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Global warming influence on humans
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Think twice before moving to a city. Cities have been creating more environmental problems as we continue to build and expand. As we spread towards vast areas and build on top of them, we act as a barrier in between the Earth and the sky not letting anything through. If we continue with what we are doing, then we will dig our own graves along with the environments. When we build a city we leave nowhere for the water to go when it rains. The water is stuck on the surface and evaporates almost immediately if it is only a little, but if there is heavy rainfall, it will cause major floods leading to many unwanted outcomes that affect everyone. We could reduce the frequency and impacts of Urban flooding in many different ways by just changing our …show more content…
An example of an urban flood is a recent event Houston's flood. Bogost writes in Houston's Flood Is a Design Problem “It’s an epitome of the urban sprawl” and also writes “Houston is well above sea level, so flooding risk from storm surge inundation is low” (Bogost, Ian). Huston's was not prepared for the flood because they did not believe they would get one because of the area they were living but because of urbanization, a flood was possible.
Floods can bring many changes to our environment and health. It can affect our water quality, soil transport, wildlife, habitats, and public health. With floods, there can be combined sewer overflows, debris spread, fertilizers/ pet waste, and oil/chemical contamination. As the river network mentions “Urban flooding can significantly decrease residents’ quality-of-life and impact their personal well-being and health” (Urban Flooding & Equity for Vulnerable Communities Collaborative). All the chemicals, debris, and diseases in the water can spread and create an unhealthy environment to be in. Crops in the area would die and their solid would be moved to a different place due to the water and the destruction of
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We have created an urban bowl of water with the ability dig up and mix all of the continents in the area creating a bigger disaster. Instead of making our cities a bowl we could make them into a strainer to allow the water to pass through avoiding a disaster. Converting our cites into a strainer will not be easy, but we could start by making them into a sponge city with green rooftops and permeable concrete. By changing our cities to sponge cites integrating different ways to allow water to return to its natural cycle we can avoid big natural disasters while also providing other benefits. The disasters we have recently had were not expected; in Houston, they were not considered to have flood danger based on where the geography of where they lived but because of urbanization it made those disasters
Floods can be a very dangerous natural disaster because a flood has the power to move cars, buildings, and cause massive damage to life and property. Even the small floods that are only 30 centimetres or so can do massive damage to houses and if the
As the city expanded, swampland was reclaimed to expand the city. To protect its citizens, the Army Corp of Engineers built a series of levees around the city. These levees form a bowl around the city. It is precisely this architecture that was meant to protect the city will in effect destroy the city.
Rather than working with nature through multi-tiered flood control with spillways and reservoirs, levees disallowed the river to naturally flood, deteriorated the natural ecosystem, and ultimately weakened the city’s defenses against the hurricane (Kelman). Culture and society further interacted, as beliefs in man’s power over nature and racial discrimination promoted levee expansion and racial segregation, creating a city of racially differentiated risk (Spreyer 4). As a result, inundation mostly impacted the lower land neighborhoods that housed poor people of color. Society and nature interfaced in the application of levees that contained nature’s forces. Ultimately, nature won out: the hurricane overpowered the levees and breached the Industrial Canal, disproportionally flooding the mostly black, low-elevation neighborhoods of New Orleans (Campanella
Federal Emergency Management Agency’s article, “Benefit of Dams” (2012) analyzes how dams prevent flooding by releasing the excess water in controlled amounts through floodgates (¶ 3).
Hurricane Harvey is located in Houston, Texas. It was the first major hurricane to make landfall in the United States since Wilma in 2005, ending a record 12- years period with no major hurricanes making landfall in the country. The sprawling and soaked Houston metro area and other deluge towns in southeast Texas braced for devastating floods and pummeling rainfall on Sunday as tropical storm Harvey stalled over land and drenched dogged searchers and anxious residents. Houston, Texas has set up shelters for people to stay out of the weather with good food, clean and fresh water, and dry, clean clothes. It is getting bigger and it has been confirmed that there will be more flooding close by to that area.
manmade levees, dikes, and other flood control measures, is a case in point. In a
They found that various socio-demographic predictors of flood risk impact the difference across flood zone categories. The main residents in inland flood zones are non-Hispanic Black and Hispanic, while coastal flood zones have more higher median income and housing value residents. I considered the study a valuable reference for future flood hazard research and comprehensive public policy making. Social groups with higher vulnerability also tends to stay instead of moving away, for they do not have the affordability for moving to other neighborhood, giving up what they have and almost start from scratch. Thus, they are actually the group of people that suffers the most and paying the most towards natural events. It is also important for the government to create a official help system to improve their resilience.
