertical transmission (a non-vector mediated pathogen pathway) may be contributing to the high prevalence and emergence of B. microti in natural rodent populations. Currently, she is investigating host specialization of different B. burgdorferi strains, immunological maternal-mediated protection against B. microti infection, macro-micro parasite interactions, and behavioral and genetic analyses of invasive tick species: the Asian longhorned tick (Haemaphysalis longicornis) and the red sheep tick (Haemaphysalis punctata).
Amanda Kelley Weaver – MPH Student – Mailman SPH, Columbia
Amanda Weaver is an MPH candidate in Epidemiology, specializing in Infectious Disease Epidemiology. After completing her undergraduate thesis about phenotypic selection on gall wasps via avian predation, she became interested in how humans impact infectious disease range and severity via urbanization, climate change, and control efforts.
- Cassandra Coulter – MPH Student – Mailman SPH, Columbia
I have a background in disease ecology and parasitology with a particular interest in how anthropogenic activities facilitate disease transmission between humans and wildlife. While working towards a Master’s of Public Health in Infectious Disease Epidemiology at Columbia University, I want to apply this ecological knowledge to interventions that mitigate the impacts of zoonoses and prevent disease spillover into human populations.
- Jeffrey Zhang-Sun – Undergraduate student – Columbia University
Jeffrey is a rising senior in Columbia College studying Environmental Biology in the Ecology and Evolution track and the pre-med track. He is excited to study the intersection between ecology and health that is implicated in the Staten Island tick project, and is eager to do his first de-ticking!
- Cyrus Hadavi – Undergraduate student – Columbia University
Cyrus is a rising senior at Columbia College. He is studying Sustainable Development and on a pre-Med track. Cyrus wants to write his senior thesis on how a social network and common knowledge in a community can help decrease the risk of tick-borne diseases.
- Max McClure – Medical Student – Columbia University Medical Center (CUMC)
Max is a Columbia medical student, currently completing an MD-MS in biomedical sciences. His research involves mechanistic modeling of tick behavior and microbiological work on borrelial host specialization and eco-immunology. Clinically, his interests include infectious disease, wilderness medicine, and immigrant health.
- Avriel Diaz – MA Student – E3B Columbia University
Avriel is a second year Masters student with a B.S. in Aquatic and Marine Science from SUNY College of Environmental Science and Forestry. Her experience with infectious diseases in aquatic ecosystems during her research work with United States Geological Survey led her to move to Ecuador in July of 2016. There she helped to provide relief from the 2016 7.8 magnitude earthquake and then co-founded an NGO, Walking Palms Global Health Initiative. The NGO focuses on disaster relief, holistic recovery, and research. Her current investigations look at Zika, Dengue and Chikungunya Viruses, disease ecology, psychology, integrating ecosystem- community health, and sustainable community development.
- Evelyn Rynkiewicz – Postdoctoral Associate
Evie has a background in the ecology of parasites in wild mice in the US and the UK. She applies classic ecology tools and theories to parasite-host and parasite-parasite interactions to better understand how parasite communities assemble within hosts and how this influences individual hosts and the patterns of parasite co-infection we observe at the population and community scale. Evie worked on using controlled infections of white-footed mice with Borrelia burgdorferi and Babesia microti in the lab and transcriptomics to quantify variation in the host immune profile in relation to single and simultaneous and lagged co-infections.
- Kaitlin Collins-Palmer – Undergraduate Student – E3B Columbia
Kaitlin competed her bachelors degree program in Environmental Biology at Columbia College with a focus on ecology and evolution. Her interests include disease ecology, entomology, and conservation biology. Kaitlin conducted mosquito surveillance research in the Lower Hudson Valley region. She completed her thesis on mosquito population dynamics in the area that can guide vector control activities.
- Giovanna Carpi – Associate Research Scientist
Giovanna’s research integrates population biology, ecology, genomic tools and theory to address fundamental and applied questions related to arthropod vectors, particularly tick vectors, and the pathogens they transmit. Her research interests include: (1) Developing and exploiting a genomic toolbox to investigate evolutionary history and population structure of tick vectors; (2) Probing pathogen genomics to infer the origin, patterns, and dynamics of tick-borne pathogen spread, and to identify the genetic basis of pathogen virulence; (3) Examining the contribution of diverse vertebrate hosts in pathogen transmission; (4) Investigating bacterial communities using cutting edge technologies to assess structure, function, and effect on pathogen transmission dynamics.
