Floods: Causes and Consequences

Easy navigation and flood control encouraged trade along the river, which boosted the economy and led to an increase in jobs for traders, deckhands, etc. (US History TVA). In addition to providing increased trade opportunities, large amounts of money that would have been spent on the flood damage that were saved by the construction of these dams. A few years into the program, stations were created in the area to monitor flooding. Reports from these stations, in addition to computer calculations, show that the total cost of the flood damage up until 2007 would have been $5.8 billion (TVA River Neighbors). The flooding would have destroyed not only people’s homes, but also their businesses and livelihoods., which would have led to further unemployment.

Flooding of the settlement was problematic. By 1812, the settlers had built miles of levees on the banks of the river. For the next two hundred years, the surrounding wetlands were drained to eliminate swamps filled with yellow fever carrying mosquitoes and to encourage economic development. Draining water from peaty soils encouraged subsidence. The land which was just inches above sea level to begin with steadily sank. In combat of this, higher and stronger levees were built, tightening the straight jacket already placed upon the Mississippi River. The massive flooding of 1928 brought further flood control systems implemented by the Army Corps of Engineers with Congressional blessing. By the 1950’s, dramatic rates of land loss in Louisiana’s coastal zone stretched across 300 miles from Texas to Mississippi and inland 50 miles. (Tibbetts)

Numerous different aspects were altered due to the ruckus of Hurricane Katrina. The first major aspect was housing and location. Katrina nearly demolished 300,000 homes. The ascending sea level along the coast resulting from onshore winds is a storm surge. With a twenty-two foot storm surge in New Orleans and a twenty-seven foot storm surge in Mississippi, Hurricane Katrina averaged a shocking twelve foot storm surge. As a storm surge’s footage increases, the surge will continue to move inland farther and farther. Hurricane Katrina’s storm surge is documented as moving inland a total of twelve miles into the state of Mississippi (FAQS, 2013). Hurricane Katrina impacted a total of seven states. Five of these states were Georgia, Florida, Alabama, Mississippi, and Louisiana. Kentucky and Ohio were two more states affected but in a different way. Because of the tremendous amount of water, Kentucky and Ohio were victims of the Mississippi River flooding. Some states experienced more extreme destruction than others. Alabama, Mississippi, and Louisiana experienced Hurricane Katrina’s wrath firsthand. These three southern states were affected the worst by the massive storm (FAQS, 2013). Mississippi’s forest industry experienced a great amount of destruction losing 1.3 million acres of valuable forest land. The main cause of destruction in New Orleans was blamed on the failure of the levee system to stand its ground

It's not actually a silly question. The Mississippi no longer fits the definition a river as "a natural watercourse flowing towards an ocean, a lake, a sea, or another river." Rather, the waterway has been shaped in many ways, big and small, to suit human needs. While it maybe not be tamed, it's far from wild -- and understanding the floods that are expected to crest in Louisiana soon means understanding dams, levees, and control structures as much as rain, climate, and geography. From almost the moment in the early 18th century when the French started to build New Orleans, settlers built levees, and in so doing, entered into a complex geoclimatic relationship with about 41 percent of the United

Another vital component of agriculture that drove the Mississippi Delta into poverty was the eleven major floods. Even though these floods were historical, they still hindered the agricultural development of the Mississippi Delta preventing the creation of more jobs. One of the worst floods that devastated the Delta was the flooding of the Mississippi River in 1927. The flood left roughly 16.6 million acres, about 162,000

Yet, humans have limited control on natural events, so this only reinforces the importance of managing water wisely. Recently California’s government has begun to focus more on sustaining and restoring the water supply. Dale Kasler (2016) articulates in his article some of the steps they have decided to make to solve this serious issue. The government has made the following investments: “$415 million for watershed restoration and other environmental aid for Lake Tahoe; up to $335 million for two proposed reservoirs in California, including the Sites reservoir north of Sacramento; $880 million for flood-control projects on the American and Sacramento rivers in Sacramento; and $780 million for flood-control projects in West Sacramento” (para. 10). This could be the first step to restoring the water to California. But these

As I was reading as The Great Molasses Flood of 1919, I was shocked!The closest relation that I could possibly think of that I have seen is the rainfall flood of 2008 in Saline County, Illinois. I remember going outside and wading in water, it was almost impossible to drive and buildings were flooded majorly. “Excess of 12 inches above normal.” (Flood of 2008) When I walked outside, I could not believe my eyes! I didn’t even think it was possible for Carrier Mills to get as much rain as it had

