Symbolic paper 3 Essay Example | Topics and Well Written Essays - 750 words

Symbolic paper 3 - Essay Example However, symbolic interaction becomes more realistic when humans are able to interpret the actions of others by applying a meaning to the actions. George Herbert Mead discusses the notion of significant other (pg. 127) and the generalized other (pg. 128) as examples of symbols with which we interact. The individual self comes out of the experiences a person has had as a result of symbolic interactions and gestures presented by society. However, more central to his argument is the idea of the I and the me which are slightly different aspects of the self. The me is a production of the environment in which the person lives. It is created when the person acquires knowledge about society and the ways in which s/he relates to it. Things such as gender, age, socioeconomic position all become parts of the me and this created by how other individual respond to him/her. The I on the other hand, is the active persona of the individual which works within the parameters set by the me to interact with society. As a part of the formation of the self, the ideas of Cooley have to be considered important since his position on the looking glass self (pg. 129) is quite useful in many cases. According to Cooley, the looking glass self is created when a person judges him/herself unconsciously or consciously to be a certain way in terms of traits and personality. Then the person observes and views the reactions of others to understand how much of their own concept is true which in turn creates as well as evaluates a personal concept of the self. Of course a person can use disclaimers to present a different image of him/herself as discussed by Goffman (pg. 132), but his ideas on symbolic interaction are important not because of the idea of disclaimers but because of the idea that we may be called upon to play different roles in different situations. The idea of having a front stage where we interact with society or other

Strategies for analyzing and entering foreign markets Essay

Strategies for analyzing and entering foreign markets - Essay Example onal franchising is the strategy that gives the opportunity to an independent entrepreneur to operate a business under the name of another established brand name. International franchising helps businesses to expand into foreign markets using a franchise agreement. When franchises are expanded internationally, it opens new opportunities to new markets that the business could not have reached. International Franchising also allows businesses to take advantage of favorable government regulations in various countries. This helps to save money through the paid taxes. There are cultural differences that exist in various countries that might go a long way in killing the business in these countries. There is also financial risks involved when trying to expand the business into other countries. In analyzing foreign markets, firms first critically need to choose well the foreign market in which it would want to venture in. This would involve the analysis of the potential success of the business products in that market (Adam, 2001). The firm then requires gathering enough information to use in the analysis process. The information may include the knowledge about domestic government agencies, private agencies in that country as well as other private sources. In the analysis, it is also important for the firm to assess the possible risks in the foreign market. Firms choose their modes of entry into a foreign market through identification of the market, collection of information about the market, risk assessment, securing capital and space to carry out the

