Kiera Brinkley A Person Who Has Influenced My Life in Positive Way

Leading normal lives we do not understand how lucky we are to have legs and hands, we do not respect the opportunities we are offered and we do not know how to use the basic issues we have, the opportunity to walk and to use hands, while those who live with limited opportunities lead fuller lives than others do. Kiera Brinkley is the example of how we are to live.Advertising We will write a custom essay sample on Kiera Brinkley: A Person Who Has Influenced My Life in Positive Way specifically for you for only $16.05 $11/page Learn More Kiera Brinkley is a sixteen year old girl who lost her legs and hands when she was 2 years old because of the meningococcal disease. During her life, her mother supported and inspired her telling that she is not different from others, but that she is unique and she should be proud of it. This point of view helped Kiera Brinkley grow up a positive person with many desires. Looking at Kiera Brinkley I understand how strong t his person must be to be able to dance without legs. She inspired me for actions. Watching the video on YouTube with Kiera Brinkley I was inspired by her mode of life, her strong character and desire to live. Kiera Brinkley lives fuller life that people with ordinary options and she may be used as the role model for others. Being limited in movement, she managed not only to walk and study at college, she also realized her dream to dance and this is a great achievement. I was inspired by this persona and I am sure that everyone who watches how this person uses her body having limited opportunities is inspired as well. She motivated me for living better life than I have, to act rather than stay and watch how others do. This essay on Kiera Brinkley: A Person Who Has Influenced My Life in Positive Way was written and submitted by user Xander Barnett to help you with your own studies. You are free to use it for research and reference purposes in order to write your own paper; however, you must cite it accordingly. You can donate your paper here.

Boz

Boz "Boz" Charles John Huffam Dickens was not only a great writer, but "the most popular novelist in the [19th] century, and one of the greatest humanists that England has produced." (Murray, Brian. Charles Dickens, p. 15) Charles Dickens' greatness was expressed throughout his life in his works and in the reputation he gained while writing.Charles Dickens was born on Friday February 7, 1812 in a small area known as New Town or Mile End, just on the outskirts of Portsmouth, England. His father, John Dickens, worked in the Naval Pay Office. It was not until 1821 when Charles received his first formal education. He was able to do so because they moved next to a church in which the minister's son kept a school not far away. After only a year in school, Charles was moved back to London after his father had accumulated a large debt. Charles was not sent back to school.English: Catherine Dickens

Cancer

In 1936 the British created a military school in Egypt and I was among the first of its students. When I graduated from the academy I received a government post where I met Gamal Abdel Nasser who would one day rule Egypt. The pair bonded and formed a revolutionary group designed to overthrow British rule and expel the British from Egypt. Before the group could succeed the British arrested me but I escaped two years later In 1946 1 was again arrested this time after being implicated in the assassination of pro-British minister Amin Othman. Imprisoned until 1948 when he as acquitted upon release I Joined Nassers Free Officers organization and was involved in the groups armed uprising against the Egyptian monarchy in 1952. Four years later I supported Nassers rise to the presidency. I held several high offices in Nassers administration eventually becoming vice president of Egypt. Nasser died on September 28, 1970 and I became acting president winning the position for good in a nationwide vote on October 15, 1970. I immediately set about separating myself from Nasser in both domestic and foreign policies. Domestically I initiated the open-door policy known as infltah an economic program designed to attract foreign trade and investment. While the idea was progressive the move created high inflation and a large gap between the rich and poor thereby fostering unease and contributing to the food riots of January 1977. Where I really made an impact was on foreign policy as I began peace talks with which proposed that peace could come if Israel returned the Sinai Peninsula and I and Syria built a military coalition to retake the territory This action ignited the October War from which I emerged with added respect in the Arab community A few years after the Yom Kippur War I restarted my efforts to build peace in the Middle East traveling to Jerusalem in November 1977 and presenting his peace plan to the Israel parliament. Thus began a series of diplomatic effort swith I was making overtures to Israel in the face of strong Arab resistance across the region. United States President Jimmy Carter brokered the negotiations between I and Israel Prime Minister Menachem Begin and a preliminary peace agreement the Camp David Accords was agreed upon between Egypt and Israel in September 1978. For their historic efforts I and Begin were awarded the Nobel Prize for Peace in 1978 and follow through on the negotiations resulted in a finalized peace treaty between Egypt and Israel the first between Israel and an Arab country being signed on March 26, 1979. unfortunately my popularity abroad was matched by a new animosity felt toward me in Egypt and around the Arab world. Opposition to the treaty a declining Egyptian economy and my quashing of the resulting dissent led to general upheaval. on October 6, 1981.

