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National Museum of Natural History

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.

Leafcutter ants can be found across Central and South America. They build gigantic, subterranean nests with complex societies. (Chip Clark, Smithsonian)

Thinking of Eating Cicadas? Here are Six Other Tasty Insects to Try Too

The practice of eating insects, known as entomophagy, is widespread around the world.

Coral reef health is an important indicator of the ocean’s well-being. Scientists can study corals to learn more about how climate change is affecting the oceans. (Wise Hok Wai Lum, CC-BY-SA-4.0)

DNA Makes Waves in the Fight to Save Coral Reefs

Environmental DNA could help scientists understand and anticipate the threats coral reefs face.

Researchers study burial sites like the Falcon Necropolis at Quesna to learn more about ancient Egyptian culture and biodiversity. The site is protected by the Egyptian Ministry of Tourism and Antiquities. (Joanne Rowland)

Mummified Shrew Discovery Unearths Ancient Egypt’s Wetter Climate

A mummified shrew found at Quesna suggests that ancient Egypt's environment was once more wet than it is now.

Zircons are the oldest minerals in the world and come in colors like the rich blue above. Researchers have now used these gemstones to identify when modern plate tectonics began. (Ken Larsen)

New Study on Zircons Finds Plate Tectonics Began 3.6 Billion Years Ago

The research reveals how one of Earth’s defining geologic features likely formed — and set the stage for the emergence of life

Through research on living and preserved fungus-farming ants, entomologists are learning more about the insects’ deep connection to their environment and how that relationship might evolve in response to a changing climate. (Smithsonian)

How Fungus-Farming Ants Fertilize Climate Research

Research on deeply connected insect species is illuminating how interspecies relationships might evolve in response to climate change

Through research on living and preserved plants, botanists are learning more about how flora has responded to climate change over the past centuries. (USDA photo by Preston Keres)

Why Plants are Seeding Climate Studies

The National Museum of Natural History’s herbarium is helping botanists research climate-driven changes in plants, their biology and their abundance

The Smithsonian’s National Museum of Natural History welcomes its new Head of Education, Outreach and Visitor Experience, Carla Easter. (James Di Loreto, Smithsonian Institution)

Meet the Smithsonian Natural History Museum's New Head of Education, Outreach and Visitor Experience

Carla Easter to champion widespread community engagement and accessible scientific outreach as the museum’s new Broh-Kahn Weil Director of Education.

Filmmaker and Director Hinaleimoana Wong-Kalu will talk about the role of storytelling in her film “Kapaemahu” in a panel discussion presented by the Mother Tongue Film Festival on May 14. (Still from “Kapaemahu,” courtesy of Hinaleimoana Wong-Kalu)

Eight Free Natural History Programs Streaming in May

Stream these free programs and more this May through the Smithsonian’s National Museum of Natural History

Fossil plants reveal information about the temperature and precipitation of past climates. Scientists use what they learn from fossil plants to inform their research on modern climate change (USNM PAL 606436, Smithsonian)

What Fossil Plants Reveal About Climate Change

Paleobiologists use fossil plants to reconstruct Earth’s past climate and inform climate change research today.

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