- Sarah States – Postdoctoral Associate
- Katharine Walter – PhD Student – Yale University
Katharine is fascinated by the histories contained within pathogen genomes. She uses genomic information to ask questions about how pathogens evolve and how they move across space. She is particularly interested in how vector-borne and zoonotic pathogens respond to changes in climate and biodiversity. For her dissertation research, she is investigating the origins and emergence history of the Lyme disease bacteria, Borrelia burgdorferi. This project incorporates spatial modeling and bacterial phylogeography to reconstruct the invasion history of the Lyme disease bacteria.
- Christina Olbrantz – MPH Student – Mailman SPH, Columbia
Christina has a background in environmental health sciences and is interested in the relationship between climate change and human health. She is interested in how changes in climate and the environment affect vector-borne diseases. Current research focuses on how environmental conditions and pathogens influence the behavior of ticks.
- Sara Zufan – MPH Student –Mailman School of Public Health, Columbia University Medical Center
Sara is an MPH candidate in Environmental Health Sciences with a background in ecology and evolutionary biology. She is interested in the public health impacts of anthropogenic environmental change in terms of infectious disease emergence and transmission. Currently, she is employing spatiotemporal models to predict the spread of tick-borne diseases.
- Samantha Carrie Kay – MA Student – E3B Columbia
Samantha is interested in exploring the relationship between ecosystem and human health. Her current research lies within he interface of community ecology, disease ecology, and avian biology. For there thesis, she is examining the role of avian community composition in the transmission of Borrelia burgdorferi.
- Malia Carpio – MES/MPH Student – Yale University
- Elsbeth Kane – Undergraduate Student – E3B Columbia
Elsbeth is a 4th-year undergraduate in Columbia College who is completing a bachelors degree program in Environmental Biology. Elsbeth’s interests include zoonotic disease ecology, veterinary and comparative pathology, and conservation biology. She is also completing a pre-veterinary track at Columbia and hopes to pursue a joint DVM/MPH program upon graduation.
- SoYon Jun – Undergraduate student – E3B Columbia
My name is Soyon Jun and I am an undergraduate at Columbia University majoring in Environmental Biology and History. I am interested in conservation and public health and hope to work in the intersection of both. In particular, I am interested in how climate impacts tick behavior and how climate change will influence Lyme disease distribution in the future.
- Daniella Kahn – Undergraduate Student – E3B Columbia
Daniella is an undergraduate at Columbia University majoring in Environmental Biology. She is interested in zoonotic disease ecology, particularly the effects of land use on the human-animal interface and hopes to attend medical school furthering her studies in infectious disease.
The Eco-epidemiology lab is a partner of CDC NE Regional Center, which comprises a highly skilled team of experts across the region to address our most pressing educational and applied research needs. This team includes medical entomologists, virologists, epidemiologists, ecologists, modelers and molecular biologists across the spectrum of academic institutions.
The goals of the CDC NE Regional Center are:
1- Conduct applied research to develop and validate effective vector borne disease prevention and control tools and methods necessary to anticipate and respond to disease outbreaks.
2- Train a cadre of public health entomologists with the knowledge and skills required to rapidly detect, prevent and respond to vector-borne disease threats in the United States.
3- Build effective collaborations between academic communities and public health organizations at federal, state, and local levels for vector borne disease surveillance, response and prevention.
Mary Hayden – University of Colorado Colorado Springs – Link
Kacey Ernst – University of Arizona – Link
Holly Gaff – Old Dominion University– Link
Kevin Berry – University of Alaska – Link
Mauricio Santos-Vega – Universidad de los Andes, Colombia – Link
Adalgisa Caccone – Yale University – Link
Peter Krause – Yale School of Public Health – Link
Choukri Ben Mamoun – Yale School of Medicine – Link
Linda Bockenstedt – Yale School of Medicine – Link
Stephen Davis – Royal Melbourne Institute of Technology – Link
Sergio Kolokotronis – Fordham University – Link
Yi-Pin Lin – New York Health Department – Link
Richard Falco – New York Health Department
Ben Adams – Link
Leonid Chindelevitch – Link
Thomas Daniels – Fordham University – Link