Remmel Dam Flood Essay

Remmel Dam Essay
On May 19 and 20, 1990, terribly significant rains fell within the river Basin, particularly over the
lower finish of Lake Hamilton and far of Lake Catherine. within the twelve–hour amount from 6:00
p.m. May 19, 1990 to 6:00 a.m. May 20, 1990, there was downfall of 10 inches at Carpenter Dam,
seven inches at Remmel Dam, and twelve inches in near Hot Springs, with most of the rain falling
between 8:00 p.m. and 3:00 a.m. The pool elevation on Lake Hamilton was 399.16 feet higher than
water level at 8:00 p.m. on May 19, however when four hours, had up to 402.12 feet, and was still
rising. Throughout this point the gates on Carpenter Dam were opened so as to avoid flooding on
Lake Hamilton. The mixture of the discharge from Lake Hamilton and therefore the influx of rain
from Lake Catherine's catchment area flooded the shores of Lake Catherine. The tail water from
Carpenter Dam rose from a traditional elevation of 305 feet, to an elevation of 331 feet by 4:00 a.m.
on May 20. Before the flooding, the pool elevation at Remmel Dam was close to traditional at
304.33 feet, however the pool at Remmel Dam crested at 7:00 a.m. on May 20th at 4:00am at an
elevation of 317.50 ... Show more content on Helpwriting.net ...
At the time Remmel Dam was in–built 1923–24 and once the project was swollen in 1947 AP&L
consistently purchased and reserved easements on all the land adjacent to Lake Catherine allowing
flooding to the degree it determined might be flooded in a very "worst case state of affairs,"
employing a study conducted throughout construction of Remmel and Carpenter Dams. The
language of the easements varied, however all reserved or sent flowage and submersion rights either
to a definite elevation variable per location on the lake, or covering the complete
... Get more on HelpWriting.net ...

Essay on Project Management, The Building Of The Three...
1. Introduction The Three Gorges Dam on the Yangtze River will probably be finished by 2009 and
will be the largest hydroelectric dam in the world. Being the present manager and being appointed
by the government at the feasibility stage I am asked to write a report in order to outline the
activities required to successfully manage this major project and to ensure that it is completed on
time and within budget. This report will be divided into six parts beginning with an introduction and
ending with a conclusion. At first should the terminology be defined. A project is "a unique set of
coordinated activities, with a definite start and finishing point, undertaken by an individual or
organisation to meet specific objectives within ... Show more content on Helpwriting.net ...
My report is based on the project life cycle from Field and Keller. 2. Define In the define phase
proposals are formulated, estimated and tested for feasibility. The results will be presented to the
senior management in order to receive a "go" for the project which often is in the form of a contract.
The main objectives of the TGD are: • Protection against floods • Making the Yangtze River
navigable • Leading the water into dry regions • Generation of energy • Supporting the economic
and regional development of the provinces 2.1. Requirements analysis Geological conditions The
relevance is given as we need an adequate material to build the dam as well as enough water to
achieve a water level and finally to maintain that level. It also should be thought about a solution for
the silt coming down the river in order to keep on getting a clear flush. Ecological environment
issues They include the dying of various animals and seldom fish species. The landscape around the
dam could be damaged to a great extend due to the rise of the Yangtze water level. Drainage outlet
could occur and therefore some of the surrounding land–scape will be flooded. Resettlement issues
As described in point 2 the water level will rise and a water basin will be created. The people who
live in the effected area need to be resettled as their houses will be flooded. Every task

Literature Review : The Small Hydropower ( Shp )
CHAPTER 1 LITERATURE REVIEW 1.1 SMALL HYDROPOWER (SHP) AAAAAAA 1. Powers
et al (1985) did an assessment study on the fishway development and design. Method of water
control and the degree and type of water control were formed the basis to classify fish passes.
Swimming speed of the fishes was related to their lengths for designing the fish passes. Energy
required by the fishes upstream was determined for three scenarios: (i) passing through the pools in
fishways (ii) ascending a sloping channel like waterfall or spillway (iii) jumping over a weir or
waterfall. [23] 2. Kamula et al (2000) studied the effects of modifications on the hydraulics of Denil
fishways. The location of the highest velocities in the cross section of Denil fish passes was
determined to be on the sides and not in the center. Since there is a non– uniform flow in the fish
passes hence the velocities are not symmetrically distributed along the mid–axis. The plots for
dimensionless discharge for the studied designs and for the standard Denil pass were found to be
almost parallel to each other. The topmost portion of the Denil fishpass is subjected to higher
velocities so must be designed accordingly. [24] 3. Boubée et al (2003) studied the downstream
migration and passage technologies for diadromous fishes in the United States and New Zealand.
Intake screens in the form of rotating drums have been the most

Case Study: The Governor Edmund G. Brown California Aqueduct
The Governor Edmund G. Brown California Aqueduct is a system of canals, tunnels, and pipelines
that transports water collected from the Sierra Nevada Mountains and the valleys in Northern and
Central California to Southern California. The over 400–mile aqueduct is the primary feature of the
California State Water Project.
The California Aqueduct is operated and maintained by the Department of Water Resources (DWR).
The California Aqueduct includes one pumped–storage hydroelectric plant (Gianelli Power Plant).
Gianelli is located at the base of San Luis Dam, which forms San Luis Reservoir, the largest off
stream reservoir in the United States.
The aqueduct begins at the San Joaquin–Sacramento River Delta at the Banks Pumping Plant, which
pumps

The World Bank 's Support For The Construction Of The Nam...
A World Bank Failure
This paper explores the World Bank's support for the construction of the Nam Theun 2 Dam, located
in the Lao People 's Democratic Republic (Lao PDR), in Southeast Asia. The problems created by
this project are examined along with the question of whether or not international financial
institutions (IFI), such as the World Bank (herein after referred to as
"the Bank") are able to provide assistance in an objective, unbiased and responsible manner.
Nam Theun 2 Dam
Project Overview
Completed in 2010, the Nam Theun 2 Dam (herein after referred to as "NT2"), is a 1070 Megawatt
hydroelectric dam located on the Nam Theun River in central Lao PDR. Tokyo based Mekong
Watch, a non–governmental organization (NGO), estimates NT2's cost at US$1.45 billion, one of
the largest public works projects in Lao PDR's history. The dam flooded a 450 square kilometer
area, creating the Nakai Plateau reservoir. A principle component of the project included selling
ninety to ninety–five percent of NT2's electrical power to neighboring Thailand (2013).
Project Goals
In 2006, The World Bank Group's Multilateral Investment Guarantee Agency (MIGA), reported that
the average daily income of Lao PDR citizens was less than US$1, lower in rural areas, and that
limited options existed for generating income. At that time, MIGA projected that the NT2 would
generate close to US$1.9 billion in foreign exchange earnings over the dam's twenty–five year
lifespan (through the export of

