Hurricane Barriers

The Department of Homeland Security suggest, securing loose rain gutters clear any clogged areas or debris to prevent water damage to your property by retrofitting to secure and reinforce the roof, windows and doors, including the garage doors (Ready). Hurricane shutters are put up on your house windows to protect the inside of your house and anyone that is staying inside the house from objects that might be flying around or knocking down such as: rocks, garbage, glass, trees and much more. Mainly anything that is outside during a hurricane has a huge chance of making damage to your house or even your car. If the hurricane shutters are not put up the winds and object from outside can cause your windows to break and will make glass go all over. Also, if the hurricane breaks through your windows then the rain from the hurricane can destroy your house and also it is dangerous for people who are inside the house because they could get hurt from everything breaking and flying

The 1900 Hurricane in Galveston destroyed a majority of the towns infrastructure and killed a significant amount of the population. One of the main reasons behind the level of devastation was do to the fact that the city was not at all prepared to face a storm as large as the one that hit in 1900, the city had a very low elevation with its highest point being only 9 feet above the sea level, and had very little if any means of protection from Hurricanes(1.). By 1900 Galveston had already been hit with several destructive storms in the past but they were not severe enough for the citizens of Galveston to start making more efforts to curb the potential damage a larger storm could have in the future and thus do to something on a

Hurricane Katrina not only provided new response for natural disasters but also for terrorist response and mitigation. Hurricane Katrina helped the Department of Homeland Security to see the vulnerability of the nation and how bad a single storm could affect the communities. After Hurricane Katrina DHS started to plan and “imagine” the possibilities of future disasters both natural and manmade as if they were actually going to happen. After 9/11 FEMA was downsized and DHS replaced most of its disaster and planning operations. This became clear after seeing the poor response FEMA had with Hurricane Katrina and the thousands of people left stranded without help. The aftermath of Katrina showed how much we needed both counterterrorism along with

"In addition to endangering the wildlife and economic prosperity of an area, the loss of wetlands also puts humans at risk. Wetlands serve as a natural buffer zone against storms and hurricanes, slowing down the storms and reducing their force before they move inland. However, as the wetlands disappear, some cities are becoming more exposed. The city of New Orleans, Louisiana, has already suffered the consequences of this gradual depletion of wetland buffer zones. In 2005, Hurricane Katrina, one of the deadliest and most destructive hurricanes in the entire history of the United States, hit the Gulf Coast. There were more than 1,800 casualties, with the greatest number of them concentrated in New Orleans. Eighty percent of the city was flooded, and there were more than 700 dead. Many blamed the destruction of New Orleans on the failure of the levees, which are manmade barriers that prevent water from flooding into a city. However, scientists and researchers believe that the hurricane would have done far less damage to the city if the surrounding wetlands had been intact. Since the storm, there has been a greater national focus on preserving and restoring the wetlands on the Gulf Coast. Preserving our wetlands and maintaining a buffer zone against storms will only become more crucial in the future, as climate change may increase both the frequency and the severity of extreme weather events such as hurricanes. " There are so many

For example, the barrier islands on Louisiana’s coast are being destroyed or altered. The islands, reefs, and shelf protect Louisiana from storms and hurricanes. However, humans have altered the formation and existence of the protection. Stone et el. argues, based on statistical analysis of the coast, that the “physical loss of the barrier islands and marsh resulted in a considerable increase in modeled surge levels and wave heights.

Hurricane Katrina. [Electronic Resource] : Wind Versus Flood Issues. Washington, DC : Office of Inspector General, U.S. Dept. of Homeland Security, [2008], 2008. EBSCOhost, excelsior.sdstate.edu/login?url=http://search.ebscohost.com/login.aspx?direct=true&db=cat04225a&AN=sdsu.008408717&site=eds-live.

Hurricane Katrina was not New Orleans’ first time being hit with devastating effects from a hurricane. New Orleans has been struck by hurricanes six times over the past century. In 1915 was a category 4 hurricane, it killed 275 people and caused millions of dollars’ worth of damage. 1940, 1947, 1965, 1969 and again in 2005. The Mayor of New Orleans issued a first ever mandatory evacuation. With New Orleans being hit multiple times over the past decade surprised me that serious precautions weren’t taken previously, such as better levees or seawalls. Living in a place below sea level, one would think that the levees and seawalls would be stronger, but the levees collapsed below design height during the Katrina storm .

