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  • Robert Dubrow

    Professor of Epidemiology (Environmental Health Sciences); Faculty Director, Yale Climate Change and Health Initiative

    Research Interests
    Brain Neoplasms; Epidemiology; Glioma; HIV Infections; Climate Change; Global Warming

    Dr. Robert Dubrow is Faculty Director of the Climate Change and Health Initiative and Professor of Epidemiology in the Department of Environmental Health Sciences at Yale School of Public Health. He teaches the course EPH 555a/b, Practicum in Environmental/Climate Justice, Sustainability, and Public Health, which is offered in both the fall and spring terms. He also teaches the climate change module in the MPH core course, EPH 513b, Major Health Threats: Determinants and Solutions. Dr. Dubrow’s research interests include the relationship between exposure to high temperatures and kidney disease, and the benefits and harms of air conditioning for adaptation to extreme heat. 

  • Martin Klein

    Senior Advisor, Dean's Office; Director, InnovateHealth Yale; Executive Director, Yale Climate Change and Health Initiative

    Dr. Martin Klein is Executive Director of the Climate Change and Health Initiative and Senior Advisor to the Dean at the Yale School of Public Health. He also founded InnovateHealth Yale, a program in social impact and entrepreneurship.

  • Laura Bozzi

    Director of Programs and Lecturer in Epidemiology (Environmental Health Sciences)

    Dr. Laura Bozzi is Director of Programs for the Yale Climate Change and Health Initiative where she plays a key role in broadening its online education offerings, expanding communications and community-based engagement, and developing new programs including an environmental/climate health justice clinic and a report on climate change and health in Connecticut.

    Previously, Dr. Bozzi led the Rhode Island Department of Health Climate Change Program. In that role, she worked to promote policy change, increase public awareness, and support community resilience building strategies that collectively help both mitigate climate change’s negative health impacts and promote health equity. Laura was appointed as a member to the State of Rhode Island's Executive Climate Change Coordinating Council (EC4) Advisory Board and the Agricultural Lands Preservation Commission, and she also served as Co-Director of the New Leaders Council Rhode Island. Over her career, she has worked across the United States -- from Oregon and West Virginia to Washington, DC and Rhode Island – in environmental protection, food systems, and fisheries. Laura holds a Ph.D. in Forestry and Environmental Studies from Yale University.  

  • Serap Aksoy

    Professor of Epidemiology (Microbial Diseases)

    Research Interests
    Trypanosomiasis, African; Tsetse Flies; Global Health

    Dr. Aksoy is interested in pursuing research at the interface of climate change and insect physiology. Incidence of vector-borne diseases has been increasing in temperate climates and feared to be influenced by climate change effects globally. Dr. Aksoy is interested in analyzing climate change impacts on key insect physiologies that affect population densities and disease transmission traits. Changes in reproductive physiology would modify insect population densities, an essential parameter for vector-borne diseases. Changes in insect immune responses would increase the survival and transmission of pathogens adversely impacting disease control efforts. Dr. Aksoy leads several large NIH-supported research and training programs on control of African trypanosomiasis in sub-Sahara.

  • Paul Anastas

    Professor

    Paul Anastas is the Director of the Center for Green Chemistry and Green Engineering at Yale. His research and the research of the Center directly address climate change issues in several ways. Energy storage is one of the great challenges for renewable energy such as wind and solar. Professor Anastas’ research has developed new catalysts that can use renewable energy to split water (both fresh and seawater) in order to generate hydrogen that can be stored and used later. In addition, his research looks at ways of utilizing carbon dioxide in value added ways such as making small molecules. The center also has an integrated bio-refinery effort that seeks to develop new creators and separations to ensure the isolation of high value-small volume molecule to drive positive economics.