James Bay Project Pros And Cons
April 30, 1971, Quebec Premier Robert Bourassa proposed plans to create the idea of Hydro–
Quebec. This would be a state–run electric company, taking a hydro–electric strategy that would
dam many Northern Quebec rivers and in turn open the opportunity for thousands of jobs. It would
also open the opportunity for Quebec to get a new trade base for Quebec to surplus power for export
and would attract investment in exposed industries. In 1973, the James Bay Project was initiated,
which indicated the damming of many rivers and flooding the surrounding areas. Since then, it
became progressively under the review of the community, internationally. The basic argument about
the moral issue is not moral for the reason that an admired and important ... Show more content on
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If they flood the river to make unnatural lakes, it damage the delicate wildlife. The water contains
mercury poison so it affects the aquatic animals and those consuming the aquatic animals. If anyone
eats it, it can cause health issues to them. Although, according to my research "Northeastern Canada
has, per unit of surface area, more flowing water than almost anywhere else on the globe." Due to
the numerous rivers that flow into the James Bay and Hudson Bay, this can potentially increase
economic growth. Since 1963, the plans of this project were started. The mission was to reconstruct
the natural waterways into the dams and reservoirs to produce electric power for Canada and New
England. When Europeans were first established to Northern America, the Cree and the Inuit were
compelled to relocate further North every time a marketable resource discovery was detected. In
1975, the James Bay and Northern Quebec Agreement between Hydro–Quebec and the Indians was
reasoned to solve the issue between the two concerns. Nonetheless, the Cree and the Inuit believe
the agreement was violated. They did not execute the environmental effects assessment. On the
other side, Hydro–Quebec says otherwise. They believe that it was implied in the contract that the
business could finsish what it had

The Dilemma Of Hydropower Development On The Mekong
The Dilemma of Hydropower Development on the Mekong
Introduction
The Don Sahong Hydropower Project (DSHP) puts Laos under pressure. On one hand, the Lao
government seeks the opportunity to boost economic growth through producing and selling the
electricity. On the other hand, DSHP raises the transboundary concerns. Thailand, Cambodia, and
Vietnam as stakeholders on the Don Sahong Dam have voiced opposition to the development of the
dam. This is because the project will block the main channel for fish migration and reducing the
number of fish in the Lower Mekong Basin (LMB) that will threaten the environmental
sustainability and fisheries industry. Even though Laos has investigated negative impacts of the
DSHP and proposed widening other channels to provide alternative routes, the stakeholders
concluded that there is insufficient scientific information available about the alternative routes and
the lack of information on possible trans–boundary impacts by the Project (MRC 2014). These
challenges clearly display the "wicked problems" because the problems are complex, persistent,
decentralized, having multiple stakeholders, evading definitive formulation, and lack if obvious
solutions (Howes & Wyrwoll 2012). This essay further suggests the solution for DSPP's dispute by
creating a small dam, conducting further research, forming a treaty. In addition, Cost Benefit
Analysis (CBA) can be a foundation for better decision–making on sustainable development of all
mainstream

Global Climate Change And Creating A Sustainable Energy...
Energy efficiency is a key step in reducing our impact on global climate change and creating a
sustainable energy future. Electricity production is the number one source of greenhouse gases and
the leading cause of industrial air pollution in the United States. Most of our electricity comes from
coal, nuclear, and other non–renewable power plants. Producing energy from these types of sources
takes a severe toll on the environment by polluting the air, land, and water supply. In order to stop
polluting the atmosphere and the environment around us, we must take action and implement the use
of renewable resources into our electricity grid and overall economy. Renewable energy can be used
to produce electricity with less environmental impacts ... Show more content on Helpwriting.net ...
Power plants that use coal leak toxic metals into local groundwater and produce a lot of additional
waste. Gasoline that is burned in combustion engines emits large amounts of carbon dioxide into the
atmosphere thus contributing to climate change. Natural Gas is mostly made up of methane, which
is a lot more effective at trapping heat than carbon dioxide, making it more problematic as a
greenhouse gas (What Are Non, 2013). There are also the impacts of nonrenewable resources in
terms of health risks for individuals living across the globe. Uranium, which is used in nuclear
power plants, can cause numerous health issues. Including, major birth defects and abnormal heart,
liver and kidney functions with overexposure (What Are Non, 2013). Also, coal miners that inhale
dust can contract black lung disease, which kills around 4,000 miners per year in the United States.
Finally, there is the issue of supply and demand as they are nonrenewable resources; once they are
gone there is no way to create new ones. Thus, they are more and more expensive as they are used.
Due to this and the price increase, the technologies that we use to make our lives easier will become
useless if the fuel that is used to power them ceases to exist. If alternatives are not pursued and
perfected, a shortage would result in chaos.
However, in order to achieve the switch from nonrenewable resources to renewable resources, it is
important to understand what it is. Renewable energy is energy

Mulholland Villain Or Visionary Analysis
William Mullholland designed and supervised the construction of the Los Angeles
aqueduct, a 200–mile system to transfer water from Owens Valley to the San Fernando Valley. In
March 1928, the St. Francis Dam failed and Mulholland's career was in shambles. In the article
Villain or Visionary, written by Eve Bachrach, Mullholland's career and achievements are put in
question. Opinions of Mulholland diverge once the dam fails. Bachrach's article asks the
question, "Was he motivated by greed, played by the rich men who hoped to be made richer by a
secure water source in San Fernando Valley, or was he merely a zealous public servant serving
the greater good?" (9).
Mulholland was born in Belfast, Ireland on September 11, 1855. He first arrived in Los
Angeles in 1877. Mulholland ... Show more content on Helpwriting.net ...
I loved it so much" (9).
Ironically, his granddaughter Catherine Mullholland believed that this was not true. Catherine
says that he got a job digging wells and taught himself engineering on the job. Even though we
don't really know if his love for Los Angeles came at first, Mullholland was the city's strongest
supporter. In Caroline Mullholland's telling, she explains that "Mullholland's belief that Los
Angeles would never reach is potential without water from Owens Valley drove his support of
the project" (9). Even though many people from Owens Valley opposed the project, Mullholland
"maintained that Owens Valley land owners were fairly compensated for their land" (9).

Many people still opposed the Los Angeles aqueduct, commenting and criticizing it. The
Los Angeles newspapers "called it unnecessary and colossal waste of money" (9). Many rumor
started to spread about Mullholland and his aqueduct. Some of these rumors include,
"Mullholland and his backers lied about the immediate need for water, secretly dumped water to
create an artificial draught, and passed an unnecessary ordinance prohibiting people

The Construction Of Large Dams Essay
The construction of large dams has been propagated as providing "inexpensive" hydropower and
water supply from a very long time. Today it is well known as it has been observed all over the
world that the costs of construction and below average performance of dams were in the past
basically were hindered by the public organisations that built and operated these projects. Dams time
after time cost more and take longer to build than the cost projected as the need and advancement of
technology push the cost to a higher level.
Generally speaking the larger a hydro project is, the larger is its construction cost as per its
percentage. The actual assessed risks and costs of dams are being forced and presented to the public
at large because of increasing public analysis and it is also an act of attracting the private investors
to take up the new projects.
As per the findings of The World Commission on Dams , large dams on average have been at best
which just slightly feasible economicaly is. The average cost infested excessively in dams is 56%.
This means that when a dam's projected cost is supposedly $1 billion, it ultimately ends up costing
around $1.56 billion. In so many related cases, the citizens of the country bear the load i.e. the
expenditure of the dams which are no workable, while the project handlers and directors move
themselves out of the away with an uncluttered and mostly unrecognized profit. At the same time
they end up adding another project to their portfolio to

