An Overview of The Sport Astroturf Free Essays

levels, athletes may no longer be seen as just people, but more as expensive liabilities. The health of these athletes become more and more important as it is not only their health which is on the line, but also millions of dollars. Injuries do occur in sports, especially contact sports, but astroturf increases these odds of injury. We will write a custom essay sample on An Overview of The Sport: Astroturf or any similar topic only for you Order Now It will be shown that astroturf causes increased wear on the body and an increased number of, as well as more severe injuries. Because of this, safer alternatives should be used in the stadiums. Astroturf is an unsafe surface to play on and should not be used by athletes. The wear on a players body after a game is incredible, so new innovations are always being created to lessen the impact of the sport on the athletes body; better shoes, more protective pads. These things allow the athlete to compete at the same level, but at the end of the game be in better condition to play in the next one. If this is the case, then owners of teams should consider getting rid of their artificial turf. Astroturf increases wear and tear on the body and causes more minor injuries than grass. This wearing down of the body would lead to quicker fatigue and decreased performance. Ever since astroturf was introduced, people have been complaining about its effects and these complaints are heard even louder in this era. â€Å"Athletes blame artificial turf for tendinitis, shin splints, and broken bones. † (Schrier,1987) Warren Sapp of the Tampa Bay Buccaneers is one of many football players who suffers from the effects of the astroturf. He says, It feels like you’ve been running on bricks for two miles, your knees are real sore and usually you come out with nine or 10 crapes and you don’t even know it until you get into the shower and it’s burning like hell. † (Wharton, 1999) Sapp’s pain comes from the fact that running on astroturf is only a little better than running on asphalt. Astroturf is made of nylon fibers which are five-eighths of an inch long stitched into a tightly woven mat. It is then laid over a five-eighths-inch-thick foam pad for cushioning and glued to an asphalt base. (Schrier,1987) So all that separates the athlete from asphalt is less than two inches of rubber. The other problem which Sapp mentions is â€Å"turf burn†. Since nylon resists tearing it also means that superficial wounds are more likely to occur. Though these wounds are not detrimental to the immediate health of the athlete they are painful and do affect the performance and possibly the longevity of the athlete’s career. Steve Young of the San Francisco 49er’s says, It’s not easy playing on your back patio. If you wonder what playing on artificial turf is like, go out there and fall down a couple of times. Then do what we do – run and scrape across. â€Å"(Unknown,1998) These ill feelings toward artificial turf are felt throughout the NFL. Another player described it as, â€Å"sandpaper laid over concrete. A poll done in 1994 revealed that ninety-six percent of more than nine-hundred players said artificial turf leaves them feeling sorer than after playing on grass. Ninety-four percent believe turf is more likely to contribute to an injury and half the players identified a previous injury they believed to be caused by astroturf. And many of these injuries are serious injuries; there have been many season ending and career ending injuries on turf. These more serious injuries though are the primary reason why artificial turf should not be used in stadiums. A Cornell University study showed that, †¦ foot and knee injuries occur on synthetic turf about 50 percent more than on grass. And when injuries do occur, they often are more serious and difficult to heal than those that occur on This was the case for three premier players in the NFL this season as Vinny Testaverde, Wayne Chrebet and Jamal Anderson were all severely injured because of Astroturf. The players were severely injured in a situation where there was no contact with other players. In Chrebet’s case two trainers said they had no doubt in their minds that he broke his foot because of the surface and nothing more. (Kirwan,1999) In the former two cases what occurred was â€Å"foot lock†. The friction between the shoe and the turf was too great and so as the players tried to cut their foot stayed, but the rest of the body kept moving. This would not have happened on grass Dr. Willibald Nagler of Cornell University explains, â€Å"When you play tennis on a soft court, you can slide into the stroke. That takes a lot of stress away from the ankle and knee. Grass allows you to slide too, a tiny bit, but it suffices, the same for football. † (Bernard,1996) So when making a cut, the foot will not give stay planted and the injury will not occur. Nagler goes on to say, Football on grass results in fewer ligamentous injuries, and those that do occur are not as severe, according to the published scientific articles. Furthermore, synthetic turf may exacerbate existing injuries, or make healing take longer. (Bernard,1996) These ligamentous injuries are