  • Michelle L. Bell

    Mary E. Pinchot Professor of Forestry and Environmental Studies and Professor of Environmental Health

    Research Interests
    Environmental Health; Epidemiology

    Dr. Bell researches how environmental conditions, especially air pollution and weather, impact public health. Her work bridges disciplines of epidemiology, atmospheric science, engineering, and biostatistics. The overall aim of this work is to perform policy-relevant research that contributes to well-informed decision-making and to greater public understanding of environmental health hazards. Work on climate change includes research on how a changing climate could affect health through tropospheric ozone, weather including heat waves, and forest fires. Ongoing and recent projects include work in the U.S., China, Australia, South Korea, England, Chile, Mexico, Brazil, India, Nepal, the Caribbean, and Taiwan. Additional information is available at: http://bell-lab.yale.edu/

  • Kai Chen

    Assistant Professor of Epidemiology (Environmental Health)

    Dr. Chen's research focuses on the intersection of climate change, air pollution, and human health. He researches how extreme temperature and ambient air pollution independently and interactively impact on aging populations under a changing climate. His work involves applying multidisciplinary approaches in climate and air pollution sciences, exposure assessment, and environmental epidemiology to investigate how climate change may impact human health. His recent and ongoing work includes heat-induced myocardial infarction and mortality risk under and beyond the Paris Agreement goals (1.5 °C and 2 °C), interactions between heat and ambient particle and ozone pollution, and the health impacts of air pollution under different climate and population scenarios.

  • Xi Chen

    Assistant Professor of Public Health (Health Policy) and Assistant Professor in the Institution for Social and Policy Studies; Affiliated Faculty, Department of Economics

    Research Interests
    Aging; Air Pollution; Child; Cognition; Economics; Pensions; Social Behavior; Climate Change; Social Networking

    Dr. Chen works on climate change and early childhood development. Specifically, he is evaluating the impact of extreme temperatures in the last few decades on birth outcomes in China, especially birth defects. He is also evaluating the impact of winter heating policy in China on fetal growth. His future research agenda includes studying the impact of climate change on cognitive functioning, mental health, and early life health capital trajectories.

    Dr. Chen has been collaborating with researchers from Peking University to better understand the long lasting impact of air pollution on happiness, mental health, cognitive functioning, productivity, and the economy.

  • Jamie Childs

    Lecturer in Epidemiology (Microbial Diseases)

    Research Interests
    Bartonella; Borrelia; Hantavirus; Leptospira; Lyme Disease; Rabies; Rickettsia; Global Health; Zoonoses; Arenavirus

    Dr. Childs’ research focuses on zoonotic diseases, including hantavirus pulmonary syndrome (HPS), caused by a hantavirus maintained in the prairie deer mouse host, and leptospirosis, caused by leptospires maintained in the Norway rat host. Outbreaks of these diseases are driven by weather patterns and climate variation. The initial outbreak of HPS in the southwestern US followed an El Niño event that resulted in increased rainfall and an unusually warm winter. These conditions facilitated deer mouse survival and earlier vegetation growth, producing an exceptionally large mouse population. The increased potential for human-rodent contact drove the epidemic and subsequent studies demonstrated the predictive value of weather conditions for estimating the magnitude and geographic range of HPS outbreaks. Leptospires are shed in rat urine. Predictable outbreaks in tropical urban slums, such as in Salvador, Brazil, occur each year during the rainy season when people are exposed to contaminated water and mud. Additionally, severe weather events causing flooding are linked to epidemics of leptospirosis in tropical locations. Climate change, potentially resulting in increased frequency of severe weather events, will lead to marked changes, in currently unpredictable ways, in the epidemiology of these zoonotic diseases.

  • Miraj U. Desai

    Instructor

    RESEARCH INTERESTS
    community mental health; qualitative and participatory research; global health; prejudice and discrimination; philosophy of science; and South Asian studies

    Dr. Desai is interested in psychological and political perspectives on climate change. His main concern is understanding and addressing issues of climate justice, e.g., that those most affected by climate change (the global poor, islanders) are the ones least responsible for it. He has written on psychology and climate justice for the Huffington Post and was a participant at the first-ever Yale Environmental Sustainability Summit.

  • Nicole Deziel

    Assistant Professor of Epidemiology (Environmental Health Sciences), Assistant Professor in Forestry and Environmental Studies and in Chemical and Environmental Engineering

    Dr. Deziel is leading a project related to exposure to shale gas development (“hydraulic fracturing”) and risk of childhood health outcomes. Within the context of this project is an assessment of proximity to unconventional oil and gas development and drinking water contamination and an evaluation of spatial and temporal trends of unconventional oil and gas development. She is also working with Dr. Michelle Bell at the Yale School of Forestry & Environmental Studies to explore associations between exposure to PM2.5 and O3 and risk of respiratory and cardiovascular hospitalizations and how these associations may be impacted by a changing climate.