Write your own topic Essay Example | Topics and Well Written Essays - 1500 words - 1

Write your own topic - Essay Example The basic distinction in views lies in identifying whether poverty is to be measured as a relative or absolute concept. On one side there is an unofficial coalition of government agencies, departments and many private sector organizations who posit their common mandate to be alleviating poverty. This group is in essence socialistic in its support for a highly regulated economy where, significant increases in government spending towards social problems are favoured (Goldberg & Pulkingham, 1999). On the other hand, there is the ‘pro-market’ coalition. This group is populated by both government and private sector agencies and institutions which converge towards a primary objective of promoting business in Canada and increasing trade between Canada and other nations. The ‘pro-business’ group supports a much less regulated economy and may be classified as political and fiscal conservatives who favour much less spending by the government on social issues and decreased taxation (Ligaya, 2007). The difference among these groups regarding the notion of poverty and its measurement finds its source in the way poverty is defined and measured by each of these groups. The first group assumes income to be the defining quality and arrives at a set of poverty lines for both individuals and families for different regions. As an example, the poverty line was set to be $33,365 for a family of four persons living in Toronto in 2004. Thus, families with similar characteristics whose pre-tax income was less than the foresaid amount were said to be living in poverty (Pohl, 2002). The second coalition, the ‘pro business’ group, contradicts the first group by describing their measures to be too broad to be pragmatic and thus deducing that, the set poverty lines resulting from the measures are inflated; thereby exaggerating condition of poverty in Canada. This group adopts a definition of poverty which is more restrictive and their means of measuring poverty

There is an expected growth of Rice consumption in the global market Essay

There is an expected growth of Rice consumption in the global market of up to 2.7%. How can Thailand take a comparative advantage in the International Market - Essay Example Thailand, despite being ranked as the 6th largest global producer of rice, is ranked as the world’s largest exporter of rise (Rice today, 2006). Comparative advantage is a term used to define the ‘advantage’ that a country has over the others in terms of its efficacy in producing a particular product, and Thailand definitely has a comparative advantage when referred to rice crops, as visible from the fact that despite being the 6th largest producer, it is ranked as the largest rice exporter (Pugel, 2004). Holding such a comparative advantage, the question arising, as addressed in this research, is that how Thailand can take most advantage out of this rising demand position. For developing a conclusion on how Thailand can develop a comparative advantage based on the projected rise in consumption of rice globally, both primary research and secondary researches have been used. Secondary research would constitute literature review in the next section, and primary research would be discussed in the section posterior to that. For secondary research, various literatures available on the given topics such as articles, news updates, analytics, and other text has been referred, while for primary research, unstructured and open ended questions have been prepared and respondents where individuals matching the profile of a rice importer and those individuals who coordinate rice export activities being in export promotion bureau or have clearing-and-forwarding establishments. Unstructured interviews have been chosen as primary research mechanism because (1) it gives the respondent the freedom to express their opinion, rather than restricting them to the pre-defined answers (2) even with lesser number of respondents, it gives a deeper insight involving opinions and statistics (3) often this form gives clues for research that cannot be determined via

