Coasts Are The Dynamic Junction Of Water, Term Paper

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¶ … Coasts are the dynamic junction of water, air, and land. Winds and waves, tides and currents, migrating sand dunes and mud flats, a variety of plant and animal life -- all combine to form our ever-changing coasts." (USGS, 2004) Coastlines all over the world are subjected to a wide variety of erosion and denudation effects. Some of these effects are natural occurrences while many are the result of human interaction with the environment. While natural occurrences have be taking place for thousands of years, threats to coastlines from coastal communities in the form of recreational and residential development, waste disposal, spill accumulation and waste disposal are all cause damages to the coast line at a much faster rate. Wave action, wind, surf and rising sea levels are all impacting coastlines all over the world. Many of these actions of coastlines are very gradual; the effects on the coastlines take many years to occur. Hurricanes however, can cause changes in the coastline within a short period of time. Storm surges and wave action during hurricanes and coastal storms can move large quantities of sand and sediment from or to coastlines. Currents and winds have the ability to move and shape coastlines constantly and this process is never ending or stable. There are many different types of coastlines ranging from rocky shores like the coastline in California and Ireland, sand beaches like the ones in Florida and South Carolina to the marshlands and wetlands of Louisiana.

Traditional rivers carrying sediments have had the ability to deposit large quantities of these sediments at the mouth of the rivers. Deltas formed as a result of this extend the coastline continuously into the ocean. Human activity at different points along the river also impacts the ability of the river to form deltas and provide sediments...

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As rivers become more polluted the waste and pollutant levels damage the beaches where the river enters the sea. In addition, the pollutants and waste wash up to beaches and all cause extensive damages to the continental shelf. Global warming has also resulted in the elevation of the sea level, which, in turn, has resulted in covering sections of coastlines that were previously above water.
It has also been observed that the population density along coastlines continues to increase. The U.S. coastal areas support five times the population density than the national average. Historically, populations were established around natural ports and waterways all over the world. All major cities grew around these ports or waterways. As the population all over the world continues to grow and develop the strain on the coastline continues to increase. The impact of supporting large populations can be seen in the manner in which the waste disposals for the large urban areas are handled. This can affect the wildlife in the area that depend son the coastline for survival.

Another growing threat to the coastline is the mining of heavy mineral and gold. (UNESCO, 2004) Unchecked use of the sand as building material to support new construction can also negatively impact sandy beaches and the erosion patterns that can result due to removal of this sand. Sandy coastlines are prone to easier reconfiguring than rocky coastlines. Constant shifting of tides and the sand dunes make documenting of the changes on the coastline more of a challenge. Wetlands, brown fields and marshes are now being recognized as an integral part of the coastline. These areas are very essential to the ecosystems of the region and support the growth and survival of many of the young ones of many…

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Bibliography

http://www.minesandcommunities.org/Action/press359.htmENS. (2004). Europe's Coastlines Eroding Into the Sea. Environmental News Service. Retrieved December 5, 2004, from the World Wide Web:

FEMA. (2004). Significant Losses From Coastal Erosion Anticipated Along U.S. Coastlines. Retrieved December 5, 2004, from the World Wide Web: http://www.fema.gov/nwz00/erosion.shtm

Richmond, Bruce. (2004). Effects of Major Storms on Pacific Islands. U.S. Geological Survey; Marine and Coastal Geology Program. Retrieved December 5, 2004, from the World Wide Web: http://marine.usgs.gov/fact-sheets/pacificstorms/pacific.html

UNESCO. (2004). Beach erosion in Anguilla. Retrieved December 5, 2004, from the World Wide Web: http://www.unesco.org/csi/act/cosalc/projec10.htm
USGS. (2004). Coastal Changes. Retrieved December 5, 2004, from the World Wide Web: http://pubs.usgs.gov/circ/c1075/intro.html
Wernicke, Carl. (2004, September 26). Ivan's effect on beach 'Camille-like'. Pensacola News Journal.http://www.pensacolanewsjournal.com/news/html/7347BCED-C48A-4ACA-94C6-8213DDE659B2.shtml


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