usually the most severe injuries to occur because of the artificial turf. In an interview with Dr. Wayne Woodland, he explained that, â€Å"there is also an increased risk of concussions, and the turf causes many athletes to get turf toe. † Turf toe is a strain to the ligament in the big toe which is not only likely to reoccur, but it can also be a serious injury. Deion Sanders was lost for the end of last years season and was required to have surgery to fix the injury and the Atlanta Falcon’s Chuck Smith missed more than a month this season with the injury. Even more disturbing than the obvious increase in injuries is that there are at least three deaths and several more cases of paralysis which have been blamed on artificial turf. Players in the NFL are so livid about not wanting to play on artificial turf that in the past, the NFLPA have filed numerous lawsuits trying to get artificial turf labelled a â€Å"hazardous substance†. With the advancements of technology, astroturf needs to be replaced with something which is safer and less punishing for the players. In most cases this alternative is grass. Though, many stadiums will not switch to grass due to the economics of the situation. Grass is expensive to maintain and will limit the income of the stadium by limiting the erformances that can be put on there, such as concerts. Many people feel that the controlled environment is needed to allow for a better game. Players are looking for the safety of grass combined with a controlled environment and low cost. There are now many products on the market which claim to meet these standards. A new company called Fieldturf, in alliance with Nike, has released a product which more closely resembles the texture and response of grass. It is made of synthetic blades and is held up byan artificial dirt composed of silica and ubber that can be made of recycled running shoes. John Ingram, the Nebraska Cornhuskers’ director of athletic facilities says that, â€Å"It is the closest thing to natural grass I’ve seen,† (Barnes,1999) The Cornhuskers’ played their entire season on the field and did not have any injuries this year. This coupled with the controllable environment made the players and management happy with the field. This new field may be the wave of the future as not only is it cheaper than grass and astroturf, but it is durable and safe. In a study done by Dr. Bill Barnhill, he found that Fieldturf had less than fifty percent fewer injuries than grass and seventy-five percent fewer than astroturf. Of these injuries, ninety-three percent were minor injuries resulting in fewer than seven days lost. Though some naturalists may not like the idea, the Fieldturf system and other systems soon like it may begin to make grass and even astroturf obsolete saving people money and players from injury. Injuries to players such as Vinny Testaverde and Jamal Anderson should not occur. Artificial turfs are dangerous and should not be used in any situation. The studies of injuries in professional athletes on grass compared to turf clearly demonstrate the risk that athletes are at when playing on these surfaces. Whether they are small or large, many of them should not happen and would not happen if the surface would have been on grass or the newer, more innovative surfaces. Management should recognize that they are paying their athletes millions of dollars and should be put in a situation where they will perform and continue to perform to their expectations for many years. How to cite An Overview of The Sport: Astroturf, Essay examples

Environmental Economics and Securing Policy

Question: Discuss about the Environmental Economics and Securing Policy. Answer: Introduction: Environmental economics and policies regarding sustainable development have become a major issue in the world today. All the nations are now concerned about sustainability. Like rest of the world, Australia also has designed environmental protection legislations. One of the major issues in Australias environment is the damaging of the Great Barrier Reef. This is one of the most attractive natural wonders and the largest coral reef of the world. It is listed on the World Heritage List since 1981. It is not only admired for its beauty, but it presents a major biological diversity also. However, with time the reef is getting decayed and to protect the reef the Australian government formulated Reef 2050 long term Sustainability Plan by involving the science, society and government (Environment.gov.au. 2017). The reef 2050 plan is a supporting plan to the original Act of 1975, the Great Barrier Reef Marine Park Act 1975. The main objective of that plan was to provide long term conservation and protection of the environment and its biodiversity and heritage value of the Great Barrier Reef (Dss.gov.au. 2017). The other objectives were to spread the awareness of the region among the people by opening a park, where people could come and enjoy, as well as learn more about the national heritage. In March 2015, the Australian government announced the Reef 2050 plan. This aims to increase the sustainable activities revolving around the reef to give more protection to save the natures wonders for future