RESEARCH AREAS
Ecology & Biodiversity
| FACULTY | |
| Lawrence Buell | Rethinking U. S. literature in a globalizing world; discourses of literature and environment. |
| Colleen M. Cavanaugh | Chemosynthesis and symbiosis, especially characterization of metabolic and genetic capabilities of symbionts, evolutionary relationships with free-living bacteria, and co-evolution of host and symbiont. |
| Eric Chivian | Human health consequences of habitat degradation, species loss, and ecosystem disruption. |
| George M. Church | New genomic and proteomic measurement and modeling methods for biomedical and ecological systems. |
| William C. Clark | Interactions of environment, development and security concerns in international affairs, special emphasis on the role of science and technology. |
| Scott V. Edwards | Molecular evolution, systematics, phylogeography, comparative genomics and behavioral evolution of birds and non-avian reptiles. |
| Brian D. Farrell | Interaction between insects and plants, specifically the interplay of adaptation and historical contingency in ecological and taxonomic diversification. |
| Richard T.T. Forman | Landscape ecology; road ecology; urban-region ecology and planning; conservation; patch-corridor matrix model; changing land mosaics; land-use planning. |
| David R. Foster | Plant ecology, landscape dynamics, conservation, and long-term studies of forest ecosystems. |
| Robert France | Ecology and conservation biology; landscape architecture, land-use planning and environmental theory. |
| Peter Girguis | Microbially-mediated carbon and nitrogen cycling in hydrocarbon-based and hydrothermal vent ecosystems; microbial fuel cells. |
| James Hanken | Evolution of morphology; developmental biology; systematics, taxonomy and conservation biology; biodiversity informatics. |
| Colleen Hansel | Environmental chemistry; environmental microbiology; risk analysis and public health. |
| Hopi Hoekstra | Evolutionary genetics of natural populations of mammals; specific focus on ecological genetics and genomics. |
| Noel Michele Holbrook | Long-distance transport physiology in plants; root physiology; water relations associated with flowering and flower production; biomechanics of growth and development; factors controlling uptake and movement of water in tropical trees. |
| Calestous Juma | Biodiversity and sustainable development; science and technology policy. |
| Niall G. Kirkwood | Technology and its relationship to design in the built environment, including urban brownfields, municipal landfills, the regeneration of Superfund sites, decommissioned military bases, and closed nuclear research facilities. |
| Roy Kishony | System-level architecture of genetic networks and the interplay between their design and the evolutionary process. |
| Roberto Kolter | Biofilm physiology; interspecies interactions; microbial ecology and evolution. |
| Marc Lipsitch | Transmission dynamics and within-host population biology of infectious disease. |
| Jonathan B. Losos | Maintenance of biodiversity; behavioral and evolutionary ecology; lizards. |
| Christopher Marx | Experimental evolution of microbes to explore the systems-level function and optimization of complex biological networks. |
| James J. McCarthy | Marine nitrogen cycling; coastal and offshore plankton productivity; biological-physical interactions in the sea; effects of climate change on marine systems. |
| Paul R. Moorcroft | Ecological dynamics of terrestrial plant communities and ecosystems; biosphere-atmosphere interactions; mechanistic models of animal movement. |
| Chris Paciorek | Spatial and spatio-temporal modeling for environmental health applications; Bayesian spatio-temporal modeling for ecological applications. |
| Ann Pearson | Carbon isotope biogeochemistry; global organic carbon cycle; microbial metabolism in anoxic marine systems; sources of carbon to marine sediments. |
| Naomi E. Pierce | Behavioral ecology and the evolution of species interactions; genetic mechanisms and biochemical signaling pathways underlying three-way interactions between plants, pathogens, and insects. |
| Ann Pringle | Ecology of asexuality; mutualism; mutualism and invasion; fitness of filamentous fungi. |
| Peter P. Rogers | Consequences of population on natural resources development; conflict resolution in international river basins; improved methods for managing natural resources and the environment; impact of global change on water resources; development of indices of environmental quality and sustainable development. |
| James Shine | Transport, fate, and effects of contaminants in aquatic ecosystems. |
| Robert N. Stavins | Environmental economics, natural resource economics, and related public policy; innovation and diffusion of technology; market-based strategies for future climate policy; international climate agreements. |
| Noreen Tuross | Application of biogeochemical techniques, including immunology and mass spectrometry, to archaeological questions; human impacts on the land, paleodiet, migration and seasonality. |
| John Wakeley | Theoretical population genetics; the forces that produce and maintain genetic variation in natural populations. |
| Martin Weitzman | Environmental and natural resource economics; green accounting; economics of biodiversity. |
| Edward O. Wilson | Entomology, specifically ants and social insects; biodiversity; conservation; natural history. |
| Richard Wrangham | Non-invasive investigation of primate physiology; ecology and biodiversity of wild Bornean orangutans and East African chimpanzees. |
Ecology & Biodiversity-Related Programs at Harvard
Harvard Environmental Economics Program (HKS)
Harvard Forest
Harvard University Herbaria
Microbial Sciences Initiative
Organismic and Evolutionary Biology (FAS)
Project for Reclamation Excellence (GSD)





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