Grand Coulee Dam Essay
Background
Nearly 13,000 years ago, glaciers moved across the earth. In the Pacific Northwest they created
many rivers, including the Columbia. The rock that the Grand Coulee Dam was built on was carved
out by those glaciers creating a sturdy base of the dam. It is located in the rain–shadow of the
Cascade Mountain Range in a shrub–steppe grassland, which results in very little rainfall and high
temperatures. There have been many Native American tribes, including the Spokane, Sanpoli,
Nespelem, Lakes, Colville and many others that have lived along the Columbia River and have
relied on it for many of their day–to–day necessities (Columbia Basin Project 2015). On July 16,
1933 construction of the Grand Coulee Dam began, and nine years later ... Show more content on
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The tribal members are against the dam because it ruins their life style. The Native Americans use
the Columbia River as a source of food and a way of life. Moreover, the damming of the Columbia
River forced the Native Americans to resettle. The dam is an issue to them because they fish for
salmon, an anadromous fish and once they're through the dam, there is no way for them to come
back up it to spawn; this leads to the disappointed commercial fishermen. The environmentalists are
upset because the construction of the dam means there would be habitat loss and alteration of a
variety of wildlife, including plants. The taxpayers in the Northwest Region of the United States are
the ones who paid for the majority of the irrigation construction costs ("Columbia Basin Project"
2015). Currently, there are no efforts for removing the

Alternatives to Building More Dams
I was intimidated. Actually, let me be honest, I feared a thrashing at the hands of the River God.
Trembling muscles warned me to just shoulder my boat and walk. I couldn't. I traveled all the way
from Pennsylvania to run these rivers, how could I back out now? I had to run Sunshine Falls...the
largest rapid on the Royal Gorge section of the Arkansas River. When would I make it back to
Colorado to run this river? I considered the the portage again; it's an impressive drop with no shame
in walking. But what if they dam the Arkansas?
I had the pleasure of kayaking about fifteen miles of the Arkansas river, in Colorado, this summer.
Flowing from its headwaters near Buena Vista, the Arkansas is a virgin river. Only a trickle ... Show
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As dams retain about two– thirds of our consumed water (Conservation Fund, 1984), irrigate farm
lands worth in excess of 9 billion dollars, are visited by almost a billion people a year for recreation
(Bureau of Reclamation, 1991), and provide about a tenth of our countries electrical power t
Statistical Abstract, 1991), it is impossible tG ignore the potential of hydro dams. As dams continue
to be built, and problems still arise with the environment and release schedules, what will we do
then?
Now imagine that we can get all the benefits of a hydropower dam, with fewer or no harms. Imagine
the cheap, on demand power which only hydropower can provide without the threat of a
thermonuclear meltdown. Think of not haggling over the optimum manner in which to handle
release schedules. Picture running that stretch of river without a dam in your way. Envision a future
where American Rivers will no longer have to fight industry and the government over hydropower
dams. That is now more reality than you might expect. Our platform, as supporters of American
Rivers, according to President W. Kent Olson (1989) has been to, "kill bad hydro proposals," and,
"limit acceptable hydro development to places where it will cause the least ecological and aesthetic
damage." For American Rivers, however, a this outdated approach needs to be replaced.
It should not be our job to determine, like utility companies, on which sites a dam causes the

Advantages And Disadvantages Of Earthquake
1. Introduction
As a mechanical engineer in this essay will be discuss the natural disasters such as flood, earthquake
etc. Should provide solutions for these problems by the student. A natural disaster is the
consequence of a natural hazard (volcanic eruption, an earthquake, a landslide etc.). The human
weakness in the face of natural disasters, exacerbated by the lack of planning or lack of adequate
emergencies management system leads to financial, structural and human losses. The size of the
potential loss may also depend on the nature of the risk of the same, which can range from a small
lightning strike, which threatens a very small area to a crash or other event asteroid space
equipment, which can eliminate culture
2. Main Body
2.1. Earthquake and Flood
Firstly what exactly earthquake and flood is. An earthquake is the vibration or sudden movement of
the Earth's surface. The earthquake in most cases ... Show more content on Helpwriting.net ...
The disadvantage of hydroelectric dams is:
Large dam construction cost and installation of equipment, and the usually great time required for
completion of the project
2.3. Earthquake
Every time there is an earthquake hundreds of people die and inexperience injured. Whether it is in
Europe or in Asia Whether it results always is about the same.
On average, every year marked
ITALY 165 earthquakes (years 1891 –1920)
GREECE 531 earthquakes (years 1893–1898)
JAPAN 1041 earthquakes (years 1885–1892)
ENGLAND 13 earthquakes (years 1889–1916)
THE most devastating earthquake

Gorges Dam
1. Why was the building of the dam first proposed in 1919 and by whom?
The dam was first proposed by Sun–Yat San, the father of modern China, in order to protect river
communities from floods and also contribute for economic development plan for China.
2.Why have archaeologists and historians criticized the building of the Three Gorges Dam?
Archeologist and historians criticize the building of the Three Gorges Dam because it is socially and
environmentally destructive. This is because when the dam is finished, nearly 2 million people will
have been displaced and 4000 villages, 140 towns, and 13 cities will have been swallowed up. Also,
monuments, and priceless archeological discoveries of this countries culture will be lost ... Show
more content on Helpwriting.net ...
In addition, farmland has been destroyed because of the floods and the decrease in delta sediment.
The dam has reduced downstream nutrients and sediment flow. And has seriously impacted
neighboring river and seacoast ecosystems.
10. Although. Over a million people have been displaced by the dam already. What is the future
forecast for local citizens? Is the social turmoil over yet?
Many local citizens have not been given their compensation for moving because of the dam. In
addition, much of the money the government promised has also been embezzled. Therefore, many
people will probably not be given their compensation in the future. The social turmoil is still not
over yet because the people who have been displaced were not given as much fertile soil as
promised. This causes many farmers to be making less, then the amount they made in their original
homes.
11. What was an important economic goal associated with the building of the Three Gorges Dam?
The economic goal was to create more and cleaner power. In addition, they wanted the Three
Gorges Dam to improve shipping.
12. How does the Three Gorges Dam improve Yangtze River trade?
The Three Gorges Dam allows larger ships to travel the river, improving

Case Study: The Three Gorges Dam Project
Case Study of the Three Gorgers Dam Project Case study of the Three Gorgers Dam Project What
does the project say about the public policy process in China? The approval of the Three Gorges
Project marked an end to a long period of controversy in the Chinese leadership. The government
attempted to end the debates but encountered stiff opposition. The Chinese government has received
substantial financial support in favor of the project. Several construction contracts are already in
progress. This project is used to display how an ambitious enterprise can be tainted by debates and
lack of transparencies, unfair labor conditions, and authoritarian decision making in China.
Throughout the debates about the project in China, environmentalists have mounted numerous
challenges and objections. However, top government officials have given these challenges little
attention particularly the prime minister who is focused and determined to ensure that the project
succeeds. The success of the project places the country at the top position of being an emerging
superpower (Heggelun, 2004). What public policy theories best explain the development and
implementation of the Three Gorgers Dam project? There are several theories that describe the
possible unrealized expectations with negative impact on population's health. For instance, future
unrealistic expectations may be a preparation for changes in life but may create subsequent
problems of distress during adjustments. This is explained

