Salt marshes are coastal wetlands that form in the intertidal zone, where the land meets the sea.

Salt marshes form due to a combination of erosion, sediment accumulation, and tidal action.

Salt marshes typically have muddy or clayey soil, not sandy soil.

Salt marshes are typically dominated by salt-tolerant grasses, such as Spartina alterniflora and Spartina patens.

Salt marshes provide habitat for a variety of species, act as natural filters for pollutants, and sequester carbon.

Salt marshes face threats from sea level rise, pollution, and habitat destruction.

Salt marshes perform multiple functions, including wave attenuation, sediment trapping, and nutrient cycling.

Salt marshes provide habitat for a variety of animals, including clams, oysters, and crabs.

Salt marshes contribute to coastal resilience by buffering shorelines from erosion, filtering pollutants, and providing habitat for marine life.

Salt marshes play a significant role in carbon sequestration, storing large amounts of carbon in their sediments.

Conservation strategies for salt marshes include habitat restoration, pollution control, and sustainable land use practices.

Salt marshes contribute to biodiversity by providing habitat for diverse species, supporting food webs, and acting as nursery grounds for marine life.

Salt marshes face threats from sea level rise, coastal development, and pollution.

Sundarbans, Bhitarkanika Mangroves, and Pichavaram Mangroves are examples of salt marsh ecosystems in India.

Local communities can contribute to salt marsh conservation by engaging in sustainable fishing practices, reducing pollution, and participating in habitat restoration projects.