The mangrove forests of Everglades National Park contain more than 220,000 acres of red, black, and white mangrove species, forming the largest contiguous stand of protected mangroves in the western hemisphere. These salt-tolerant trees build land from water, their prop roots and pneumatophores trapping sediment and stabilizing coastline against storm surge. The tunnels that wind through them are not trails but tidal creeks, carved and widened over centuries by the twice-daily push and pull of Florida Bay. Established in 1947, Everglades National Park was the first American park created to protect an ecosystem rather than a scenic landmark. The mangrove estuaries serve as nurseries for juvenile tarpon, snook, and goliath grouper, and as feeding corridors for wading birds including roseate spoonbills, tricolored herons, and great egrets. During the dry season, November through April, wildlife concentrates along the remaining waterways, bringing predator and prey into close quarters. In summer, higher water disperses animals across the broader landscape, but the mangrove shade offers relief from midday heat that reaches ninety degrees by late morning. The Turner River, Halfway Creek, and Nine Mile Pond represent three of the park's most-paddled routes, each threading through mangrove tunnels so narrow that branches scrape both sides of a kayak at once. The canopy overhead closes to a lattice, filtering sunlight into coins of white on dark water. Roots descend in curtains. At high tide, paddlers glide beneath arches; at low tide, oyster bars emerge along the bends, their shells testament to the brackish salinity that defines this transition zone between freshwater Everglades and salt water of the Gulf. Mangrove ecosystems sequester carbon at rates up to four times higher than terrestrial forests, storing it in both biomass and the anaerobic peat below. The Everglades mangrove system alone holds an estimated 24 million metric tons of carbon. These forests also attenuate wave energy, reducing coastal erosion and buffering inland areas during hurricanes. Red mangroves, identified by their arching prop roots, colonize the outermost edge. Black mangroves, with finger-like breathing roots, occupy slightly higher ground. White mangroves grow furthest inland, lacking visible aerial roots but tolerating the highest salinity. Together, the three species form a gradient that mirrors the tidal and salinity zones of the estuary, a living architecture shaped by water and salt.