The Impact of Hydropower Dams on California's Populations...
Running head: IMPACT OF DAMS ON ANADROMOUS FISH The Impact of Hydropower Dams
on California's Populations of Anadromous Fish: What Can be done to mitigate the Dams Effects
and Restore California's Watersheds. Russell Cole Western Governors University The Impact of
Hydropower Dams on California's Populations of Anadromous Fish: What can be done to mitigate
the Dams Effects and Restore California's Watersheds. The indigenous people of California were
completely dependent on the seemingly infinite quantities of salmon and steelhead that annually
returned to their coastal rivers. Upon their arrival, European settlers soon developed a commercial
fishing industry, which supported them very well. Today, however, that never–ending ... Show more
content on Helpwriting.net ...
Importantly, let's not overlook the effects of salmon population declines on the indigenous peoples
of California. Tribes such as the Karuk, Yurok, Wiyot and the Hoopa, to name just a few, have
depended on salmon as their main food source for centuries. Salmon was not just food, but central to
their religion, their diet, and their overall way of life. Salmon are the cornerstone of their culture
(Harling, 2006). The loss of this abundant natural resource must be seen not only as degrading the
health of the river ecosystem, but also as severely impacting the health of the tribes. Until the early
1850's California's rivers flowed freely to the Pacific Ocean. The emergence of dams started with
small earthen dams used to divert water for mining and irrigation purposes. The diverted water used
for hydraulic mining would prove to be the beginning of a long era of environmental degradation of
California's river ecosystems. With the turn of the century came a population boom and the rapid
development of urban centers and an increased demand for water. With the end of the gold rush,
agriculture quickly became the main player in California's economy. This too, raised the demand for
water and dams were being built at a staggering pace. The introduction of huge hydropower dams
proved to be the "nail in the coffin" for anadromous fish because little or no heed was paid to the
impact of dams on the state's watersheds. Today California has over fourteen hundred dams
responsible for

Environmental economics
For more than 30 years, there have been discussions concerning the development of the Bakun Dam
in the East Malaysian state of Sarawak. If built, the dam would be the largest in South–East Asia.
The Bakun Dam: A Case Study indicates that generating 2400 megawatts of power, it would provide
electricity for all of Sarawak, and for industries and cities in mainland Malaysia, through a cable
under the South China Sea. At 650 kilometres, this would be by far the longest cable in the world.
The Bakun Dam has been a highly controversial issue spanning over three decades as its validity
and use to the people of Malaysia have been questioned. For the cost that involves producing this
dam, at seven billion dollars and rising, is there a need for so ... Show more content on
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163). These are the initial steps to consolidating Malaysia's economic and environmental future.
Even after the project had been shelved in 1990, lobbying by its proponents continued, particularly
by the Sarawak government, which urged the federal government to revive the project. Finally, in
September 1993, the Malaysian cabinet approved construction of the Bakun Dam. In reviving the
project, Malaysia's need for power was most often invoked as justification. By 1993 the Malaysian
economy was growing by more than 8 percent per year, with electricity demand expanding even
faster. The Borneo Bulletin affirms that blackouts in 1992 and 1993, and a predicted doubling of
demand by 2000, were indications of a power crisis, justifying extraordinary efforts to expand
supply. Project proponents also believed the Bakun Dam could help reduce dependence on fossil
fuels, especially oil. Most evident however, was that this project was consistent with an energy
policy relying almost entirely on supply. In Harun's argument, he referred to the quote from
environmentalist Gurmit Singh (1995) to prove his theory: "The concept of energy conservation and
certainly its implementation is virtually absent in Malaysia." This is why Malaysia needs to
complete the dam, to enhance its economic and environmental status on the worldwide scale.
Furthermore, the Bakun Dam has attracted the attention of numerous international

Hydroelectric Energy : Hydroelectric Electricity
When the topic of hydroelectric energy comes up many people wouldn't know exactly what it is, or
what it does. So what exactly is hydroelectric energy or more exact what does it do? Hydroelectric
energy is one of the oldest power sources on the planet, generating power when flowing water spins
a wheel or turbine. It was used by farmers as far back as ancient Greece for mechanical tasks like
grinding grain. Hydropower is also a renewable energy source and produces no air pollution or toxic
by–products. When most people guess what of hydroelectric, they think the Niagara Falls which was
the site of the country's first hydroelectric generating now a little history which supposedly
according to the website the facility was built in 1881 when a man name Charles Brush connected a
generator to turbines powered by the falls and used the electricity to power nighttime lighting for
visiting tourists. America's first commercial hydropower facility was built in 1882 in Appleton,
Wisconsin powering lighting for a paper mill and multiple homes. But every state uses hydropower
for electricity, and some states use a lot of it and according to the website it explained that over 70
percent of Washington State's electricity comes from hydropower, and 11 states get more than 10
percent of their electricity from hydropower. Hydroelectricity provides about seven percent of the
electricity generated in the United States and about half of the electricity from all renewable sources.

Maintaining Floodgates For Water Conservation At Dams
MAINTAINING FLOODGATES FOR WATER CONSERVATION AT DAMS
ARUNA G.NARESH
M.Tech Student,EEE, Asst.Prof,EEE,
Aarushi Engineering college, Aarushi Engineering college,
Warangal, Telangana, India. Warangal, Telangana, India.
Mail.id:arunakoripelli128@gmail.com Mail.id: nareshsce@gmail.com
ABSTRACT:
Once the level within the dam surpasses certain level, the dam is at risk of collapsing. To avert this,
we ought to constantly monitor dam level to ensure that dam structure doesn 't cave in underneath
the pressure from the water. A dam is really a barrier that impounds water or subterranean streams.
The primary water quality related parameters that should be supervised are Temperature, Turbidity
and ph. This paper describes the theoretical aspects associated with the work we 're doing and also
the particulars concerning the illustration showing the automation of dam gates. Dams generally
serve the main reason for retaining water, while other structures for example floodgates or levees
(also referred to as dikes) are utilized to manage or prevent water flow and drainage into specific
land regions. You can do this by manipulating the ton gates when the level surpasses certain limits.

Project Of Constructing A Large Dam
With the reflection to the facts above I would start my advice to the bank by emphasizing that
syndicated loans are very common in projects that require a high capital, as to the project of
constructing a large dam.
When investors or borrowers approach banks to lend them for a huge amount of money for such
projects as the construction of the dam, banks are unwilling or incapable of supplying the borrowers
demand through a bi–lateral loan agreement ; Banks are restricted to take funded exposure on a
single borrower to up to 15% of their capital, and non–funded exposure up to 20% of their capita .
Sometime banks can't fund an entire project because they do not wish to in–crease assets to their
balance sheets by adding large loans when ... Show more content on Helpwriting.net ...
In Addition, syndicated loan are international in their nature, the borrower could according to
fluctuating interest rate change the currency of the loan.
Syndicated loans also permits banks to have more diversity and also expand their lending to broader
geographical areas and industries. Syndicated loans are also very beneficial to small banks who
aren't usually able of funding a high capital projects, but through syndicated loans small banks can
lend to borrowers in regions and industries which they might not be able to fund in other cases, it
also allows them the exposure to large borrowers which they couldn't lend in bilateral lending.
Participating in a syndicated loan gives banks the opportunity to achieve diversification in their own
loan portfolios and liquidity. One of the main advantages of syndicated loans is the fact that
participating banks share the risks of the lending, therefore they can participate in a big project
which would enhance their name and yet the losses would be shared with other banks and the losses
would be less than if they funded the loan alone, that is of course in case of default. In addition,
participating banks play an important role by providing informative opinions and expertise and
financing options to the