Assessing the feasibility of different techniques for providing fresh Essay

Assessing the feasibility of different techniques for providing fresh water to arid regions of the world - Essay Example The average water usage in the US is highest while Mozambique records the lowest water consumption per day. The goal has been the provision of secure and equitable access for all people and to ensure that water infrastructure and service delivery in standardized especially for the poor people (Conca, 2006, p, 164). These objectives are yet to be achieved because of population growth. Currently, provision of adequate water for the developing countries is a problem leading to the outbreak of water related diseases. The contaminants associated with water quality have diverse health effects as such it is not easy to make conclusive health based assessment of the situation. The problem may be severe like food poisoning or mild like dental fluorosis. (Gary, 1994, p. 39). The volume of water accessible by the population in the developing countries is significantly lower compared to that of developed country. In some cases, it is less than a third of the consumption of the developed countrie s. The volume of water consumed by Americans is 600 litres per day; Europeans consume 250 litres while Africans consume 30 litres. The volume of fresh water calculated from fresh water sources is approximated at 125 045km3. Despite the volume of fresh water, available supply of the fresh water to the population is not sufficient enough to meet their demand. Fresh water bodies Currently many of fresh water of lakes are facing degradation and volume reduction as a result of the global climate change. Many African nations cannot provide for the population safe water for domestic use. Piped water for the poor is still a dream, and at times, conflict arises as a result of water accessibility. In the sub-Saharan Africa, nomadic and pastoral communities fight over water sources leading to death and destruction of properties (De Villiers, 1999, p.105). The government of the country cannot supply the inhabitants with clean water, and infrastructure to those areas is poor. Flooding has two ef fects, which are, by the time of occurrence or duration. On health floods have two effects namely direct and indirect effects. Direct effects include changes in stream flow velocity which may carry boulders fallen trees resulting in drowning, injuries and contact with respiratory water borne diseases such as hypothermia and cardiac arrest(Galloway, 2009, p.179). Contact with polluted water will result in disease outbreak such as typhoid, cholera, and dysentery. In the Sub Saharan Africa, there are no fresh water bodies because the underground limning is salty leading to dissolving of the salt. The water source, therefore, cannot be used effectively without desalination Desalination Desalination is the most appropriate method of collecting fresh water in the arid areas, but has one main challenge namely the cost of the operation. Desalination can be used to change the water quality because; it involves the use of technology to obtain fresh water from the salt water offered by the und erground sources in the arid areas(Green, 2003 p. 34). Some of the best technology that could be used in the process includes the use of reverse osmosis and the use of other chemicals in extraction of the salts. Reverse osmosis uses membrane technology, which allows water molecules to sip through while blocking salt ions. There are other filters like he porcelain filters that can also be employed with ease. Some of

