Biodiversity Genomics

Sumatran tiger

Genomics, the comprehensive study of an organism’s genome, unifies and empowers all biological sciences. The integration of genomic science, methods, tools, applications, and findings are having measurable impacts on research throughout the Smithsonian Institution and will engender an array of collaborative and multidisciplinary projects of wide scientific and public interest, as well as biomedical, agricultural, industrial, and societal importance. Advances in genomics are enhancing our knowledge of the earth’s biological diversity and will lead to new discoveries that will benefit current and future human societies.   

Researchers from the Smithsonian Conservation Biology Institute’s Center for Species Survival are working closely with the Smithsonian Institute for Biodiversity Genomics to provide the high-profile, multi-disciplinary scholarship, leadership, collaborative spirit, and logistical support necessary for comprehensive research on biodiversity genomics.

These efforts take advantage of the Smithsonian’s collections and laboratories, complemented by field-based initiatives and research centers that support vibrant public and private collaborations. Together, these assets will provide the catalyst and infrastructure for the success of this initiative.

Goals

  • Transform our understanding of the patterns of biological diversity and the processes underlying diversification through ground-breaking research using the latest genomic technologies.
  • Combine the newest tools of genomics, data accessibility, and social networking to promote broader public and societal engagement in the exploration of the links between genetic variation, biological diversity, and the healthy functioning of a sustainable world.

Continue Exploring

Reconecta: Bridging the Gap for Amazonian Wildlife ›
The Reconecta project aims to reduce animal mortality and restore connectivity in the fragmented Amazon forests through innovative, nature-positive solutions.

Case Study: Scenario Planning in Northwestern Virginia ›

Case Study: Land Use Modeling in Northwestern Virginia ›

Changing Landscapes Initiative ›
Smithsonian scientists work alongside community members in Northwestern Virginia to evaluate the impacts of land-use change on wildlife, ecosystem services and community health.

Coral Biobank Alliance ›
Smithsonian scientists are part of the Coral Biobank Alliance, a global network of coral experts preserving corals for restoration and research.

Coral Cryopreservation Training Course ›

Coral Species Cryopreserved with Global Collaborators​ ›
View a list of the coral species that have been cryopreserved using a technique developed by Smithsonian scientists.

Wildebeest Conservation ›
Conservation Ecology Center scientists are tracking the movements of white-bearded wildebeest to understand how changes across the landscape impact the species.

Protecting Piping Plovers in the Great Lakes ›
In 2022, the Smithsonian Migratory Bird Center will begin a new research project to help protect endangered piping plovers from predation by merlins.

Swift Fox Recovery ›
Smithsonian scientists, in collaboration with the Fort Belknap Fish and Wildlife Department, are embarking on a five-year swift fox reintroduction project to restore swift foxes to tribal lands and to help reestablish connectivity between disjointed swift fox populations.