Natural Disasters
Throughout history natural disasters have terrorised mankind. The problem with natural disasters is
humans cannot control them, they can create preventative measures and usually can find where the
disaster is going to happen but that is the extent of human's ability to control them. When creating
preventative measures there is always a budget in mind that keeps everything from being foolproof,
which makes large scale disasters sometimes make those preventive measures not enough to
completely stop them but only helps reduce cleanup time. In certain cases like large quantities of
rain that cause flooding the flood waters are directed towards dams that can hold a certain amount of
water before the dam breaks, at max capacity the dam must be opened in some cases causing more
flooding downstream causing for a longer cleanup time. In Nick Stockton's article "How Will
Huston Handle the Deluge Hurricane Harvey" from August 28, of 2017 in the online version of
Wired, he effectively uses logos to show how the project manager is handling rain control during
this natural disaster while also showing how casualties and property damage were minimized.
Stockton begins his piece with logic that shows how natural disasters can cause major damage.
Stockton explains that Hurricane Harvey, a category four hurricane that went through Houston,
Texas, had winds up to "130 miles per hour." This is relevant due to the fact that these winds can
pick things up and make them fly into buildings or

Yuma Research Paper
The real Yuma came around when the invention of canals for water source and steamboats. And with
these new projects Yuma is becoming stronger economic wise. Construction begins at the Laguna
Dam, with lots of hands working on it the opening day July 6th, 1905 was the day Yuma Region to
have stable supply of water year round. Now with this Farmers can grow more crops easier and
people can drink cleaner water.
One of the challenges developers faced while building these canals was flooding. In 1916 a major
flood hit Yuma destroying buildings and homes and more reconstruction needed to be done. To
make this water source lasts developers had to change these canals. By adding siphons along the
canals and rivers making the water flowing and stable. Now with the water at a steady flow more
Wheat, Cotton, Broccoli and Lettuce can be grown for the seasons. The Colorado River flows
progressively, Indians in the desert are relying on Yuma on the ... Show more content on
Helpwriting.net ...
When the Yuma Project began more people from different places migrated here. The invention of
water canals became together providing water year long and when other places were dry people
found the way to come here and live. Most of these people would work on the fields growing crops.
The Yuma Project was important in many ways. One important factor is construction on the city.
Over time there was not much places where people can enjoy the day or stay at a home. The results
had people staying at these homes to work and make a living. When many canals were built there
would be occurring floods. A flood hit in 1916 in the city of Yuma causing reconstruction on the
city. When it was all payed for the buildings were built better. When the canals break free
construction workers would use leaves to fix there problem. Canals were one of the other important
sources in Yuma. The Laguna Dam was built resulting flowing water and irrigation issues were not
more of an

Yuma Project
The Biggest Project in Yuma. Irrigation is the process by which a water supply is brought to the land
or crops to aid its growth, and to do so channels are usually used. The yuma project was designed to
irrigate Yuma County Arizona And part of California and thus to exploit to the maximum the
agricultural activities of the place using as main source of water the Colorado River. The project
began in the year of 1903 and with the a series of geographic, environmental and logistical
challenges that the workers had to overcome to complete this project which would become the main
driver of development in the city.
The geography of Arizona was a very important factor during the irrigation because there were
many problems with it. ... Show more content on Helpwriting.net ...
The Colorado River passes through Rocky Mountains carrying water to Colorado, and to the states
of Los Angeles and Arizona.Thanks to new technologies of irrigation agriculture progress in a very
unpredictable and unexpected way. The advance of agriculture not only brought a lot of benefits to
farmers, progress was so great that agriculture created jobs outside the farmer sector , in sectors such
as goods and services. Many Yuma jobs were created by agriculture, which brought much progress
and income for the city.Agribusiness had a direct effect with 16,428 jobs, an indirect effect with
1,196, and an induced effect with 3,120 jobs. It can be seen that the Yuma project affected a very big
number of people. After it was seen that in Yuma there was a good land for crops, many people
decide to move, this caused a massive move towards Yuma with a great impact on the population.
The impact of the population was so big that in other parts of the state were left with only 5,000
people.In the year 1948, 609 veterans were selected to win one of the 54 homesteads that were
raffled on the Yuma–Mesa division of the Gila project.Veterans came as far away a New York as
well as California, just 8 were from Arizona.This brought

Irrigation In Yumma Essay
Irrigation Throughout Yuma County
Yuma has came a very long way with irrigation. With Yuma being so dry and having sand it was
easy to plant soil and make canals and dams. There has been major challenges, and many successful
achievements for irrigation, with flooding, sediment removings, and building the canals.
Some challenges that Yuma County had with the Irrigation System was flooding, the use of water
for crops on farmland, the supply of water for irrigation, and the transfer of water from the canals.
Millions of years the Quechan Indians would depend on the flooding river to fertilize and irrigate
the farmlands crops Companies had formed irrigate lands in the Yuma Valley, but they were not
successful at all with this plan they thought would work.
It was challenging to get the ... Show more content on Helpwriting.net ...
The technology had got better because they started using sprinklers and the drip irrigation. The
sprinklers were positive because they had a limit on how much water to use to water the crops which
was something they needed a limit on because water was valuable. They had created multi–crop
production system which were different type of crops that did not use so much water which helped
save money for the yuma project.
Some negative effects the Yuma project had were water issues with the Colorado River, the canal
getting clogged from trash, farm workers that were not as skilled as the others, the population was
growing so they could not use as much land because they had to build residential areas like house
for the people, and flooding. A major flood happened in 1916 which lasted only a few months it was
6 to 8 feet deep and it was in the lower part of the downtown Yuma part. This had affected the
canals, all of yuma because they could not drive anywhere or build things, or even grow anything
because of the

Water and Human Rights by Barbara Johnston
Barbara Johnston mentions in "Water and Human Rights" how dams are supposed to regulate water
and make water more accessible for humans and their communities and project energy and
economic goals. Yet, the building of dams has not done any of those following goals and has showed
more of a decline than an increase in those areas (Johnston, 445). In addition, Johnston mentions
how 60% of the rivers were dammed making an extreme impact on the extinction of 30% of the
worlds freshwater fish (Johnston, 445). Other problems faced due to the dam construction other than
extinction of freshwater fish would be the displacement and severe poverty of 80 million people
around the world, majority being from indigenous and ethnic minorities (Johnston, 445). Another
problem that is brought up by Johnston is the privatization of water and how water should not be
privatized. Johnston mentions water is a human right and that when building dams the water is
automatically privatized and the people who were displaced do not get any of the dam water, the
water that they get is contaminated and not healthy for human living (Johnston, 449). This is
happening and has happened in numerous countries, the ones that Johnston mentions, China,
Turkey, Africa, and Chile, are just a few of them. Johnston agrees that the clean water from dams
does some good for people, but the lack of distribution, the displacement, and extinction of
animals/fish are negative effects seen when looking at everything