  • Durland Fish

    Professor Emeritus of Epidemiology (Microbial Diseases)

    Research Interests
    Babesia; Babesiosis; Borrelia; Chikungunya virus; Climate; Epidemiology; Biological Evolution; Insect Vectors; Lyme Disease; Parasitology; Public Health; Ticks; Global Health; Evolution, Planetary; Climate Change

    Dr. Fish conducts research on the impact of climate change upon vector-borne diseases. His studies on changes in the geographic distribution and severity of Lyme disease due to global warming predict minimal geographic change in risk for the US, but a potential increase in disease severity for the endemic areas of the Midwestern states. The predicted case increase for Canada has already been observed. He is currently conducting a study on climate change impact upon mosquitoes and mosquito-borne viruses in the Florida Everglades in collaboration with the U.S. National Park Service. Due to its “tropical island” nature, extreme South Florida already has several endemic tropical mosquito species and arboviruses, and more are anticipated as the region warms and becomes more tropical. Dr. Fish serves on the Steering Committee of the Yale Climate and Energy Institute and served on the National Research Council Panel Review of the 2014 National Climate Assessment.

  • Alison Galvani

    Burnett and Stender Families Professor of Epidemiology (Microbial Diseases); Director of the Center for Infectious Disease Modeling and Analysis (CIDMA)

    Research Interests
    Acquired Immunodeficiency Syndrome; Africa, Southern; Ecology; Economics; Epidemiologic Methods; Epidemiology; Biological Evolution; HIV; Influenza, Human; Parasitology; Public Health; Tuberculosis; Global Health; Evolution, Planetary; Infectious Disease Medicine

    Dr. Galvani pursues research at the interface of disease modeling and climate change. She is interested in analyzing the cost-effectiveness of programs designed to tackle climate change with respect to their impact on health outcomes both locally and globally. Identifying how climate change, as well as greenhouse gas pollution, influence morbidity and mortality associated with mosquito borne illnesses such as dengue fever and malaria, bacterial diseases from contaminated water such as cholera, and respiratory diseases such as asthma and chronic obstructive pulmonary disease, is fundamental to global health.

  • Debbie Humphries

    Instructor of Public Health Practice (Microbial Diseases)

    Research Interests
    Acquired Immunodeficiency Syndrome; Developing Countries; Ghana; HIV; Hookworm Infections; Malaria; Parasitology; Public Health; Vietnam; Global Health; Nutrition Policy

    Dr. Humphries’ research focuses on nutrition and infectious disease in low- and middle-income countries, as well as on healthy food access globally. She is interested in the ways climate change is affecting food access, and the impact of food systems on environmental change. She has collaborated on several studies in the Bolivian Andes that investigate use of traditional foods and pathways by which climate change is affecting household food production. In the context of climate change, she is particularly interested in studying the relationship between resilient food systems and indicators of environmental impact of those systems, both in the United States and globally.

  • Kaveh Khoshnood

    Associate Professor of Epidemiology (Microbial Diseases); Program Director- BA-BS/MPH Program in Public Health at Yale

    Research Interests
    Acquired Immunodeficiency Syndrome; Epidemiology; Ethics; HIV; Human Rights; Public Health; Violence; Global Health; Infectious Disease Medicine; Diseases

    Dr. Khoshnood is interested in the humanitarian response to violent conflicts and in the health of refugees and displaced populations, including “climate refugees” displaced by direct or indirect consequences of climate change. He is involved in ongoing projects among refugees and displaced populations in Lebanon and other countries in the Middle East and North Africa. Dr. Khoshnood teaches a course entitled "Responding to Violent Conflict: Epidemiological Methods & Public Health Interventions,” which examines drivers of conflict, including climate change, and discusses how epidemiological methods are applied to understand specific health consequences of violent conflicts, including infectious diseases, mental health, maternal/child health, and chronic health problems.

