3. Animals The salt marshes support a variety of wildlife. Some species that occur are: MAMMALS Deer, otter, raccoon BIRDS Brown pelicans, coots, egrets, gulls, terns, seaside sparrow, many forms of waterfowl REPTILES Alligator, diamondback terrapin, saltmarsh snake Information on animals known to occur in specific ecological communities is in Appendix C. LAND USE INTERPRETATIONS 1. Environmental Value as a Natural System The functions of salt marshes are probably the most important and least understood and recognized of all ecological communities. On low energy coastlines and estuaries, the marsh functions as a transition zone from terrestrial to oceanic life. Salt marshes also perform an important function in the stabilization and protection of shorelines, especially during storm tides. Nutrients, sediments and detritus from upland systems are redistributed by tidal action, making the marsh one of the most productive natural ecological systems. The area serves as a habitat for the early life stages of numerous ocean species as they feed on countless invertebrate organisms. Many wildlife forms overlap normal ranges at least seasonally to become harvesters and, in many cases, part of the natural food chain. 2. Rangeland Salt marshes have a potential for producing significant amounts of cordgrass, saltgrass, and other grasses and forbs. For sites in excellent condition, the average annual production of air dry plant materials varies from 4,000 to 8,000 pounds per acre. The variation depends on plant growth conditions. From 6 to 15+ acres are usually needed per animal unit depending upon amount and type of forage available. The relative percentage of annual vegetative production by weight is 90 percent grasses, 5 percent shrubs and trees, and 5 percent herbaceous plants and vines. 3. Wildlifeland Salt marshes are good habitat for a variety of wildlife. The habitat type is usually maintained by natural forces and influences such as tidal action and periodic hurricanes. Storms usually cause the creation of "open" water in salt and brackish marshes and also may change salinities. The resulting effect is that plant succession is set back and more favorable habitat may be created for waterfowl, furbearers, and some other forms of wildlife such as wading