Utilitarianism: Philosophy Of Development
Title: Philosophy of Development Name: Jitendra Kuldeep Roll No: 13110044 Word Count: ...
Show more content on Helpwriting.net ...
First element is happiness and second is consequentialism. Usually defined as maximizing total
benefits and reducing suffering or the negatives. Most of the governments in the world follow this
theory. Generally in democracy like India government consider this theory because they are elected
by majority of the people and hence they try to look after the benefits of the majority of the
population. In utilitarianism everything useful to happiness is fine. It is based on principle of utility.
The purpose of morality is to develop the society. In the consequentialism an action is morally rights
or wrong depends entirely on its consequence. Utilitarianism considers that everyone is pleasure, not
single person. People who are displaced from their land get compensation but does that compensate
the value of job, life health etc. Even they get land at same other place, will they get same kind of
living environment, employment opportunity as before? Majority of the people get the benefits of
electricity from large dams or nuclear power plants but at the cost of displacing inhabitants from
their land. Fundamental problem theory with this theory is that it assumes everyone is tradable. The
right of freedom of choice of some people is being violated for the benefits of the larger population.
People who do not wanted to leave their land were forced to sacrifice their freedom of choice. The
aim of the morality is to make the

First Nation Cree Communities : The Oldest Rock On Earth
First Nation Cree Communities
First Nation Cree Economic Activities
Inuit Communities
Eastmain
Arts and crafts, businesses & services, construction, trapping, tourism, food services, outiftting and
transportation
Kuujjuarapik
Wapmagoostui
Arts & handicrafts, business and services, trapping, tourism and outfitters
Salluit
Chisasibi Businesses & services, construction, trapping, tourism, outfitting & transportation
Akulivik
Waskaganish
Arts and handicrafts, businesses & services, trapping, construction, transport and outfitting
Kangirsuk
Waswanapi
Arts & handicrafts, forestry, businesses and services, fisheries, trapping, construction, transportation
Puvirnituq
The project occurred in the Taiga Shield. Encompassing not only Quebec, the ecozone also includes
Alberta, Manitoba, Saskatchewan, Nunavut, the Northwest Territories and Newfoundland and
Labrador. As the Taiga Shield is part of the Canadian Shield, the bedrock is old, and in particular,
Great Slave Lake contains the oldest rock on Earth, over four billion years old. Many animals
including caribou, moose, beaver, and bald eagle live in this ecozone because of its suitable climate
and appropriate land forms, which include forests, meadows and wetlands. Because of such
diversity, hunting and fishing are common activities to be done in the Taiga Shield, and because of
the hydroelectric development, this ecozone has developed quicker than its counterparts to the north.
This region is also very densely populated,

Teton Dam Failure
Ethical Case Study of the Teton Dam Failure
The collapse of Teton Dam on June 5th 1976 marked one of the greatest civil engineering disasters
in modern US history because of the utter lack of ethics that went into the execution of project. The
dam failure resulted in the deaths of 14 humans, over 13000 livestock, destroyed over 700 homes,
250 businesses, and damaged another 3000 homes. Despite the mercifully low number of human
deaths, this was an accident that never should have occurred in the first place. Dams have been
critical to civilizations for supplying water and hydraulic power for thousands of years. However, if
safety protocols and guidelines to dam building are taken lightly, catastrophic consequences follow;
the collapse of Teton ... Show more content on Helpwriting.net ...
The Teton dam was built with the intention of providing a more constant supply of water, flood
control, and to serve as a hydro–electric plant. The site was based in the Snake River Plain on the
Teton river. Although never truly in the epicenter of earthquakes, there have been several seismic
activities in close proximity to the proposed site in the previous years. No real concern was given to
this fact as investigations to building the dam continued. Geologically, the site was covered in rather
porous volcanic rock formations such as basalt, rhyolite, and tuff that formed from the ashes of a
Yellowstone supereruption 2.1 million years ago. Porous material is not ideal for dam formation. In
addition, there were significant fissures in the bedrocks. The tuff at the right abutment is also greatly
jointed, in other words the surface of the rocks were fractured into many visible pieces. The project
continued with no concern for these issues as they were technically solvable with proper treatment
using

The Yima Project Case Study
Yuma and some surroundings agricultural areas are a flooding plain. This makes the soil very fertile
and good for planting many different vegetables and plants. Yuma has virtually 3 days of sunshine
with sparse mounts of rain. The Colorado river is very close to Yuma, at a couple points crossing
through it. This serves as a main source of water for the acres of farming land available. "I stopped
at Yuma on my return from Colorado to examine the conditions under which irrigation has been
practiced on the Algodones Grant with a view to determine whether or not gravity canals are likely
to prove feasible for the general irrigation of that district, as against pumping. The following report
has been prepared to embody my conclusions on the matter. ... Show more content on
Helpwriting.net ...
The first water to ever flow through the Yuma Siphon was released on June 29, 1912. The All
American Canal was to serve the Yuma Project, the Palo Verde Irrigation District, the Imperial
Irrigation District, and lands in the Imperial and Coachella valleys. In addition, 16,000 acres of mesa
lands in the Palo Verde Irrigation District are entitled to 3.85 MAF annually with Priority 4
allocating 550,000 acre–feet annually to the Metropolitan Water District of Southern California.
This was all decided and agreed on in the California Seven–Party Agreement of 1931. The Yuma
Project did have both positive and negative effects on Yuma, the irrigation system, and the
agricultural community. Luckily, there was a much larger margin of positive ways it affected the
community than negative ways. The Yuma Project had a negative impact on the steamer companies
that used the Colorado river to take shipments upriver to other places. They could not get past dams
that were built not long after business started booming. When the Yuma Project had just started to be
developed, there were a lot of kinks to work out. The canals were extremely shoddy and flooded

Hydropower’s Unintended Consequences Essay
Hydropower's Unintended Consequences As more emphasis is being brought to renewable energy,
hydroelectric power is often seen as a viable and clean alternative energy source. Hydro electric has
been a longstanding source of power for this and many other countries. In the 1940s dams were
supplying 40% of our nation's electricity, and now they only generate about 10% (science bulletins).
Hydro power can be a clean alternative to fossil fuels; however it should not be considered an
environmentally friendly alternative of energy production. Dams built for hydroelectric production
have had staggering effects on the ecosystems of which they invade, both aquatic and terrestrial, and
have rippling effects linked to ecosystems far ... Show more content on Helpwriting.net ...
Dams can flood some ecosystems while drying up others while at the same time changing water
quality and the chemical, physical and biological processes of river ecosystems (science bulletins).
The most noticeable result of dams that has been seen, however, is the negative effect it has had on
many vital fish species, especially migratory or andromonous fish species. Of all species that have
been affected by hydropower dams the Atlantic salmon is perhaps the most in danger of losing its
battle to survive. Atlantic salmon start their lives in freshwater rivers and after maturing migrate to
the Atlantic Ocean. They then return to these very rivers in which they were reared to spawn. They
were once prevalent as far south as Long Island Sound in New York, now they are mostly found
north of the Connecticut River in the U.S., mostly in Maine Rivers. Salmon were considered
threatened on September 20, 1995 and have since been registered as endangered (W.E.S). Their
numbers today in the U.S. are thought to be as low as 160 adults, where as in the past they reached
as high as 500,000 (W.E.S). This is incidentally the same time period many of their spawning
grounds were beginning to be dammed for commercial use. Currently there is a large scale
conservation plan going on in Maine regarding the salmon. A restoration project is being proposed
for the Penobscot River, one of the last major spawning grounds for the Atlantic