  • Albert Ko

    Department Chair and Professor of Epidemiology (Microbial Diseases) and of Medicine (Infectious Diseases); Department Chair, Epidemiology of Microbial Diseases

    Research Interests
    Dengue; Epidemiology; Leptospirosis; Urban Health; Global Health; Meningitis, Bacterial; Infectious Disease Medicine

    Dr. Ko, Chair of the Yale School of Public Health Department of Epidemiology of Microbial Diseases and member of the CCHI Executive Committee, studies health problems that have emerged from rapid urbanization and social inequity. He is particularly interested in the role that climate and climate change plays, together with the urban ecology and social marginalization, in the emergence of infectious diseases in slum communities. He coordinates an NIH-supported research and training program on urban slum health in Brazil, where his group is conducting long-term prospective cohort studies on infectious diseases that include rat-borne leptospirosis, dengue, meningitis and respiratory infections. More recently, Dr. Ko has expanded his research to address the impacts of climate and climate change on the transmission dynamics of neglected tropical diseases, such as leishmaniasis, in impoverished rural subsistence farming populations and on the risk for drought and disaster-related epidemics in the South Pacific. Dr. Ko is the Principal Investigator at Yale for the Fogarty Global Health Equity Scholars Program which provides research training opportunities, including those related to climate and health, for post- and pre-doctoral fellows at collaborating international sites.

  • Ann Kurth

    Dean, School of Nursing, Linda Koch Lorimer Professor of Nursing and Professor of Epidemiology

    Dr. Kurth, Dean and Linda Koch Lorimer Professor, Yale University School of Nursing, is an elected Fellow of the National Academy of Medicine (NAM) and a member of the NAM Board on Global Health.  She is chair of the Consortium of Universities for Global Health (CUGH). Her research focuses on HIV/reproductive health and global health system strengthening. She is an international advocate for the role of nurses and midwives, among other health providers, in planetary health – the multidisciplinary science of how human health is connected to the health of the planet. She is using her leadership as 2018-2020 chair of CUGH to promote mutually beneficial, long-term partnerships between universities in resource-rich and resource-poor countries, developing human capital and strengthening institutions' capabilities to address these key challenges of the 21st century. She writes and lectures on planetary health issues, and is a contributor to planetary health curriculum development including through the Planetary Health Alliance, as well as the Global Consortium on Climate and Health Education. At Yale she is co-chair of the university’s Sustainability Committee.

  • Anthony Leiserowitz

    Senior Research Scientist in Forestry and Environmental Studies

    Dr. Leiserowitz, director of the Yale Program on Climate Change Communication, studies public risk perception and engagement with the issue of climate change. His research investigates the psychological, cultural, and political factors that influence public knowledge, attitudes, policy support, and behavior. Areas of interest include public perceptions of and responses to the health risks of climate change, as well as how the communication of health risks affects public engagement across different audiences. He conducts research at the global, national, and local scales, including studies in the United States, China, and India.

  • Sarah Lowe

    Assistant Professor of Public Health (Social & Behavioral Sciences)

    Research Interests
    Anxiety Disorders; Mental Disorders; Genetics, Behavioral; Mental Health Services; Psychological Phenomena; Psychology, Clinical; Stress Disorders, Post-Traumatic; Mood Disorders; Substance-Related Disorders; Stress Disorders, Traumatic, Acute; Resilience, Psychological; Psychiatry and Psychology; Psychological Trauma; Trauma and Stressor Related Disorders

    Dr. Lowe’s research focuses on mental health after traumatic events, including climate change-related disasters. She is interested in the long-term mental health consequences of such events, the pathways leading from exposure to adversity, and the independent and interactive influence of factors at multiple ecological levels on outcomes. She is further interested in the interplay between mental health and other domains of functioning, including social relationships, physical health, and educational and occupational trajectories, particularly among those who have been displaced from their pre-disaster communities. The goal of her research is to provide insights for efforts to more efficiently prevent and mitigate the mental health consequences of climate change-related disasters.

  • Rafael Perez-Escamilla

    Professor of Public Health (Social and Behavioral Sciences); Director, Office of Public Health Practice; Director, Global Health Concentration

    Research Interests
    Brazil; Breast Feeding; Child Health Services; Community Health Workers; Diabetes Mellitus, Type 2; HIV; Mexico; Obesity; Rwanda; Global Health; Healthcare Disparities

    Dr. Pérez-Escamilla’s research focuses on maternal-child nutrition in low- and middle-income countries, as well as on measuring and assessing the causes and consequences of household food insecurity (HFI) globally. He served on both the 2010 and 2015 US Dietary Guidelines Advisory Committees, and as a result he has developed a strong interest in the factors influencing the translation of scientific knowledge into evidence-informed public health policy guidelines. He is particularly interested in four lines of inquiry related to climate change: a) factors that influence the incorporation of environmental sustainability into national dietary guidelines policies; b) impact of HFI on unsustainable environmental practices; c) impact of climate change on HFI; and d) environmental impacts of infant formula in comparison with breastfeeding.