For this paper water structures and infrastructures were selected as focus points because the longer we wait to fix issues with them, the more expensive it will get, in other words, we are in a race against time. Studying the past it is easy to see how water availability made population explode in an area such as Southern California, where savvy marketing and great politics made it happen. Particularly, for Los Angeles and for the purposes of public narrative, Marc Reisner’s Cadillac Desert does a great job at understanding and identifying the politics and key figures in getting water to Los Angeles. Great hydrologic structures were created using both manpower and water politics. It is important to state that there are connections between water, politics, environment, and geography when analyzing what the biggest problems involving water structures and infrastructures (Reisner.) We must think of water as both a socio-political issue and a natural resource, whose fate is molded by the understanding of its connectivity to itself, man-made structures, geography, environment, and society. The classes taken in this program have taught us ideals that in order to become a great water resource manager, one must master the political and scientific knowledge to make decisions that are prosperous for society and the environment. Furthermore, one must know the United States’ hydrological history in order to gain manipulation upon the system that makes it both thrive and deteriorate.

In 1923-1947 Arkansas Power and Light (AP&L) constructed several dams on two Arkansas lakes, Hamilton and Catherine. AP & L obtained “flood easements” on property adjoining the lakes. AP&L sold lake side property and kept the easement in force. These flood easements permitted AP&L to “clear of trees, brush, and other obstruction and to submerge by

The Great flood of 1927 The Great 1927 Flood of the Mississippi River is still in today’s time one of the worst natural disasters that has occured in the United States of America. It came in and wrecked the river and the surrounding areas for the months to come. As of today still has not been beaten by any other flood. The Flood started a long time before it ever became a concern and stayed a large issue months after it happened.

The responsibility for maintaining existing levees and building new ones falls to the federal, state and local governments. In reality, the costs of most infrastructure projects are in the hundreds-of-millions to billions of dollars. This means that the cost burden must fall on the federal government (Webster). The federal government, however, failed to provide the necessary resources to build protective infrastructure for U.S. citizens since, “Under the Bush administration there was little money for nor interest in internal improvements, as the federal dollar was spent mainly on the military while the nation's infrastructure continued to deteriorate” (George). Had more money been spent on internal improvements, more levees could have been built and the impact of the storm lessened.

As we’re trying to move from relief to recovery and rebuilding, it’s nearly imperative that we look back to unveil why this widespread flooding occurred in the first place. If we trace back to the research of engineers in the 1990’s, it was recorded that the reservoir system was inadequate and endangered thousands of lives and properties (Thompson). Arthur Storey, Harris County’s Flood Director in 1996, coins the wreckage that lies before us as “a massive governmental and engineering failure” (Thompson). Research suggests that we foresaw the potential damage, yet failed to invest in modern development

A flood can be defined in many depths but is simply water where it isn’t wanted. In late 2010 Queensland was affected by major flash flooding this continued on into the beginning of 2011 and ¾ of Queensland was declared a disaster zone.

Information that was used to develop my conclusions were relative to the history of Clearwater River such as the average normal discharge of 40,000cfs, the fact that the river can accommodate 55,000cfs before flooding will occur, and that with every increase of 2600cfs the river rises one foot. For example, this information helped to determine that four of the thirteen noted Peak Flood Discharges listed on the worksheet were not at flood stage as the river is able to accommodate discharges less than 55,000cfs. However, nine of the thirteen Peak Flood Discharges listed on the worksheet were at flood stage or drastically above; with the maximum rise of 17.77 feet above and a discharge rate of 101,200cfs. The average discharge rate of the top three noted floods per information on the Stream Gauge Data of Peak Flow Discharges is 93,613cfs, which is resourceful later in determining the extrapolated 75-year flood.

When I say this I mean that there are floods in Mississippi. The start of the states floods were in 1879. When the recent floods that happened in Mississippi that year they built the Mississippi commission that held up the levees that by year 1882 the levees were up to 7 feet high in the air. Later in the years there was no floods until the greatest flood yet to Mississippi “the great Mississippi flood”. This devising flood broke through the levees and destroyed many homes causing millions of dollars destroyed by this devising flood. Watch out!All the floods that happens to Mississippi are in the months December to June. Later with scientific logic they found out that the Mississippi River was growing which made all the floods. The problem isn't just that there is floods they have a problem of