Arnold, J. G., P. J. Boison, and P. C. Patton. "Sawmill
Brook—An Example of Rapid Geomorphic Change
Related to Urbanization." Journal of Geology 90
Baker, Victor R. "Stream-Channel Responses to Floods, with Examples from Central Texas." Geological Society of America Bulletin 88 (1977): 1057-1071. Belt, Charles B., Jr. "The 1973 Flood and Man's Constriction of the Mississippi River." Science 189 (1975): 681-684.
Junk, Wolfgang J., Peter B. Bayley, and Richard E. Sparks. "The Flood Pulse Concept in River-Floodplain Systems." Canadian Special Publication Fisheries and Aquatic Sciences 106 (1989): 110-127. Kusky, T. M. Floods; Hazards of Surface and Groundwater Systems. The Hazardous Earth Set. New York: Facts On File, 2008. Leopold, L. B. A View of the River. Cambridge, Mass.:
Harvard University Press, 1994. Maddock, Thomas, Jr. "A Primer on Floodplain Dynamics." Journal of Soil and Water Conservation 31 (1976): 44-47.
Noble, C. C. The Mississippi River Flood of 1973. In Geo-morphology and Engineering, edited by D. R. Coates. London: Allen and Unwin, 1980. United States Geological Survey. "Water Resources." Available online. URL: http://water.usgs.gov/. Accessed December 10, 2007.
fluvial Rivers are the main geological instruments that shape the surface of the land, carrying pieces of the continents grain by grain, steadily to the sea. The term fluvial refers to deposits and landforms created by the action of flowing rivers and streams, and also the processes that occur in these rivers and streams. Fluvial systems slowly erode mountains and fill deep valleys with alluvium, and serve as passageways for people, aquatic fauna and flora, sediment, and dissolved elements from one place to another. River systems are not simply channels, but are intricately linked to associated floodplains and deltas, and they are affected by processes that occur throughout the entire drainage basin. Rivers transport water in a critical step in the hydrological cycle, and bring freshwater to even the driest places on Earth. Nearly every city and town in the world is built with a river flowing through it or near it, so vital is water for drinking, agriculture, and navigation. Rivers have controlled history, bringing life to some areas, but they are also prone to floods, sometimes bringing disaster from the same source that has fed populations for ages.
Was this article helpful?
Disasters: Why No ones Really 100 Safe. This is common knowledgethat disaster is everywhere. Its in the streets, its inside your campuses, and it can even be found inside your home. The question is not whether we are safe because no one is really THAT secure anymore but whether we can do something to lessen the odds of ever becoming a victim.