  • Virginia Pitzer

    Associate Professor of Epidemiology (Microbial Diseases)

    Research Interests
    Ecology; Immunization; Paratyphoid Fever; Rotavirus; Typhoid Fever; Global Health

    Dr. Pitzer’s research focuses on mathematical modeling of infectious diseases. Climate-related projects involve elucidating drivers of the seasonality and spatiotemporal patterning of environmentally transmitted pathogens, including: (1) the seasonal determinants of respiratory syncytial virus transmission; (2) the links between climate, water source, and historical patterns of typhoid fever mortality in the United States; and (3) the impact of variable rainfall on the transmission dynamics of water-borne pathogens (cholera, typhoid fever, rotavirus) in South Asia and sub-Saharan Africa.

  • Jodi Sherman

    Associate Professor of Anesthesiology and of Epidemiology (Environmental Health Sciences); Director of Sustainability, Dept. of Anesthesiology; Associate Professor of Epidemiology, Environmental Health Sciences; Affiliated Faculty, Climate Change and Health Initiative, School of Public Health

    Research Interests
    Conservation of Natural Resources; Drug Contamination; Environment Design; Environment, Controlled; Environmental Pollution; Fresh Water; Public Health; Soil; Equipment Reuse; Greenhouse Effect; Ecosystem; Environmental Medicine; Carbon Footprint; Environmental Policy; Patient Harm; Chemicals and Drugs; Health Care

    Dr. Sherman’s area of expertise is in the pollution and human health impacts of unsustainable practices stemming from the health sector itself. She is working to bring attention to pollution prevention within health care as an issue of patient safety and quality care. Her research explores the life cycle environmental impacts and total cost of ownership of drugs, devices, and professional services, so that when choices exist, clinicians and health care administrators will factor public health and safety into practice decisions. Dr. Sherman’s future work will focus on systems-level metrics and solutions (e.g., pay for performance measures for carbon reduction in clinical practice).

  • Jeffrey Townsend

    Elihu Professor of Biostatistics and Professor of Ecology and Evolutionary Biology

    Research Interests
    Algorithms; Bacteria; Bacterial Infections and Mycoses; Beer; Bread; Cell Transformation, Neoplastic; Coccidioidomycosis; Computing Methodologies; Biological Evolution; Fungi; Genetic Engineering; Microbiological Phenomena; Models, Genetic; Models, Theoretical; Mycoses; Neoplasm Metastasis; Neoplasms; Phylogeny; Viruses; Wine; Models, Statistical; Likelihood Functions; Logistic Models; Polymerase Chain Reaction; Sequence Analysis, DNA; Nonlinear Dynamics; Molecular Epidemiology; Gene Transfer Techniques; Crops, Agricultural; Evolution, Molecular; Nature; Sequence Analysis, Protein; Gene Expression Profiling; Public Health Informatics; Microarray Analysis; Genetic Speciation; Host-Pathogen Interactions; Genetic Phenomena; Mathematical Concepts; Organisms; Phenomena and Processes

    Dr. Townsend’s interests include evaluation of the effects of climate change on infectious disease distribution, transmission, and evolution. In particular, he is interested in the performance of uncertainty analysis to assess the potential future effects of global anthropogenic change on vector distributions, infectious disease transmission and spread. He is currently performing research on historical and current-day climate-driven changes in disease burden due to changes in temperature and humidity, and microbial pathogen spread (and the spread of antibiotic resistance) associated with microbe-laden urban storm overflows.

  • Paul Turner

    Elihu Professor of Ecology and Evolutionary Biology

    Dr. Turner conducts research on effects of temperature on phenotypic performance of RNA virus pathogens, such as dengue virus. While it appears that global warming is contributing to geographic range expansion of disease vectors, such as mosquitoes, less is known about whether RNA virus pathogens are generally capable of expanding their ranges alongside vectors. It is possible, for example, that only certain virus genotypes within the pathogen population are predisposed to spread, or are capable of mutations fostering spread at the leading edge of range expansion. To examine these ideas, Dr. Turner studies the thermotolerance (phenotypic performance across challenge temperatures) of RNA virus genotypes sampled from natural pathogen populations. In addition, he examines the adaptive potential of different RNA virus genotypes when challenged to evolve in tissue culture environments under elevated temperatures, as well as the ability for these viruses to replicate within live mosquitoes that are cultured at differing temperatures. Similar experiments concern other aspects of some climate change models, which predict that environmental temperatures will become increasingly stochastic in the future. Here, Dr. Turner is testing whether RNA viruses can adapt to withstand stochastic ambient temperatures, and whether their growth within live mosquito vectors is compromised by erratic temperature fluctuations. Dr. Turner’s research is highly interdisciplinary, harnessing approaches such as laboratory experimental evolution, molecular genetic and genomics analyses of wild and lab-cultured viruses, interactions between viruses and live mosquitoes, and computational approaches to studying evolution.