The Atomic Bomb and its Destructive Power Essay Example for Free

The Atomic Bomb and its Destructive Power Essay An Atomic Bomb is a very powerful explosive device that entails fission of enriched Uranium or Plutonium nuclei in a chain reaction. The power of the explosion is measured in terms of the number of tons of TNT that would have to be exploded to release the same amount of energy. This fission reaction cannot be sustained unless a specific amount of plutonium or uranium, known as the critical mass, is present. When this specific amount is present, then the number of neutrons being produced by the fission of the nuclei will exceed the number of neutrons that leave the surface of the material. This results in a chain reaction, which ultimately leads to an explosion (Atomic Bomb). The nuclear device or Atomic Bomb consists of several less than critical mass parts that are separated by lead walls. Moreover, all these portions of nuclear fuel together exceed the required critical mass. At the time of detonation, either a chemical or mechanical device is set off that causes the various sub critical mass portions of Uranium or Plutonium to combine. Subsequently, the emitted neutron density is sufficient to set off a nuclear fission reaction releases more neutrons, this process continues until the fissile material is exhausted or is dispersed (Atomic Bomb). Such a nuclear fission reaction gives rise to an enormous amount of energy, which is mainly in the form of extreme heat. In addition, this explosion generates a huge shock wave, flash burns, high winds and radiation consisting of neutrons and gamma rays or very short wavelength light. This radiation is fatal to living matter and makes the soil and water unusable (Atomic Bomb). The neutrons and gamma rays released during an atomic bomb explosion cause extreme harm to living tissue and constitute a prime cause for cancer. The surrounding area of a nuclear explosion becomes unusable due to contamination with radioactive fission products. A portion of these radioactive products reach the upper atmosphere either as dust or a gas and thereafter reach the site of explosion as radioactive fallout, which continues to decay over a period of time (Atomic Bomb). Amongst nuclear weapons, the Atomic bombs have the dubious distinction of being the first to be developed, tested and deployed. Towards the end of the 1930’s physicists belonging to Europe and the USA became convinced that it would be possible to create a truly powerful explosive device that was based on the fission of uranium. In August 1939 Albert Einstein wrote to the US President Franklin D. Roosevelt a letter that gave particulars of this process and the danger that could be posed to the Allies if such an explosive device were to be created by the Axis Powers. The President took cognizance of this warning and initiated the Manhattan Project in 1942, in order to invent such an explosive device. The Manhattan Project team led by U. S. Army Brigadier General Leslie R. Groves was ably guided by J. Robert Oppenheimer in this endeavour. This team was successful in creating the first Atomic Bomb (Atomic Bomb). The first test atomic explosion was performed at Alamogordo, New Mexico, on the 16th of July, 1945. The energy released by this explosion was the same as would be released if 20,000 tons of TNT were to be exploded. On the 6th of August, 1945 the USA used the atomic bomb for the first time in history. This bombing, which took place almost at the end of World War II, was made on the Japanese city of Hiroshima. This bomb attack was repeated on the Japanese city of Nagasaki on the 9th of August, 1945 (Glasstone). The casualties reported due to these nuclear explosions were enormous and the USA stated that around sixty to seventy thousand people had been killed in Hiroshima by the atomic bomb, which had earned the sobriquet of Little Boy. The same US sources placed the number of dead at forty thousand in Nagasaki, due to the explosion caused by the atomic bomb that had been dropped there, which had been nicknamed as the Fat Man. These two bombs effectively brought about the surrender of Japan to the Allies on the 14th of August 1945. These were the only occasions on which nuclear weapons had been used in warfare (Eubank. P87). The Hiroshima bomb was prepared using refined uranium – 235. The bomb was made by diffusion enrichment techniques, which utilized the minute differences in the mass of the two main isotopes of Uranium, namely U – 235 and U – 238. The difference of mass is similar to what UF6 has with only one percent between the molecules. Thus it became much simpler to concentrate the less common isotope. The atomic bomb that destroyed nearly ninety percent of the city of Hiroshima on the 6th of August 1945 was prepared using approximately sixty kilograms of highly enriched uranium (Atomic Bomb). Three days later the second bomb was exploded over Nagasaki. This bomb contained approximately eight kilograms of plutonium – 239. Special types of nuclear reactors were utilized in the preparation of this bomb. The first human designed atomic reactor was constructed on the premises of the University of Chicago in the year 1942 during the last phase of the Second World War. In order to slow down the emergence of neutrons in fission, highly purified graphite was used in the reactor as a moderator of neutrons and to control the nuclear fission reaction. Subsequently more reactors were constructed based on the design of the Chicago reactor. They engaged simple chemical techniques to isolate plutonium – 239. There were no complexities involved in the separation of the isotopes. The first test explosion had taken place at Alamogordo in New Mexico on the16th of July 1945 using a plutonium explosive device (Glasstone). Initially the creation of the atomic bomb proceeded at a slow pace. However, the results of different research groups clearly indicated that its destructive power could be awesome and this led to a considerable hastening of the development process. Subsequently, the US Government became convinced of the fact that this world war was based on technology to a very great extent. Accordingly, it accepted the fact that there should be