generation. Hence, the Australian government developed this environmental legislation, which is set for the next 35 years (Environment.gov.au. 2016). The most significant threat to Great Barrier Reef is the climate change. According to the governmental organization, Great Barrier Reef Marine Park Authority (GBRMPA), the other major threats to the reef are poor water quality coming from land, effects of coastal development projects, increase in fishing activities, ocean acidification, oil in the water, storms, and coral bleaching. However, the reef scientists say that the damage is due to the cumulative effect of many such reasons. The increase in the number of visitors to the park and increasing pollution are also responsible for the damage of the reef (Gbrmpa.gov.au. 2017). The reef 2050 plan is developed primarily to combat the challenges of the survival of the reef. It is important to reduce the pollutant activities and other negative externalities to conserve this national heritage and for doing so, formulation of legislation is the best way to stop the damaging activities as well as increasing the awareness (Business.gov.au. 2017). In Reef 2050 plan, the government plans to spend more than AUD 2 billion in the next decade. This plan brings together the government, industrialists, scientists, researchers, commercial and residential owners, and the society. The major actions of this plan comprise of management of the reef, which includes (Authority, G.B.R.M.P. 2015); reducing industrial wastes and pumping the wastages into the ocean, banning of disposals in the park region, prohibition of any further development or expansion of new ports in the nearby region, improvement in the plans for shipping and fishing in the reef region, providing extra protection to the turtles and dugongs, reducing the pesticides load, sediment load, nitrogen load in the agricultural sector to reduce the water pollution, appointing a Minister from Queensland for the supervision of the Great Barrier Reef. The government has planned for more than AUD 2 billion for the above mentioned plan. Along with that, it has created a trust fund of AUD 40 million for research and management of improving water quality and reducing pollution (Legislation.gov.au. 2017). Success of the policy so far: There has been significant progress towards betterment of the condition of the reef after the implementation of the Reef 2050 plan. This policy targets integration of different levels of supervision of the environmental factors to improve the condition of the reef. This is a policy for sustainable development. Hence, the government has put substantial amount of investment in various segments of this policy. So far, the researchers found that the quality of the water entering the reef has improved significantly due to better land management. Five big industrial ports had proposed 18 months ago, to dispose of capital scoured constituents in the marine park. The government has brought it down to zero through regulations. They also put permanent ban on disposal of capital dredged materials in the reef region and put restrictions on the expansions of the ports (Dale et al. 2016). The first major attempt of the plan was to improve the water quality entering the reef from the land. Since 2003, there has been implementation of Reef Water Quality Protection Plan, which helps in reducing water pollution. 35 major river basins drain the 424,000 sq km of the coastal regions of Queensland and this huge amount of run-off goes in to the reef. The land based run-offs include industrial and residential wastages. The developmental plan helped to reduce the water pollution significantly. The pesticide load is reduced by 28%, sediment load by 11%, nitrogen load by 10% (Hughes, Day and Brodie 2015) To reduce the effects of climate control, the government has taken the effort of reducing carbon-di-oxide emission. If it is kept at or below 380 parts per million, then the corals would be moderately vulnerable and they would dominate the reef. Other measures include (Wallace et al. 2015): controls on coastal developmental projects, reducing ocean acidification, controlling the population of coral eating Crown of Thorns starfish with the help of organic nitrogen injections, managing shipping movements by reducing number of ships per day and focusing on the new technologies for ship tracking and giving alerts for ship breakdown, reducing fishing activities and encouraging ecologically sustainable practices of fishing, providing net-free zones for fishing, and application of knowledge, science and technology (Brodie and Waterhouse 2016). Recommendation: The Great Barrier Reef is a natural wonder, and not a museum piece, which stays in a constant state. Hence, the preservation and conservation of the reef requires effort of a different level. Although the Australian government has invested a huge money and effort for the reduction of further damage to the Great Barrier Reef, and the plans are yielding good results, still there is scope for improvement (Woodford 2014). Empowering the GBRMPA: the power of GBRMPA should be increased for the best interest of the park. It does not have much authority required for