Smithsonian Voices

From the Smithsonian Museums

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

A green ridged cactus towers vertically over the camera with a deep blue sky in the background

How a Smithsonian Botanist Cracked the Cactus Code a Century Ago

A large elm tree with branches full of green leaves stands in the sunlight

How a Historic Smithsonian Elm Thrives, Over 150 Years After its Planting

A chuck of natural, light blue and gray aquamarine beryl on white background.

How X-Rays Unlocked the Mystery of Crystals

Yoshino cherry tree

The Hybridized Nature of Washington's Iconic Cherry Trees

The original photos from late 1800s by famous snowflake photographer Wilson “Snowflake” Bentley, are stored in the Smithsonian Archives. His pictures were instrumental in helping scientists examine snow’s crystalline properties. (Erin Malsbury, Smithsonian Open Access, Wilson A. Bentley)

Why Scientists Find Snowflakes Cool

Scientists use a California condor specimen from 1835 — part of the Smithsonian’s very first collection of items — to study the critically endangered species. Pictured: a young California condor in Pinnacles National Park. (Gavin Emmons)

How Scientists Still Use the Smithsonian’s First Collections, 175 Years Later

Free post cards were given to service members when they visited the US National Museum (now the National Museum of Natural History) in the 1940s. (Smithsonian Institution Archives, Image # SIA2013-07711)

How WWII Service Members Helped Shape the Smithsonian’s New Fossil Hall

Past and present female scientists at the Smithsonian’s National Museum of Natural History have advanced humankind’s understanding of the natural world and its place in it. L to R: Adrienne Kaeppler, Hannah Wood, Marian Pettibone, Sorena Sorenson and Kay Behrensmeyer. (Smithsonian Institution).

Get to Know the Leading Ladies of Science at the Smithsonian

The seeds of common poppy (Papaver rhoeas) only germinate when the soil in which they live is disturbed. Intense fighting during World War I decimated Europe’s physical environment, causing thousands of poppies to bloom where battles once raged. (Gary Houston, CC0 1.0)

100 Years Ago, Poppies Became More Than Just Flowers

Before its residence at the Smithsonian's National Museum of Natural History, this pressed plant (Cyananthus macrocalyx subspecies spathulifolius) was housed at London's Natural History Museum where it survived a bombing during World War II (Photo Credit: Ingrid P. Lin, Smithsonian).

Are Pressed Plants Windows Into World History?

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What the Demise of Mammoths Can Teach Us About Future Extinctions

To Uncover the Origins of Diseases, Smithsonian Researchers Dust Bat Specimens for Viral Fingerprints

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