Radar Detector :: Speeding Technology Essays

Radar Detector Radar, which stands for Radio Detection and Ranging, was developed for military purposes. The British and US military used radar to locate ships and airplanes. However, when they were using this technology annoying blips consistently appeared on its screen. It turned out that these blips were raindrops. They saw this hindrance as a wonderful opportunity and in 1957 created the WSR-57 (weather surveillance, 1957), which became the primary radar for the weather service for nearly 40 years. This technology was later further developed and used for other purposes such as air traffic control. They use radar to track planes both on ground and air, and also to guide planes in for smooth landings. NASA uses radar to map the earth and other planes, to track satellites and space debris and to help with things like docking and maneuvering. The military uses it to detect the enemy and guide weapons. Police use radar detector to detect the speed of passing motorist. In conclusion, radar is something that is used all around us even though it is normally invisible. When people use radar, they are usually trying to accomplish one of three things; detecting the presence of an object at a distance, detect the speed of an object, or to map something. All three of these activities can be accomplished simply by using echo and Doppler shift. These two concepts are easy to understand because your ear hears echo and Doppler shift every day. Radar makes use of the same techniques using radio waves. One particular usage of this radar technology is for transportation purposes. For many people, speeding is a normal part of daily life. This law bending is so common and also so accepted that there is even a special electronic equipment to help drivers get away with it. Since their introduction in 1970s by Mike Churchman, radar detectors have become a must have accessories for high-speed drivers. To understand how radar detector work, you first have to know what they are detecting. The concept of measuring vehicle speed is very simple. A basic speed gun is just a radio Transmitter and receiver combined into one unit. A radio transmitter is a device that oscillates an electrical current so that the voltage goes up and down at a certain frequency.