dealing with government or industry for various issues. The authoritys culture should be rebooted with more power to take steps for the betterment of the reef. Disallowing the controversial issues in the marine ecosystem: there are many controversial issues such as dredging and waste mismanagement from the industries, which affect the reef. Such issues should be handled on a priority basis. Dumping of waste near the reef is more controversial than development of protection zones, hence, that should be addressed first. Pushing the country to develop renewable source of energy and reduce the usage of coal: coal extraction must be reduced to save the reef. Renewable source of energy is now more preferred than coal. Coal is not only used domestically, but is exported also. The dependency on coal should be reduced by using renewable source of energy (Grech, Pressey and Day 2015). Tighter control on agriculture: the beef cattle grazing industry and sugarcane production use many pesticides, which needs to be controlled. Pushing the establishment of the management plans for Coral Sea Marine Reserve: this is the worlds largest single gazetted marine park. The Coral Sea Marine Reserve and Great Barrier Reef Marine Park are two neighboring parks and the marine species and ecosystems are dependent on each other. Hence, the management should be efficient to protect these ecosystems from commercial fishing (Pandolfi 2016). Making fishing control more strict to maintain the ecosystem of the reef: this is a critical aspect for both commercial and non-commercial fishers. The actions taken by the commercial and recreational fishers to remove predatory fishes have helped in the maintenance of the ecosystem of the reef. Such actions should be taken more frequently. The standard of ships passing through needs to be improved: the GBRMPA states that the shipping traffic consists of around 2000 ships making approximately 7000 voyages. With the increase in the mining activities in Queensland, this traffic is expected to rise. Hence, the standard of the ships passing through the reef region must be of improved quality so that wreckage, breakdowns, oil spills can be reduced. A huge oil spill can wreck havoc on the reef. Restore and enhance the budget for marine science research with high priority: many reef specialists and scientists are not employed in the research projects for the reef. To utilize the full potential of the researchers and have latest scientific techniques to save the reef, more budget should be allocated and more projects should be launched for extensive research on the reef. Boosting the research for measures of climate control: more research works should be undertaken to boost the measures of climate control. It is important to ensure the survival of the corals and scientists are interrogating the methods if the heat resistant corals can be translocated from much warmer waters to regions that are more southern. This might increase the chance for their survival (Pandolfi 2016). Conclusion: The Great Barrier Reef is a national identity of Australia. It is the worlds largest system of coral reef. It is situated on the east coast of Queensland, Australia, in the Coral Sea. Two great constant changes of the reef are destruction and regeneration. It is never same all the time. Hence, preserving this natural wonder is extremely important for a sustainable future. The Australian government has implemented many policies over the years to protect and conserve this structure. Along with the Great Barrier Reef Marine Park Act of 1975, it has introduced Reef 2050 Long Term Sustainability Plan for more and better protection of the reef. It has put more efforts in the research and science to invent and improve ways for handling climate change, water quality, fishing activities, shipping traffic, ocean acidification, and coral bleaching in and around the reef region. There has been much progress so far, however, there are still ways that can be practiced and implemented to save the c oral reef. References: Authority, G.B.R.M.P., 2015. Great barrier reef outlook report 2015. Brodie, J. and Waterhouse, J., 2016. Great Barrier Reef (Australia): A Multi-ecosystem Wetland with a Multiple Use Management Regime. Business.gov.au., 2017. Environmental legislation. [online] Available at: https://www.business.gov.au/info/run/environmental-management/environmental-legislation [Accessed 26 Apr. 2017]. Dale, A.P., Vella, K., Pressey, R.L., Brodie, J., Gooch, M., Potts, R. and Eberhard, R., 2016. Risk analysis of the governance system affecting outcomes in the Great Barrier Reef.Journal of Environmental Management,183, pp.712-721. Dss.gov.au., 2017. Environmental Policy. [online] Available at: https://www.dss.gov.au/about-the-department/policies-legislation/departments-corporate-policies/environmental-policy [Accessed 26 Apr. 2017]. Environment.gov.au., 2016. Highlights of the Reef 2050 Long-Term Sustainability Plan. [online] Available at: https://www.environment.gov.au/marine/gbr/publications/highlights-long-term-sustainability-plan [Accessed 26 Apr. 2017]. Environment.gov.au., 2017. The Great Barrier Reef. [online] Available at: https://www.environment.gov.au/marine/gbr [Accessed 26 Apr. 2017]. Gbrmpa.gov.au., 2017. Legislation, regulations and policies - GBRMPA. [online] Available at: https://www.gbrmpa.gov.au/about-us/legislation-regulations-and-policies#leg_spec_gbrmp [Accessed 26 Apr. 2017]. Grech, A., Pressey, R.L. and Day, J.C., 2015. Coal, Cumulative Impacts, and the Great Barrier Reef.Conservation Letters. Hughes, T.P., Day, J.C. and Brodie, J., 2015. Securing the future of the Great Barrier Reef.Nature Climate Change,5(6), pp.508-511. Legislation.gov.au., 2017. Great Barrier Reef Marine Park Act 1975. [online] Available at: https://www.legislation.gov.au/Details/C2016C00551 [Accessed 26 Apr. 2017]. Pandolfi, J., 2016. Five things we can do right now to save the Great Barrier Reef. The Guardian. [online] Available at: https://www.theguardian.com/australia-news/commentisfree/2016/jun/13/five-things-we-can-do-right-now-to-save-the-great-barrier-reef [Accessed 26 Apr. 2017]. Wallace, R., Huggins, R., Smith, R.A., Turner, R.D.R., Garzon-Garcia, A. and Warne, M.S.J., 2015. Total suspended solids, nutrient and pesticide loads (20122013) for rivers that discharge to the Great Barrier ReefGreat Barrier Reef Catchment Loads Monitoring Program 20122013. Department of Science.Information Technology and Innovation. Brisbane, p.3. Woodford, J., 2014. 10 steps to save the Great Barrier Reef. The Guardian. [online] Available at: https://www.theguardian.com/commentisfree/2014/oct/28/10-steps-to-save-the-great-barrier-reef [Accessed 26 Apr. 2017].

A Realistic Assessment of a Marine Biologists Earning Potential

A Realistic Assessment of a Marine Biologist's Earning Potential Do you think you want to be a marine biologist? An important consideration might be what amount youll earn. It is a tricky question, as marine biologists perform a variety of jobs, and what they are paid depends on what they do, who employs them, their level of education, and experience. What Does a Marine Biologist's Job Entail? The term marine biologist is a very general term for someone who studies or works with animals or plants that live in salt water. There are thousands of species of marine life, so while some marine biologists do well-recognized jobs like training marine mammals, the vast majority of marine biologists do other things. This includes studying the deep sea, working in aquariums, teaching at a college or university, or even studying the tiny microbes in the ocean. Some jobs may involve tasks as odd as studying whale poop  or whale breath. What Is a Marine Biologist's Salary? Because the jobs of a marine biologist are so wide-ranging, their salary is also. A person that has focused on marine biology in college may first get an entry-level technician job helping a researcher in a lab or in the field (or rather, out in the ocean). These jobs may pay an hourly wage (sometimes minimum wage) and may or may not come with benefits. Jobs in marine biology are competitive, so often a potential marine biologist will need to get experience through a volunteer position or internship before they can get a paying job. To get additional experience, marine biology majors may want to get a job on a boat (e.g., as a crew member or naturalist) or even at a veterinarians office where they can learn more about anatomy and working with animals. More established marine biologists may earn from about $35,000 to about $80,000 annually. According to the Bureau of Labor Statistics, the median pay in 2017 was $62,290, but they lump the marine biologists in with all zoologists and wildlife biologists. In many organizations and universities, a marine biologist will have to write grants to supply funding for their salaries.  Those working in non-profit organizations may need to assist with other types of fundraising in addition to grants, such as meeting with donors or running fundraising events. Should You Become a Marine Biologist? Most marine biologists  do their jobs because they love the work. It is a benefit in itself, even though compared to some other jobs, they dont make a lot of money, and the work is not always steady. So you should weigh the benefits of a job as a marine biologist (e.g., often working outside, travel opportunities, trips to exotic locations, working with marine life) with the fact that jobs in marine biology generally pay fairly modestly. The job outlook for 2016-2026 showed positions for wildlife biologists were expected to grow at a rate of eight percent, which is approximately as fast as for all jobs in general. Many positions are funded from government sources, so they are limited by ever-changing governmental budgets. You will need to be good at science and biology to complete the education necessary to become a marine biologist.  You need at least a bachelors degree, and for many positions, they will prefer a person with a masters degree or doctorate. That will entail many years of advanced study and tuition expenses. Even if you dont choose marine biology as a career, you still may get to work with marine life. Many aquariums, zoos, rescue and rehabilitation organizations, and conservation organizations look for volunteers, and some positions may involve working directly with, or at least on behalf of, marine life.

