National Museum of Natural History

Trees line a winding river, and the blue sky is reflected in the water

Building a Library of Life: How Smithsonian Collections Are Revolutionizing Ocean eDNA Research

Unlocking natural history collections is key to monitoring and protecting Earth’s environments using eDNA

Under the waves swirls a bed of sea grass. Above the water is a coastal home attached to a dock.

New Study Puts Smithsonian Conservation Efforts to the Test

The findings illustrate how people-focused initiatives benefit both society and nature

A diver uses a camera to study a barnacle-covered submarine resting on the seafloor

How Shipwrecks Shape the Seafloor

Sunken vessels can influence the structure, chemistry and biology of marine ecosystems, even decades after they occur

Head scientist at the Smithsonian Marine Station, Valerie Paul, collects blue-green algae samples to study the chemicals they emit. Those chemicals can endanger coral reefs, but also have biomedical potential. (Raphael Ritson-Williams)

Meet the Marine Scientist Studying How Algae Communicates

Valerie Paul's work adds to scientists’ knowledge about the ways marine biochemicals can potentially help restore coral reefs and create new biomedicine.

Climate change is causing oceans to warm, which in turn affects fish and fishers. Now, scientists are turning towards management strategies to protect species and the industry. (Claudio Contreras-Koob/International League of Conservation Photographers)

Why Fishes are the Catch of the Day for Climate Research

Fishery management systems can teach scientists how fish can be raised sustainably in wild fisheries.

Sylvester Musembi Musyoka, a Kenyan colleague and field crew leader, recording a large mammal fossil bone during a virtual field project to collect fossils in Kenyan excavation sites that were in danger of being damaged by severe weather. (Nzioki Mativo/Smithsonian)

How the Pandemic Changed Scientific Exploration

How seven Smithsonian scientists continued to discover the secrets of the natural world safely during the pandemic

The cyanobacteria species that produces gatorbulin-1, tentatively identified as Lyngbya confervoides, forms these reddish-green, hair-like structures which are a collection of connected single cells rather than a true multicellular organism. (Raphael Ritson-Williams)

Scientists Find Blue-Green Algae Chemical with Cancer Fighting Potential

The discovery shows how studying marine biodiversity can enhance biomedical research.

Mangroves line a channel connecting the Belize River to the coastal lagoon system. These trees are hundreds of years old and provide important habitat to both terrestrial and marine species. (Steve Canty, Smithsonian Marine Station)

Together, We Can Save the Mangroves

Scientists hope to save mangroves with global collaboration.

Schools of snappers, grunts and jacks on a seagrass plain at Hol Chan marine reserve, Belize. (Pete Oxford, International League of Conservation Photographers)

Can Genetics Improve Fisheries Management?

The Smithsonian's Marine Conservation Program uses genetics as one tool in a holistic approach to marine conservation. In doing so, the Program provides fisheries managers with sound scientific data that can be used for evidence based decision-making and adaptive management.

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