The Impacts of Dams on the Hydrologic Regime

The earliest remains of dams that archaeologists have unearthed date back to around 5000 A.D.They were constructed as part of a domestic water supply system for the ancient town of Jawa in Jordan. Over the next few millennia, the building of dams for water retention spread throughout the Mediterranean, the Middle East, Southern Asia, China, and Central America. Later, as technologies increased and industrialization took hold in Europe, dam mechanisms advanced to incorporate watermills. With the advent of the water turbine in 1832 and developments in electrical engineering, the first hydropower plant began running in Wisconsin in 1882 (IRN n. pag.). Over the next few decades, while structural engineering techniques improved, dams multiplied in size, strength, and numbers worldwide. Today, although the construction of new dams is halting ( albeit with less vigor in underdeveloped countries) (de Villiers 146; Pielou 206), they are still being built around the globe for a multitude of social and economical reasons: flood control, hydroelectric power production, river navigation, irrigation, human consumption, industrial use, emergency water reservation, tourism, and flat-water recreation (e.g., NPDP n. pag.; Trout Unlimited 11). For all the benefits that dams provide, however, there are adverse effects and concerns that arise from manipulating the environment in such an unnatural manner. Impacts of Dams on the Hydrologic Regime Dams are ultimately created as a water reservoir. This impounding of water impedes the circulation of a river and subsequently changes the hydrology and ecology of the river system and its contiguous environments. Behind a dam, the rise in water level submerges the landscape; often displacing people and engorging culturally valuable ruins. Furthermore, biodiversity of the region is constrained by the destruction of vegetation and loss or extinction of wildlife (Power et al. 887-895). In essence, both the aquatic and land-based ecosystems are damaged by the advent of a dam (Pielou 209). Upstream of the barricade, the once flowing water that housed the riverine habitat becomes still, oxygen depleted, deepens into darkness, temperature stratified, and susceptible to enhanced evaporation which adjusts the entire hydrologic cycle (e.g., Pielou 207, 210; Ocean Planet n. pag.; Leopold 157). Moreover, drowned vegetation in the stagnant water is subject to rotting and may thereby pollute the atmosphere and reservoir with methane and carbon dioxide (Leopold 158; Pielou 208). Another change in the water chemistry that alters many river-based systems is the inclusion of heavy metals (and minerals) such as methyl mercury due to reactions between the reservoir bed and the standing water (Pielou 114, 207). If undetected, these toxins may bioaccumulate by moving through the trophic levels of the food web, eventually reaching humans. Aside from the changes in the chemical constituencies of the water, a dam will also physically augment the river by modifying the shape of the channel. This is primarily due to the retention of sediments behind the dam wall. Water that was once entrained with silts has the increased erosive power to degrade the riverbanks downstream while upstream, the deposition process is shallowing and narrowing the river reaches (e.g., Moffat 1116; Pielou 210). These alterations in channel shape can also shift the elevation of the groundwater table and can amplify the severity of the floods that the dams may have been built to prevent (de Villiers 155-56; PCFFA n. pag.). The silting process, though, can have other effects on riverine environments. With the deprivation of sediments, valuable nutrients are withheld from the floodplains and the delta of the river. Ultimately, agricultural land suffers from fertility loss and coastlines recede (e.g., DRIIA n. pag.; Pielou 212). In addition to the above noted deterioration of wetland environs, major fish spawning and nursing grounds are harmed by the lack of continual silt and gravel replenishment (e.g., Chambers n. pag.). Fish species, nevertheless, are not simply affected by the decreased deposition that occurs below a dam. These, and other aquatic based biota adapted to the natural pulsations of seasonal flooding, can be strained by the regulation of stream flow afforded by a dam (Pielou 145; Leopold 156). Furthermore, moderating the flow may actually retard the entire regime of the river by delaying spring break-up (Pielou 212). Apart from the precipitous effects on the hydrologic cycle and river-based ecosystems thus far noted, there are an extensive number of further reasons to remove a dam. Briefly, a few of these are (Ocean Planet n. pag.; Pielou 208-09; Trout Unlimited 17; Leopold 156): Æ’x the restoration of anadromous fish migration and subsequent reliant fisheries Æ’x ameliorate conditions associated with damming which promote epidemics such as bilharzia and milaria Æ’x damming has accelerated the rate of earth ¡s rotation, displaced the axis of the earth, changed the shape of earth ¡s magnetic field, increased the occurrence of seismic events, and influenced sea level changes Æ’x dam removal has been shown to improve recreation, tourism, and aesthetics to the associated riverside communities Æ’x amend the river and groundwater quality Yet for all of the reasons that a dam may be removed, it is often economic and, in part, safety purposes that prompts the decommissioning of a dam. Whether the reservoir has filled with silt, wear-and-tear has taken its toll, or the dam has become obsolete, the benefit of removal may outweigh the cost of maintaining dam operation (PCFFA n. pag.). Consequences Associated with Dam Removal: A Case Study of the Elwha River Early in the 20th century, two hydroelectric dams were built on the Elwha River within the Olympic Peninsula of Washington State. The Elwha Dam, the first to be constructed (1910), created the Lake Aldwell reservoir 4.9 miles from the mouth of the Elwha river [fig. 1]. Respectively, 8.5 miles upstream, Lake Mills is contained by the Glines Canyon Dam (1926). Despite their continued