It is inevitable that the coast is sinking due to rising sea levels and sediment erosion caused by storms or nature. With that in mind it is imperative that lessons learned from previous encountered storms and floods should move engineers to redesign entirely a new format of construction of the levees, as well as aid in saving as much of the coast that can be recovered and cut the losses of area now under sea level. After Katrina much effort was focused on quickly recovering the locations that were in dire need of rescue. Sandbags were placed in several locations and in others pumps were used to redirect flooding and allow for immediate repair of the levees. Following Katrina eight years after, at least $14.5 billion was invested in a storm protection system that consisted of high-quality built levees, floodwalls, and efficient pumps for drainage. In 2012, Hurricane Issac would be the test to see if all would stay intact and perform as designed, and it did. Both the State of Louisiana and the United States Army Corps of Engineers recognized that the new system was holding well, however it did not eliminate the risk. Therefore, the State of Louisiana and the United States Corp of Engineers initiated work under way in strategizing for future risk reduction efforts for both the levees and restoration of the coast. As a result of their initiated work, the State of Louisiana’s 2012 Coastal Master

Hurricanes are formed over tropical waters. These intense storms consist of winds over 74 miles per hour (Ahrens & Sampson, 2011). The storms addressed here are Hurricane Katrina and Hurricane Sandy. This paper will explore the contrasts and comparisons between these two horrific storms.

The failure to adequately prepare for the storm led to increased and more widespread devastation, which in many cases harmed those living in the affected areas. An independent analysis of the reason for such massive chaos was performed and determined that “Most of the damage was due to the failure of the levee system that surrounds the city to protect it from flooding” (Ubilla). Had these levees been properly built, and had there been more of them protecting the city of New Orleans, major flooding could have potentially been lessened. A simple feature of the levee structure which engineers neglected to include is the concrete

Hurricane Katrina resulted in massive loss of life and billions of dollars in property damage. There are many lessons worth learning from this event. Finger pointing started before the event was over. Most of the focus on Hurricane Katrina was on its impact on New Orleans; however, the storm ravaged a much wider area than that. This paper will briefly summarize the event, the impact on the city of New Orleans and the lessons learned to ensure preparedness today.

In today’s world, there has been one disaster or another, and hurricanes are one of those disasters that always happens. But, for one reason or another we are never prepared or understand the danger of any type of hurricane over a category one. Most of us have been through many hurricanes, like this learner who has lived in Miami, Fla. for over 30 years, and experienced her last hurricane which was Hurricane Andrew. Warnings are always given, first responders are trained to all ways be on alert, and FEMA is supposed to be ready to jump in once the storm has done its damage. But we can never be prepared, because hurricanes are unpredictable, and can become deadly for citizens and create millions of dollars in damages. Within this post we will discuss Hurricane Katrina, preparedness and Emergency management before and after the disaster.

It is with the salient awareness of its susceptibility to hurricanes that the city of Mobile in Alabama initiates the development of hazard mitigation planning. The Mobile County Alabama Hurricanes Hazard mitigation plan is a multi-jurisdictional guide for the county of Mobile. Its communities and other stakeholders who are the vital players in their efforts to successfully prepare a plan that will act as a roadmap in responding to hurricane disasters. The plan addresses the hurricane hazard that is a major threat to the people, property and the infrastructure of Mobile County in Alabama. The plan focuses on hazard mitigation planning and actions necessary to reduce or eliminating long–term effects to people and their property as a result of the occurrence of hurricanes. The purpose of the mitigation plan is to ensure that the repetitive cycle is broken by producing less vulnerable conditions amongst the people, property and topographical features.

Katrina traveled into the Gulf of Mexico on August 26 and started to expand. When the storm reached the warm waters of the Gulf of Mexico, it strengthened to a Category 5 hurricane however, deteriorated before making it to Louisiana to a Category 3 on August 29 with winds at 145mph. Due to the 20 to 30 foot storm surge and levee failure, it resulted with the infrastructure critically damaged from Florida to Texas. State and local agencies use the Sea, Lake, and Overland Surges from Hurricanes (SLOSH) model to know whom and when to evacuate to include what routes people should take. There was argument on who failed the devastated areas, since the assistance needed could not get to the certain areas due to massive flooding and bridges destroyed. Even though there was no one agency to blame through the lack of coordination and communication from local agencies up through the Federal Government, the lessons learned where noticed within hours and days after the storm arrived, the local population felt as being neglected or forgotten.

On August 29, 2009, Hurricane Katrina struck the United States Gulf Coast. It was a Category 3 Hurricane, according to the Saffir Simpson Scale. Winds gusted to up to 140 miles per hour, and the hurricane was almost 400 miles wide . The storm itself did a tremendous amount of damage, but the storm’s aftermath was cataclysmic. Many claimed that the federal government was slow to meet the needs of the hundreds of thousands of people affected by the storm. This paper will examine the four elements of disaster management – preparedness, response, recovery, and mitigation – as well as an analysis on the data presented.