The City Of Coconut Creek

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

Deforestation is a process of cutting down too many trees and it largely affects the climate. The Amazon rain forest is a perfect example of this. In the past 40 years a full 20% has been removed from that single rainforest alone.When cutting down trees the process of photosynthesis can not take place. Therefore large amounts of carbon dioxide are left in the air, and there is less oxygen. These C02 bonds interfere with the C03 in the ozone. Global warming is greatly affected by deforestation due to the increase in greenhouse gases it causes. Tens of Millions of acres are being cut down each week. These acres are as large as Italy. When these trees have been burned carbon dioxide enters the atmosphere. Trees are 50% carbon dioxide, so when deforestation takes place lots of carbon dioxide is released. It accounts for 25% of carbon dioxide emissions.

When trees are burned, CO2 is relinquished. The burning of astronomically immense areas of trees is known as deforestation. Human activities integrate more CO2 into the atmosphere through activities like the burning of fossil fuels. The guiding question of this investigation is, “Which carbon cycle process affects atmospheric carbon the most?” The researchers initially wanted to learn 2 things. First, the researchers wanted to learn how much carbon engenderment there would be if they incremented the amount of fossil fuels burnt by a certain amount. The researchers also wanted to learn how much carbon engenderment there would be if they incremented the amount of deforestation.

Co-benefits of planting trees to mitigate greenhouse gas emissions include reducing urban heat island effect, reducing local energy demand, improving air quality, and providing an attractive area for physical and social activities. Reducing fossil fuel use in power plants, reduces air pollution. Sustainable community design which includes active transport and transit use, reduces vehicular traffic, and increases physical activity, lessens air pollution, and reduces risk of vehicular injuries and death.

"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

Forests play a critical role in mitigating climate change because they act as a carbon sink soaking up carbon dioxide that would otherwise be free in the atmosphere and contribute to ongoing changes in climate patterns. Deforestation undermines this important carbon sink function. It is estimated that 15% of all greenhouse gas emissions are the

Billions of years ago, an asteroid destroyed nearly the entirety of life on Earth, wiping out various species of dinosaurs, fish, and other animals. However, life managed to survive the apocalyptic setting and evolution bested natural disaster in the same struggle fought today. Every natural disaster tests human and environmental abilities to recuperate from damage and turn desolation into a thriving ecosystem, which requires a pointed effort on the part of humans. Hurricane Katrina struck New Orleans in 2005, and recreated an environment that forced the instinct to flourish to battle with unpredictability once more, as the question of rebuilding the city became prominent. Though many oppose efforts to rehabilitate the regions devoted by the

In the year 2005, New Orleans was famously hit a major natural disaster that took lives and destroyed the homes and civilians. This wrath of Mother Nature became to be known as Hurricane Katrina, a category 5 hurricane with gusts peaking at 174/mph according to the Safir- Simpson wind scale (SSHS). With this Hurricane having its path directly on a city only being on average 1-2 feet below sea level, it created conditions for serious havoc (NOAA, 2012). The aftermath left a serious physical imprint on the city, which has the potential to never be removed. This imprint left by Hurricane Katrina caused extensive damage to 134,000 housing units, destroying multiple bridges along the Gulf Coast, as well as various buildings across the city, which led to harmful chemicals leaking into the water system, such as petroleum and natural gas. Finally, Hurricane Katrina also caused the main power grid to be disoriented for a number of weeks. As a result, the damage costs from the storm added up to be about $108 billion (2005 USD), which according to Eric Blake was the costliest storm ever to hit the United States (Blake et al. 2011). Hurricane Katrina perpetuated all of these tribulations, as it drastically altered the lives of the many inhabitants of New Orleans and they continue to face the repercussions of the storm in their day-to-day lives.

Forests control the amounts of carbon dioxide in our atmosphere therefore contributing to global warming. However we as a planet have a problem… deforestation.

Tropical storms and hurricanes have become more intense during the past twenty years in North Carolina, due to climate change. Hurricane wind speeds and rainfall rates are likely to increase as the climate continues to warm. Whether the storms become more intense or not, homes, and infrastructure are at risk due to rising sea level. “Increased rainfall may further exacerbate flooding in some coastal areas. Since 1958, the amount of precipitation during heavy rainstorms has increased by 27 percent in the Southeast, and the trend toward increasingly heavy rainstorms is likely to continue.”

Some people may argue that CO2 is already saturated in earth’s atmosphere, and more CO2, manmade or natural, will have little impact on the climate. Well, that’s is not exactly true because the earth’s atmosphere is only capable of holding so much C02 according to the IPCC (Michael). Other people may say the greenhouse gas emissions are making redwood trees grow better than ever (Rogers). Well that may be so, but redwood trees are just a small part of the economy and they still grow without greenhouse

My parents have a condo down in florida that we visit yearly, when hurricane Irma hit the community was flooded, 165 trees came down. The golf course was tore up pretty bad, resulting in it being shut down for a few weeks for maintenance.

In addition, human activities like deforestation may increase the amount of carbon dioxide in the atmosphere. This is because forests help in carbon sequestration, which reduces the amount of carbon dioxide in the air. It follows then that clearing such tress will increase the amount of carbon dioxide since carbon sequestration will not occur (3). The man-made theory of climate change also explains that when these harmful gasses reach the atmosphere, they form a blanket, which traps heat in the atmosphere. This trapping of in the atmosphere is the phenomenon that causes the planet to get warmer, hence the term global warming (Sharma, 4).

The increasing amount of green house gases (GHG) released in the atmosphere is causing significant changes in the environment leading to unpredictable weather patterns and warming of the climate system is putting a great pressure on city development and infrastructures. This essay outlines three problems caused by climate change in urban areas, and evaluates the effectiveness of some of the mitigation and adaptation strategies. This essay reasons that mitigation and adaptation strategies need to work in synergy in order to address the situation effectively.

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.