  • Vasilis Vasiliou

    Department Chair and Susan Dwight Bliss Professor of Epidemiology (Environmental Health Sciences) and of Ophthalmology and Visual Science

    Research Interests
    Alcoholism; Aldehyde Dehydrogenase; Diabetes Mellitus; Environmental Health; Glutathione; Gout; Ophthalmology; Genomics

    Dr. Vasilis Vasiliou is a member of the Executive Committee of the Climate Change and Health Initiative, Professor of Epidemiology, and Chair of the Environmental Health Sciences Department at the Yale School of Public Health. His research interests include mechanisms of cellular responses to environmental stress, gene-environment interactions, alcohol toxicity, pharmacogenetics and the evolution of gene families.

  • Zheng Wang

    Associate Research Scientist in Biostatistics

    Dr. Wang, a fungal biologist, is interested in understanding how fungi respond to environmental stimuli and how these responses evolved. Fungi exhibit huge global diversity and include many severe human pathogens. Dr. Wang’s interests include studying genetics and functional genomics of fungal growth and pathogenicity and investigating how environmental changes (including climate change), as well as human activities, would affect fungal growth and distribution. Currently he is studying dynamics of microbial communities in water ecosystems in heavily populated urban areas.

  • Joshua Warren

    Associate Professor of Biostatistics (Biostatistics)

    Dr. Warren researches environmental exposures and their impact on human health, with a focus on developing spatial and spatiotemporal statistical methods to improve the understanding of underlying associations between disease and exposure. His current work seeks to improve the identification of susceptible periods during pregnancy where increased exposure to ambient air pollution more adversely impacts the developing fetus. Dr. Warren has interest in understanding how air pollution levels may be impacted by climate change across space and time, and what effect this will have on human health.

  • Daniel Weinberger

    Associate Professor of Epidemiology (Microbial Diseases)

    Research Interests
    Americas; Bacterial Infections; Biology; Carrier State; Communicable Disease Control; Denmark; Epidemiologic Methods; Europe; Fourier Analysis; Iceland; Influenza, Human; Netherlands; Population Characteristics; Public Health; Respiratory Tract Infections; Streptococcus pneumoniae; Diseases

    Dr. Weinberger works to understand the epidemiology of common respiratory infections that afflict young children and the elderly and seeks to use this information to develop more optimal interventions to reduce disease burden. He has studied the seasonal drivers of respiratory disease epidemics, including the effects of climate and co-infections on disease transmission and susceptibility to developing invasive infections. He has also worked with collaborators in Brazil and New Caledonia to understand how climate and weather might influence disease patterns for several vector borne and environmental diseases. Current work seeks to understand how climate might influence disease patterns locally in the greater New York/Connecticut region and how these patterns could influence prophylaxis and vaccination strategies. He has access to several large disease databases from the United States and globally that could be used for research projects.

  • Yawei Zhang

    Section Chief and Associate Professor Tenure; Co-Assistant Cancer Center Director of Global Oncology, Yale Cancer Center; Chief, Section of Surgical Outcomes and Epidemiology, Department of Surgery

    Research Interests
    Air Pollution; Epidemiology; Lymphoma, Non-Hodgkin; Neoplasms; Pregnancy; Thyroid Neoplasms; Survivors; Genomics; Biostatistics

    Dr. Zhang is a member of the Executive Committee of the Climate Change and Health and has a major interest in reproductive health epidemiology. She has established a large birth cohort study in China to investigate effects of various environmental and other exposures and genetic and epigenetic changes on adverse pregnancy outcomes and developmental health. Influences of air pollution and climate change, as well as their joint effects with other environmental as well as psychosocial factors, on adverse pregnancy outcomes and developmental health will be studied in the cohort.