McCullough presents a meticulously researched, detailed account of the Johnstown Flood of May 31st 1889, which provides arguments for why the disaster was both “the work of man” and “a visitation of providence”. However, it is apparent that McCullough believes that man was more responsible than nature/god for the extent of the catastrophe. In McCullough’s opinion, the storm that caused the flood was no more than the inevitable stimulus of the disaster, whereas the deferred maintenance and poor repairs on the dam were the primary reason that Johnstown was devastated in 1889. McCullough exposes the failed duties of Benjamin Ruff and other members of the South Fork Fishing and Hunting Club, whilst simultaneously questioning the responsibility of the Johnstown folk who were concerned about the safety of the dam but complacently trusted the wealthy, powerful club members to fulfil their responsibilities. McCullough clearly explains the debate that took place immediately after the flood, on what or whom was to blame for the disaster, by explaining the views of the press, the townspeople and the lawsuits that were filed. McCullough’s view is evident from the sub-title of his book. By placing the word “natural” within quotation marks, McCullough immediately suggests that the flood was unusual to any other, and implies that mankind has displaced its blame onto nature.
Most of the destructions from the events of August 29th 2005, when Katrina Hit the City Of New Orleans, were not only caused by the storm itself; but also, by failure of the engineering of the levee system protecting the entire infrastructure of the city. The years of poor decision making and avoidance of the levee system led to one of the most catastrophic events in the history of the United States. Throughout our research, we have identified three key players in charge of the levee system design, construction and maintenance. These three organizations are the Unites States Corps of Engineers, the New Orleans Levee District and the Louisiana Department of Transportation. The consequences of the hurricane showed the organizations negligence in the design, construction and maintenance of the protective walls. Later independent sresearch showed that more than 50 levees and food walls failed during the passage of the hurricane. This failure caused the flooding of most of New Orleans and all of ST. Bernard Parish. The Unites States Corps of Engineers had been in charge of the of the levee system and flood walls construction since the 1936 flood act. According to the law, the Louisiana Department of Transportation is in charge to inspect the overall design and engineering practices implemented in the construction of the system. Once the levee systems were finished, they were handed over to the New Orleans Levee District for regular maintenance and periodically inspections. The uncoordinated actions of these three agencies resulted in the complete failure of a system that was supposed to protect the people of New Orleans. The evidence is clear that this catastrophic event did not happened by chance. The uncoordinated response of these...
In August of 2005, Hurricane Katrina slammed into the Gulf Coast, leaving its signature of destruction form Louisiana all the way to Florida. The hardest hit area and the greatest catastrophe was in the city of New Orleans, Louisiana. For many years the people of New Orleans had feared that one day a hurricane would drown their city with its storm surge. Katrina brought that nightmare storm surge and flooded the city. Yet the New Orleans levees system and flood control was the major cause of flooding, due to the inadequate repair and maintenance failure, incompletion of the levee system, and engineering designs based on outdated scientific data.
There are numerous stages that take place simultaneously in the hydrologic cycle and this includes evaporation. This is when the water alters from a liquid state into a gas. The damp air from the water rises into the atmosphere and when it cools, the vapor condenses and shapes into clouds. But those billows are not the only form the vapors make; it can also materialize as dew, fog and mist, which blanket the Earth, characteristically on a rainy or humid day. Evaporation takes place when water changes from a liquid state into a gaseous state, and ascents out of the pores of the earth and into the atmosphere as a vapor (“How”). While evaporation is taking place, condensation is also occurring. When the temperature in the air plunges, the clouds become heavy and as a result they relieve themselves of the extra weight, which is called precipitation. This produces rain, hail, snow and sleet, conditioned upon the temperate. As the precipitation falls, it enters the surface of the ground and percolates into the soil, which is called infiltration. The more porous the land is, the more the infiltration can take place. However, the ground cannot hold all of that water and floods. The excess rainfall, which is also called runoff that has not been absorbed makes its way into bodies of water, such as small ponds, rivers, lakes and parts of the ocean (“Summary”).
There are several well-known flooding that have affected Memphis, Tennessee such as the Great Mississippi Flood of 1927, the 2011 Mississippi River flood, and storms that caused street flooding’s like the ones in 2008 or 2010. The Great Mississippi Flood of 1927 was caused by extremely heavy rain which swelled the Mississippi river to its water carrying capacity. People tried to prevent the flood in Memphis by fabricating and fortifying levees to expel water from the land; although, river water began to seep through the sand bags, which were meant to keep water out. The Memphis Fire Department trucks had appeared at the breaches and pumped water back over the sand bags. Despite valiant efforts, the river overran the levees and caused massive amounts of damages and deaths, which would affect hundreds of people. Once again, substantial rainfall was the catalyst to several flooding’s in Tennessee, including the 2011 Mississippi River flooding. This flood reached over forty-eight...
The water moves at a faster rate since there is nothing to absorb the water, which could cause flooding.
The age-old question has plagued many, “Should I live in a city or should I live in the country?”. There are many advantages and disadvantages to choosing a lifestyle in either setting, and careful examination of all aspects is needed to make the perfect decision for you.
The city I propose as a perfect city, would be as close to an ecocity as possible, although have some differences. For example, for electrical needs, I would suggest the city have a solar power plant, but on those desperate times, energy would be bought from other electrical plants from nearby towns or states.