Hideki Tojo

Hideki Tojo On December 23, 1948, the United States executed a frail, bespectacled man of almost 64 years.   The prisoner, Hideki Tojo, had been convicted of war crimes by the Tokyo War Crimes Tribunal, and he would be the highest-ranking officer from Japan to be executed.   To his dying day, Tojo maintained that The Greater East Asia War was justified and righteous.   However, he did apologize for the atrocities commited by Japanese troops during the Second World War.    Who was Hideki Tojo? Hideki Tojo (December 30, 1884 - December 23, 1948) was a leading figure of the Japanese government as a general of the Imperial Japanese Army, leader of the Imperial Rule Assistance Association, and 27th Prime Minister of Japan from October 17, 1941 to July 22, 1944.  It was Tojo who, as Prime Minister, was responsible for ordering the attack on Pearl Harbor Dec. 7, 1941. The day after the attack, President Franklin D. Roosevelt asked Congress to declare war on Japan, officially bringing the  United States into World War II.   Ã‚   Hideki Tojo was born in 1884 to a military family of  samurai  descent. His father was one of the first generation of military men since the Imperial Japanese Army had replaced  samurai warriors after the Meiji Restoration.   Tojo graduated with honors from the army war college in 1915 and quickly climbed the military  ranks. He was known within the army as Razor Tojo for his bureaucratic efficiency,  strict attention to detail, and unwavering adherence to protocol. He was extremely loyal to the Japanese nation and the army, and in his rise to leadership within Japans military and government he became a symbol for Japans militarism and parochialism. With his unique appearance of close-cropped hair, mustache, and round eyeglasses he became the caricature by Allied propagandists of Japans military dictatorship during the Pacific war.   At the end of World War II, Tojo was arrested, tried, sentenced to death for war crimes, and hanged. Early Military Career In 1935, Tojo assumed command of the Kwangtung Armys Kempetai or military police force in Manchuria.   The Kempetai was not an ordinary military police command - it functioned more like a secret police, such as the Gestapo or the Stassi. In 1937, Tojo was promoted once more to Chief of Staff of the Kwangtung Army. July of that year saw his only actual combat experience, when he led a brigade into Inner Mongolia. The Japanese defeated Chinese Nationalist and Mongolian forces, and established a puppet state called the Mongol United Autonomous Government. By 1938, Hideki Tojo was recalled to Toyko to serve as army vice minister in the Emperors Cabinet.   In July of 1940, he was promoted to army minister in the second Fumimaroe Konoe government.   In that role, Tojo advocated an alliance with Nazi Germany, and also with Fascist Italy. Meanwhile relations with the United States worsened as Japanese troops moved south into Indochina. Although Konoe considered negotiations with the United States, Tojo advocated against them, espousing war unless the United States withdrew its embargo on all exports to Japan.   Konoe disagreed, and resigned.   Prime Minister of Japan Without giving up his post of army minister, Tojo was made the prime minister of Japan in October 1941.   At different points during World War II, he would also serve as the minister of home affairs, education, munitions, foreign affairs, and commerce and industry.    In December of 1941, Prime Minister Tojo gave the green light to a plan for simultaneous attacks on Pearl Harbor, Hawaii; Thailand; British Malaya; Singapore; Hong Kong; Wake Island; Guam; and the Philippines.   Japans rapid success and lightning-fast Southern Expansion made Tojo immensely popular with the ordinary people. Although Tojo had public support, was hungry for power, and was adept at gathering the reins into his own hands, he never was able to establish a true fascist dictatorship like those of his heros, Hitler and Mussolini.   The Japanese power structure, headed by the emperor-god Hirohito, prevented him from attaining complete control.   Even at the height of his influence, the court system, the navy, industry, and of course Emperor Hirohito himself remained outside of Tojos control.   In July of 1944, the tide of war had turned against Japan and against Hideki Tojo.   When Japan lost Saipan to the advancing Americans, the emperor forced Tojo out of power.   After the atomic bombings of Hiroshima and Nagasaki in August of 1945, and Japans surrender, Tojo knew that he would likely be arrested by the American Occupation authorities. Trial and Death As the Americans closed in, Tojo had a friendly doctor draw a large charcoal X on his chest to mark where his heart was.   He then went into a separate room and shot himself squarely through the mark.   Unfortunately for him, the bullet somehow missed his heart and went through his stomach instead.   When the Americans arrived to arrest him, they found him laying on a bed, bleeding profusely.   