Article Critique: Study on Belo Monte Dam Project
Introduction
An enormous 80% of Brazil's electrical power is harnessed from its rivers. However a controversial
dam project, the Belo Monte Dam, to be built on the Xingu River in the Brazilian state of Pará has
thrown the country into uproar, with indigenous peoples and citizens alike protesting in their
thousands. The project for what would be the third–largest dam in the world is projected to cost the
Brazilian government in excess of around US $20 billion, generating 11,000 megawatts of
electricity at full capacity, and has recently seen yet another halt in construction after the Rio
Summit in August 2012, due to a court ruling that the indigenous peoples had not been consulted
about the project as is law in Brazil. For a project ... Show more content on Helpwriting.net ...
Throughout the article, different tribe names are used to exemplify the sheer number of indigenous
peoples that will be affected by the building of the dam, and this endears the reader to their struggle
against this uncaring government, bent on getting their own way, and the "extensive damage" the
project will cause.
It is stated that the government "claims" that the energy generated would power homes, but "in
reality" only 70% would serve this function, that 30% has been bought by Eletrobras for industry,
and is another implication that the government has lied to the people, and is exploiting the dam for
their own gain for several industry mining schemes while the Brazilians "would continue to pay the
highest energy tariffs in the developing world".
The article offers an alternative to the dam of reinforcing existing hydroelectric infrastructure and
"investing in energy efficiency" which reinforces the argument that Belo Monte is a bad idea. In
addition, it is claimed that "the government is also siphoning Brazilian public pension funds and the
country's workers' insurance funds in order to bankroll a full 25% of the project's construction
consortium, called Norte Energia". This again is designed to make the government look like the bad
guy, that they are building the dam for their own gain with no thought to the public, and this
statement would definitely rally the Brazilian public into opposing the dam, and

The Construction Of A Dam And Its Impact On The Social,...
These articles discuss the construction of a dam's project in Mapuche territories and its impact on
the social, political and economic life of the indigenous community. The Mapuche people of
Southern Chile have a long history and they were able to defend their independence despite many
raids by giving many sacrifices. But a final defeat their on the hands of Chilean army forced them to
be at the mercy of Chile's government and then began a long and different fight for survival. They
were forcefully relocated to reserves, where the lands were unfit and insufficient to sustain life.
Chilean commercial expansion resulted in the exploitation of natural resources of Mapuche
communities. Specially the activities like forestry, hydroelectric ... Show more content on
Helpwriting.net ...
The Mapuche community has knocked the door of many authorities to let their grievances be
addressed, and justice be provided. They have made many protests but all fell on the deaf ears of
concerned authorities. Their appeal and protest is based on retaining ancestral lands, concerns over
environmental and social impacts, and the secrecy of all process. Despite all protests of local
communities, ENDESA and IFC were initially reluctant to consider the demands of the Mapuche
people. Even the audit reports of DR Downing, an anthropologist hired by IFC, about the social and
environmental impacts and weakness of the project were not fully publicized as it found substantial
evidence that the Pehuen foundation has failed to compensate all affected people adequately.
Lately, because of the international pressure and fear of losing credibility IFC server notice to
ENDESA that failure to meet the environmental conditions of loan would result in declaration of a
default. ENDESA made a smarter move and repaid IFC amount by securing funds from a German
private development bank. Side by side, Mr Downing filed three back to back human rights
violations complaints on the grounds of intentional and willful violation of human and civil rights of
the community. Other inquires were also conducted by Worlds Bank inspection panel, AAA
Committee for human rights (CfHR). Both concluded that IFC refusal to release

The Degradation Of Arid Areas
1 Introduction and Background
According to the United Nations Convention to Combat Desertification (1994), all arid areas
distributed into three different subgoups, such as arid, semi–arid and dry sub–humid areas. In these
zones the average annual precipitation and evapotranspiration. Additionaly, arid areas occupy 41%
of the land on Earth and are home for more than 2 billion people. Moreover, zones of the same type
exist on all continents in the world except Antarctica. Forty percent of population of Africa, South
America and Asia live in arid areas; consequently arid zones dependent on the climatic conditions
that are not conducive to the agriculture. A small amount and high variability of precipitation
patterns pose serious problems to ... Show more content on Helpwriting.net ...
As conclusions of the, the purposes of this report is to descibe and investigate different feasibility of
different techniques for providing fresh water to particular continent, specifically Australia.As a fact,
Australia is the driest country in the world. Annual precipitation falls in Australia less than in Africa
repeatedly. In the hot season the rivers and lakes dry up, and on the continent there is a shortage of
water. As water sources Australians use some large rivers and lakes, perennial summer and well.
Groundwater is of great economic importance for agriculture in this country.
2 Presentation of Options
Firstly, a dam is some kind of strategic imortant constraction wich allowed to control and store level
of water. Moreover, that kind of building important for cizitezns and humans in general as it grant
opportunities to provide fresh water in arid Australians zones for drinking, bathing, power
generation and fo others imortant and essentiial needs for life. Additionaly, Australia has over 500
huge dams constuction. During 1962, the Australian National Committee on Large Dams
(ANCOLD) adapted, on behalf of the International Commission of Large Dams (ICOLD), a
Register of Large Dams in Australia for inclusion in their World Register of Dams.
Groundwater water attribute to all water below the surface of

The Intake Structure Essay
The Intake structure is provided in three separate shafts for stop–log gate, trash rack and service
gates are provided. Following types of gates are proposed. Emergency / Stop Log Gates Provision of
one emergency gate of size 5000M X 7000OM – MT Capacity EOT Crane with lifting beams is
made for lifting and lowering the emergency gate. Arrangement of ACC hoisting structure is to be
provided. Trash Rack Gate: Trash Rack Panels with E.O.T cranes of 20 Metric Ton Capacity with
lifting beam and RCC hoisting structure is proposed. Service Gate The service gate consists of gate
of size 4X9 meter with hydraulic lifting and lowering system. Intake Tunnel: A circular Intake
Tunnel of 7.2 m finished dia with 50 cm R.C.C lining is proposed, considering 4 m/s limiting
velocity. Length of intake tunnel is proposed as 227 m with radius of curvature 70 m at the junction
with intake structure. A bed slope of 1:100 is provided. Head Race Tunnel: A circular HRT of 7.2 m
finished dia with 50 m R.C.C lining is proposed. Length of HRT is proposed as 30 m upto the
junction of Y–piece. Discharge through the tunnel is considered as 160 cumecs. Pressure Shafts: It is
proposed to install 2 units of 40MW reversible turbines. A steel line Y–piece is provided to branch
the pressure shafts, after which two circular steel lined pressure shafts 2.9m dia, are provided upto
spiral case inlet. Similar arrangement is provided on the d/s after draft tube control valves. Power
House: Power House

