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Mangrove Forests Explained
A plain guide to mangrove forests: the salt-tolerant trees of tropical and subtropical shores, where they grow, and how they cope with salt, mud and tides.
Forest Types and Biology
Coastal, riverside and waterlogged forests.
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A plain guide to mangrove forests: the salt-tolerant trees of tropical and subtropical shores, where they grow, and how they cope with salt, mud and tides.
Why coastal wetland soils hold so much carbon, how that store builds up in mangroves and salt marshes, and why draining or digging them can release it.
How floodplain forests rely on regular river floods for seeds, nutrients and habitat, and what happens when dams, levees and drainage change the flood pattern.
How young fish, shrimp and crabs use the sheltered, food-rich channels of mangrove forests, and why the link to local fisheries is real but varies by place.
Why planting mangrove seedlings often fails, why restoring tidal flow and the right site conditions matters more, and how to judge a restoration project fairly.
How the tangled roots and trunks of mangroves slow waves, trap sediment and steady shorelines, plus the limits of that protection in big storms and surges.
How a strip of trees along a stream shades the water, filters runoff, holds the banks together and feeds the aquatic food web, and what limits a buffer's work.
How rising seas, storm surges and salt creeping into soil and groundwater stress coastal forests, producing dying stands, ghost forests and shifting habitats.
A comparison of swamp forests, bottomland hardwood forests and bog forests, with the trees and root adaptations that let them live in soil that stays wet.
How clearing mangroves for shrimp and fish ponds, farmland, ports and construction removes coastal forest, and why the damage is slow and hard to undo.
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