Im very sorry that it is taking me so long to die, he told them.   The Americans rushed him to emergency surgery, saving his life. Hideki Tojo was tried before the International Military Tribunal for the Far East for war crimes.   In his testimony, he took every opportunity to assert his own guilt, and claimed that the Emperor was blameless.   This was convenient for the Americans, who had already decided that they did not dare hang the Emperor for fear of a popular revolt.   Tojo was found guilty of seven counts of war crimes, and on November 12, 1948, he was sentenced to death by hanging. Tojo was hanged on December 23, 1948.   In his final statement, he asked the Americans to show mercy to the Japanese people, who had suffered devastating losses in the war, as well as the two atomic bombings.   Tojos ashes are divided between the Zoshigaya Cemetery in Tokyo and the controversial Yasukuni Shrine; he is one of fourteen class A war criminals enshrined there.

Probable issues when doing business in Sri Lanka Essay

Probable issues when doing business in Sri Lanka - Essay Example Included in the memo are the strategic goals on which to focus on during the operations in the new country. The strategic goals are however not the overall corporate goals of the company but those formulated to enable it deal with the environmental issues and to achieve success in a new marketplace. In correspondence, the objectives named above have   the to be met by the company through the tactics mentioned below each one of them. If the recommendations given are applied strictly, the company will efficiently deal with the underlying environmental issues and carry on the daily business operations efficiently and in good time. This will also help ISSAC to better determine the depth and extend of each issue or objective proposed. †¢Ã‚  To have all the product and services meet the excellence standard guidelines of the company with connection to Sri Lanka’s culture†¢Ã‚  It is recommended that the company adjust their services to fit the needs of the new customers â € ¢Ã‚  To take advantage of physical facilities such as capacity and location†¢Ã‚  Through using Sri Lanka’s exports such as rubber and tobacco to get revenue and increase investments†¢Ã‚  To increase technology management efficiency†¢Ã‚  We recommend the use of virtual or wireless technology throughout the business operations (Watson 34). †¢Ã‚  To successfully implement and recognize gains from the firm’s computer and software systems†¢Ã‚  First, it is recommended that the company get a sophisticated and alternative way of a stable electricity supply system.... ry out its operations much more with what the company already has To increase revenue with by a bigger percentage than last year Through driving growth and strategy Client/constituent Increase customer retention We recommend that ISSAC retain its former clients through maintaining constant communication and extensive services Introduce existing products and services into Sri Lanka’s new market This will be done through promotions and advertisement through Sri Lanka’s media Achieve and adhere to an exclusive customer service It is recommended that ISSAC develop and make good use of a customer database. To expect future client needs Done through client feedback To extend sales and other services to the global marketplace We recommend that ISSAC establish new branches in the neighbouring countries using the same brand name Having a stable workforce To recruit, hire, and maintain the right staff, in the right departments in the new country We recommend that the firm use a s pecialist recruitment firm in Sri Lanka to vet the newspaper applications made Employ professionals who are more likely to bring success to the company Each recruited employee will be allocated a post as per his or her professionalism and competence in a given field or department To train employees on internal matters of the company Through developing a wide range of skills essential for customer support Through aligning employee performance with rewards and incentives To continuously learn and take up up-to-date best practices We recommend that the company organize for awareness rallies that inform employees on the best practices desired by the surrounding community (Kaplan & Norton 80). Internal efficiency and success in business operations To have all the product and services meet the excellence

Literature Research Paper Example | Topics and Well Written Essays - 2000 words