The Damnation Is Released March 10, 2014 As An Advocacy...
DamNation
DamNation was released March 10, 2014 as an advocacy documentary film. DamNation's main
topic is presenting and challenging the changing ideas and opinions of the large systems of dams in
the United States. The movie is in full support of the growing environmental strategy of Dam
removal in hopes to restore river ecosystems from coast to coast.
There are 75,000 dams in the US today, and have been part of American culture for many years. As
the demand for electricity grew the government looked into hydroelectric power that could be
produced from these dams. These dams were also used to back up water for towns to use as a water
source and to also redirect water for irrigation purposes. The US Army Corps of Engineers headed
many of these projects for the government and when World War II came about dams starting
popping up everywhere to power project to build planes, ships, bombs, and other material for war.
But quickly after the war many of the dams became obsolete and not even worth the cost it would
take to re–open and run them. That is where the film comes into play advocating to remove and
demolish these obsolete masses of concrete and let the rivers flow.
The dams being built took away many amazing and flourishing fisheries and Indian grounds.
Salmon and other wild fish struggling to get back upstream to their spawning grounds as fish ladders
in the dams either were too hard to navigate or simply did not exist. For salmon it is lack of access
"end of story"

San Joaquin Research Paper
Dams are created by humans and dams disrupt wildlife, therefore humans disrupt wildlife.
California, being a state with dams, has rivers and chaotic nature running through itself. One of the
mains rivers in California is the San Joaquin, is a dammed river and its damnation has led to many
downfalls in nature. Bill McEwen and Daniel Wientraub have observed the river and it's stats, and
with the upcoming restoration plan, the two obviously have expectations on how the plan will affect
the river. They expect salmon populations to rise, or at least be stable, positive effects on the
recreation and the economical reign to expand.
The salmon levels are as predicted, low and unstable. Bill McEwen foresaw this, evidently in, "The
salmon will be hatchery–raised, ... Show more content on Helpwriting.net ...
As explained here, "... working together on a project should benefit the environment, the fishing
industry, and the local economy," the economy may get better. Among other things, the economy
may rise, positively, with the growth of fishing industries and the energies created by the river itself.
Grossi iterates the results, "'... not to mention billions of dollars to complete this project. Is that
reasonable?"'(Grossi) With this, Grossi shows the reader how terribly the economy is, at this
moment, because of the unnecessary amounts of money going into this project, when, all they have
to do is open the river. [Like, bruh.] A flawed restoration plan, will never amount to all of the
expectations of the people, but it is surely to do so for some, typically, those with money that get
benefits from the San Joaquin.
The economy is, or was, expected to grow, along with the salmon population and recreation. The
observers, McEwen and Weintraub, studied the plan for restoration and the river before the plan,
made presumptions with the information given to them. The San Joaquin's restoration plan, as
expected, contained more consequences than lifesavers. In the end, dams, since they are made by
humans, are a disruption to wildlife, just as humans

In The Tigris River, The Ilisu Dam Along With Other Dams
In the Tigris River, the Ilisu Dam along with other dams has become a plan to sustain a water
reservoir for the citizens of Turkey. Unfortunately, it has led to an increasing number of ecological
impacts downstream. The project began in August of 2006 and has been met with much controversy,
yet certain instances of how the dam affects the surrounding life including people and other
organisms has become definite. With International Environmental Impact Assessments calling to be
revised, but to no avail, it begins to make one investigate the risks of the construction of the dam
and it's ecological impact on the surrounding environment including aquatic, terrestrial, plant, and
human life. This analysis will discuss what the Ilisu Dam is and ... Show more content on
Helpwriting.net ...
Unfortunately, some of the companies like VA Tech and DSI have had histories of forcibly removing
thousands to millions of people from their homes. Even worse flooding of the reservoirs sometimes
causes the surrounding areas where residence still occupied to be submerged killing those who
remain, according to Maggie Ronayne from the report, "The Cultural and Environmental Impact of
Large Dams in Southwest Turkey." More will now be discussed of the many ecological impacts the
Ilisu has on the communities of animal and plant–life. In the same report written by Ronayne, she
stated that a requirement of some international guidelines for the dam was to consult with the
women of the area prior to construction. The companies falsified claims of speaking with the
women. When asked on the conversations, they said the women agreed with building the dams
because they wanted dishwaters. This was to imply that the women's major priority was to
relinquish the burden of washing dishes, a task already stereotyped for women. Sadly, when the
Kurdish Human Rights Project spoke with actual women from the surrounding areas, their opinions
were quite different from what was said by the VA Tech. The impoverished areas could not even
afford dishwashers, and felt the dam would do more harm to the land and their community than
what was already happening.

Pros And Cons Of Elwha River Removal
3.5 million miles of water run throughout the United States; and since the country's conception, over
80,000 dams have impounded 600,000 miles of these waters [1]. Dams were originally constructed
to provide water to towns and establishes energy sources for mills and later hydroelectric plants.
Because these dams were constructed decades ago, they're reaching a critical point of obsoleteness
where they cause more harm than good. Dam removal is increasingly popular across the country to
address the ecological problems including habitat loss and sedimentation, despite potential for
downstream harm, removing dams is more environmentally and economically cost effective than
upgrading them. The Marmot, Glines Canyon, and Elwha river dam removal projects each highlight
different challenges of dam removal, but overall ... Show more content on Helpwriting.net ...
However, the dam was removed with the notching technique, where notches are drilled into the dam
to allow for a slow release of water in installments down the river. The nearshore area, a buffer zone
between the Pacific Ocean and the Elwha River, showing large increase in biodiversity. The
Chinook Salmon population also returned quickly, after nearly a century of absence [4].
Finally, the Elwha dam was removed in 2012 again for similar reasons as the previous dams. An
additional reason for the Elwha removal was the dam's dangerous materials, PCBs and asbestos [3],
polluting the surrounding area, the cost to remove and rebuild the dangerous materials was
astronomical compared to the economic and environmental benefits of removing it. The dam was
drained in a slow controlled fashion similar to Glines Canyon, and the original flow channels were
even restored. This resulted in salmon population restoration, and more biodiversity in the river
system that spread to the

Advantages And Disadvantages Of Terraced Fields
Terraced fields have existed in many ancient human civilizations for thousands of years. They are
ubiquitous; from the Incas to the Chinese, even in Europe, we see terraced fields developed and used
for many purposes. Most terraced fields were constructed for agriculture, but some are developed to
control floods and other purposes.
To this day, we still see some terraced fields around the world, which allows us to admire their
natural beauty. However, while we are admiring the beauty of terraced fields, many seemed to forget
to learn from them in solving our current water problems. Dam constructions have been a
controversial one–size–fits–all solution to many water–related problems, yet when I visited Cheng
Kung University in Tainan, I ... Show more content on Helpwriting.net ...
They found that the terraced fields in the Loess Plateau region results in higher soil moisture while
maintaining soil fertility. This means that plants are able to absorb more water from the soil during
the second crop. In the dry West China, such natural water conservation is significant in helping
farmers grow their plants throughout the year. Terraced fields also tremendously reduced erosion in
the region. Comparing the erosion modulus of regular sloped land and terraced land in the region,
the erosion modulus of terraced land is about 1.8% that of the regular sloped land. This means that
terraced land preserved and improved the soil in the region for sustainable agriculture. With better
and richer soil, agriculture production yield increased dramatically, which generated a lot of
revenue. Since each step of terraced fields are shallower than dams, they could also become the
habitat of many birds. According to the definition of wetlands from RAMSAR, any body of water,
static or flowing, with water depth of less than six meters could be considered as wetlands. If we
follow this definition, then technically terraced fields could be considered as a collection of
wetlands. Although this definition would open the door to many legal issues dealing with wetlands,
which are beyond the scope of this paper, it would give reasons to wetland conservationists to
support building terraced

Remmel Dam Flood Essay

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