success as a viable resource for Bonneville Power Administration (Meyer n. pag.), the existence and utilization of the Elwha and Glines Canyon dams causes detrimental besetment for the ecosystem and native anadromous fish populations of the Elwha River basin (U.S. Dept. of the Interior, 1995, n. pag.). Thus, per restitution stipulations, the 1992 Elwha River Ecosystem and Fisheries Restoration Act (the Elwha Act) authorized the Secretary of the Interior to appropriate the two dams (e.g., Winter n. pag.). Measures to remove the dams will be undertaken as sanctioned from the Environmental Impact Assessment ( EIS) that followed in 1995. Fig. 1. Map of the Elwha River, Clallam County, Olympic Peninsula, Washington. (Olympic National Park n. pag.) In an effort to remove the dams in a  ¡Ã‚ §safe, environmentally sound and cost effective manner ¡ (U.S. Dept. of the Interior, Apr. 1996, n. pag.), various procedural alternatives are being considered prior to the implementation of the scheduled 2004 deconstruction. Under the River Erosion alternative, which is the proposed action, the Elwha and Glines Canyon dams would be incrementally removed in succession over a two year period with the controlled regulation of natural sediment erosion (e.g., U.S. Dept. of the Interior, Aug. 1996, n. pag.). A dredge and slurry system, a further method of sediment disposal, is an action alternative that has also been analyzed by the Environmental Impact Statement (EIS) Team (e.g., U.S. Dept. of the Interior, Apr. 1996, n. pag.). Between the inauguration of the Elwha River dams and 1994, it is estimated that 17.7 million cubic yards of sediments has become trapped in the Lake Aldwell and Lake Mills reservoirs (U.S. Dept. of the Interior, Aug. 1996, n. pag.). Of that total deposition, some 4.8 to 5.6 million cubic yards of fine-grained alluvium (silts and clays less than 0.075 m in diameter) and 1.2 to 2.6 million cubic yards of coarse grained sediments (sands, gravels, and cobbles greater than 0.075 mm in diameter) will be reintroduced into the Elwha River system through the proposed action (U.S. Dept. of the Interior, Apr. 1996, n. pag.; U.S. Dept. of the Interior, Aug. 1996, n. pag.). In comparison, approximately 6.9 million cubic yards of the fine-grained sediments stand to be directly pumped via a pipeline into the Strait of Juan de Fuca if the dredge and Slurry alternative is undertaken (U.S. Dept. of the Interior, Aug. 1996, n. pag.). Incremental removal of the dams will be the primary regulation on the rate of sediment withdrawal and will partially effect the resulting term of biological and physical impacts felt on downstream reaches of the Elwha River (U.S. Dept. of the Interior, Aug. 1996, n. pag.). An increase of alluvium transport will renew the natural sediment distribution and hydrological flow patterns to their pre-dam character while new channels and wetland habitats will be created in the freshly drained areas (Foster Wheeler 17). Aggradation of stream load materials will be most prominent in the low-lying and less circulating shoals, including a revitalization of the Ediz Hook [fig. 1] and estuarine beaches (U.S. Dept. of the Interior, Aug. 1996, n. pag.). In response to these raised river beds, water elevations are expected to rise, thereby threatening the resources that fall within the 100-year floodplain (U.S. Dept. of the Interior, Apr. 1996, n. pag.). Surface water quality is likely to be hampered for two to six years after dam abstraction as turbidity, suspended sediments and dissolved solids flow through the system. Furthermore, water temperatures, dissolved oxygen concentrations, and pH levels will be affected for the interim of dam removal (U.S. Dept. of the Interior, Apr. 1996, n. pag.). Turbidity, in turn, will be the chief cause of groundwater contamination by infiltration into underlying foundations or well and septic systems (removal (U.S. Dept. of the Interior, Apr. 1996, n. pag.). The implementation of either the Proposed Action or Dredge and Slurry alternatives will also impact the native anadromous (indigenious?) and resident populations on the Elwha River. The high sediment regimes, especially those of the River Erosion Alternative (the proposed action), will encumber the migrating fish over the deconstruction process. However in the long term, runs will improve with the staged delayed of dam destruction, fisheries management (including the supplementation fish stocks through hatchery intervention), unrestricted passage up the full stretch of the Elwha River, and the formation of quality spawning grounds and rearing habitats from the released sediments (U.S. Dept. of the Interior, Aug. 1996, n. pag.). (steph, this last paragraph seems akward) Moreover, apart from the obvious economic profits of salmon run restoration, the heightened decomposition of dead fish after spawning will significantly enrich nutrients cycling through the riparian area (Munn et al. n. pag.). Magnified numbers of anadromous fish will, too, eventually increase the biotic diversity down the length of the Elwha Basin. In the future wildlife will be drawn to the decaying remains of dead fish and their young even though the immediate disturbances during the removal period may ward off certain animals (U.S. Dept. of the Interior, Apr. 1996, n. pag.). Vegetation and marine organisms will benefit from the circulation of organic remains; those primarily adapted to sandy substrates will flourish after the initial strain of post-dam sediment conditions (Winter, 2000, n. pag.; U.S. Dept. of the Interior, Aug. 1996, n. pag.). Prospective temporary consequences to the environment will also include air, traffic, and noise pollution in conjunction with dam destruction and debris conveyance (U.S. Dept. of the Interior, Apr. 1996, n. pag.). This Elwha River case study exemplifies the foremost probable impacts on the hydrologic cycle and the environmental ecosystems which it encompasses. Successful removal of a dam can, in the end, rehabilitate a region to its natural state. Recovery, however, is not without adverse consequences to the existing regimes and full restoration may take many years.