Literature - Research Paper Example These poems were recited in the fields as the slaves worked while others were made into strong songs that not only united but also gave the slaves a sense of unity in their black heritage. The late 19th century and for most parts of the 20th century, poems from the black community and other human rights activists were used to bring down the racial divide between the whites and the black communities. Through poetry, a sense of self-discovery was ignited in African Americans and this was able to see them survive slavery and racial segregation. The theme of Racism is one of the most important themes in the history of the modern world. These paper will explore the relevancy of how racism as a theme has been handled in poetry successfully to instill self-discovery attitudes. Racism as a theme has featured in many texts by black poets. However, it is important to note that racism not only occurs when amongst the African American group in the United States. A number of poets from different races and on a global level have handled theme of racism in their texts. Racism can be defined as treating people indifferently based on their race or color of their skin. Denying an individual something or treating someone indifferently due to the color of his skin or origin, is against the basic human rights. In the US, the history of Racism goes back before the founding of the nation during the days of slavery. Africans were taken from their homes in Africa and turned into slaves to work in agricultural plantations while at the same timework as slaves in white homesteads. Working as slaves, African Americans were beaten, killed, tortured and treated like second-rate citizens. The emancipation proclamation in 1864 ended the civil war and abolished slavery while giving African American slaves the right to their freedom (Hathaway, Jarab &Melnick 37-44). However, the freedom that African Americans gained had its own limitations and most of

Observing the Moon's Phases Assignment Example | Topics and Well Written Essays - 750 words

Observing the Moon's Phases - Assignment Example It takes almost one month (twenty seven days) for the moon to go around the earth, in direction relative to the stars; however, the moon takes almost twenty nine days to orbit around the earth relative to the sun; this is because as the moon goes around the earth, the earth at the same time is travelling around the sun; thus the moon will make an extra distance to make one round in regard to the sun (Wlasuk, 5). Looking at the moon at the same time each week and making sketches was of great help in understanding changes, in the moon’s phases, the moon rises from the west and sets east while the sun rises in the east and sets west. From the sketches, the moon moved approximately 92 degrees each week. Twice in the observation month moon appeared, start of the initial week, and the end of the second week; this happened when the moon was fully lit and facing the earth. That usually happens when the earth seats between the sun and the moon (this is referred to as the full moon) and the when the moon is between the earth and the sun (new moon). After one week since the observation of the full moon that occurred when the sun was opposite to the moon and rising in the west, at the exact moment when the sun was setting, the moon entered the quarter moon shape. From the earth, the moon was seen as a half circle because that was the only visible part that was lit. Naturally, that was the last quarter and it appeared after the full moon and before the new moon. After that, the moon became completely dark. This occurred because the moon moved between the sun and the earth and the moon’s side facing the earth darkened. This is referred to as the new moon phase. That phase of the moon was usually not observable. However it was possible to make an outline of the moon as part of the sunlight reflected off the earth and hit the moon. At that point, the sun and the moon were on the same side of sky (Wlasuk, 12). After the new moon, a week later the first quarter pha se of the moon was seen. Other phases of the moon were also seen, these phases developed in between the weeks. After the new moon, the beginning of that week a smaller phase less than half the moon was seen that phase of the moon is referred to as the crescent. Another observation made was that this phase was brighter due to gentle light reflected by the earth. That phase was known as the waxing crescent, and it appeared just after the new moon. The begging of the second week, after the first quarter moon phase, a bigger moon phase than half size of the moon was seen. This phase is referred to as gibbous. Waxing gibbous was a more illuminated and increasing phase of the moon that appeared just before the full moon phase. At the start of the third week, after the full moon phase appeared, gibbous phase reappeared; on the other hand, that phase was less illuminated and decreasing than observed previously. Waning gibbous was seen just after the full moon. After the last quarter of the moon, crescent phase was seen. This phase is known as waning crescent phase as it has decreased illumination and it appeared just before the new moon. In conclusion, it takes about a month for the moon to go around the earth, during this period the moon’s phase changes from fully lit to completely dark and back to full illumination again, moving about 13 degrees every twenty four hours and 92 degrees each week. The first quarter is about 7 days old while the full moon is 14 days old; the last quarter is