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Dr. Candy Feller standing knee deep in a mangrove forest.
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Dr. Candy Feller in the Field

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Mangrove roots create a strong but permeable barrier to waves and currents in Belize.
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Mangrove Roots in Belize

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This is the most common songbird in the mangroves of the Caribbean’s Mangal Cay.
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Mangrove Yellow Warbler

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Marc Frischer from the Skidaway Institute of Oceanography studies bacteria at a Smithsonian field station.
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Investigating Bacteria

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Mangroves on the edge of the water.
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Mangroves at the Sea’s Edge

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When water conditions deteriorate, the rivulus fish can live temporarily out of water.
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Rivulus Fish

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Dr. Candy Feller is framed by the roots of a mangrove tree on Panama’s Pacific coast.
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Dr. Candy Feller with Mangrove Roots

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Mangroves are being decimated by human development, like this shrimp farm in Belize.
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Former Mangrove Forest

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And in Edgewater, Maryland, scientists at the Smithsonian Environmental Research Center examine the influences of climate change, excess nutrients, and surrounding habitats on mangroves
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Smithsonian Environmental Research Center

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Sea anemones, brittle stars, and sea urchins make a home on mangrove roots.
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Mangrove Roots Up Close

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This mangrove island in Belize was cleared and dredged to create sand beaches.
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Mangrove Island Clear-Cut for Tourism

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A manatee swimming in shallow waters.
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Manatees

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