consensus between science, technology and the US Government (Eubank. P. 8). The destructive effects of both uranium and plutonium fuel nuclear fission bombs relied upon the energy released during the explosion caused by nuclear fission, which resulted in instantaneous fires, destructive blast pressures and maximum radiation exposures. The quantity of deposits of fission particles on the ground was very limited because these bombs had been exploded at a height of around six hundred metres above the ground. However, some traces of deposit of these particles were found in the surrounding areas of the cities in which these explosions took place and this was attributed to the rainfall that had occurred immediately after these explosions. Areas at a few kilometres distance to the east of Nagasaki and in west and north – west of Hiroshima had recorded these radioactive traces. Most of the radioactive fission particles got carried away by the heat emanated from the explosions into the outermost atmosphere (Atomic Bomb or A Bomb). The death toll was estimated at 45,000 of the civilian population out of a total of 250,000 in Hiroshima on the day the bomb went off and 19,000 resident civilians succumbed in the succeeding four months. The population of Nagasaki was 174,000 and out of these 22,000 died on the day of the explosion and another 17,000 died during the succeeding four months (Smith). A large number of malformations or deformations of fetuses was recorded among the civilians who had been exposed directly to the radioactivity. This resulted in deformities in children who were born subsequent to the explosion. Apart from these untoward incidents, no significant gene damages were found to have occurred in the children of the survivors (Smith). Gamma radiations and neutrons had emerged during and immediately after the fission. These were the major components of the radiation in those cities. There were other sources of exposure derived from the black rain which precipitated in some areas. The rain water contained radioactive materials that had emanated from within the rising cloud of fission products. However, there was little exposure to these depositions. Traces of radionuclide cesium – 137, which was a by – product of the fission were detected for a long period after the explosion in areas of Nishiyama district (Smith). Other category of nuclear bombs, fusion bombs, such as hydrogen or thermonuclear bombs have been developed and tested in the 1950s. However, these weapons have never been detonated in warfare. The modus operandi of a thermonuclear bomb is that a fission reaction takes place first to produce very high temperature. Hydrogen isotopes of deuterium and tritium combine because of the extreme heat and in the process give out a very large amount of thermonuclear energy. The primary source of energy depends on the fusion reaction. This process is similar to the process that gives the Sun its energy (Atomic Bomb). Nations that had developed atomic bombs test them in order to determine their efficiency and to study the effects caused by such explosions. These tests are usually conducted by exploding them in the atmosphere, under the earth and under the sea. The countries that have admitted to the possession of a nuclear warhead are the United States, Russia, the United Kingdom, France, China, India and Pakistan. South Africa proclaimed that it had developed a number of such bombs and that later on it had dismantled them. Since the war came to an end due to the Atomic Bomb, a new era has begun, which makes a logical analysis of the basic concepts in respect of human life, technical innovations and society. In the social context, the deep sorrow caused by the destruction of the atomic bomb was immense. Its impact extended into the hearts of the nations of the world crossing the borders of Japan. In addition to the immense grief caused, the use of the atomic bomb made some of the people of the United States a target for criticism from the people of the world for having caused such a large number of deaths. Although the Americans wanted to depict the atomic bomb attacks on Japan, during the war, as a symbol of their hatred towards the Japanese who had attacked Pearl Harbor, these bombings were criticized as being unjust to the people of Japan. Any country with the required amount of technology could have used the atom bomb. However the United States had the benefit of possessing not only the money but also the technology to take up such a project. However, the fact remains that the atomic bomb, saved a million lives though it killed tens of thousands of people. The rules of war were changed forever by the atomic bomb. It not only exterminated the enemy but also ruined humanity itself. The inventors of this weapon had hoped that their invention would result in the end of war. This new weapon was so terrible that its architects were terrified of the idea that it could again be put to use. Works Cited Atomic Bomb. Microsoft Encarta Premium . Redmond, WA, 2006. Atomic Bomb. Britannica Concise Encyclopaedia. 2003. Atomic Bomb or A Bomb. The Columbia Encyclopaedia . 2004. Eubank, Keith. â€Å"The Bomb. † Kreiger Pub Co. Glasstone, Samuel. Nuclear Weapons. Microsoft Encarta 2006 [DVD]. Redmond, WA, 2005. Smith, Mikki. Hiroshima was no longer a city. International Socialist Review, Issue 13. August September 2000.

How Have Western Views of Knowledge Changed over Time Essay Example for Free

How Have Western Views of Knowledge Changed over Time Essay Throughout history, cultures have held disparate views on the nature of knowledge. Epistemology, the branch of philosophy that focuses on basic questions such as: â€Å"What is knowledge? How do we know what we know? †, lies at the heart of these views. In Western culture, the answers to these basic questions have changed markedly over time. Throughout history, this evolution in philosophy has been inextricably linked to science and religion. Much of Western thought has been heavily influenced by the philosophy of the Ancient Greeks. In particular, the epistemological views of the Ancient Greeks dominated Western thought for centuries. Of all the Greek philosophers, Plato was one of the most influential. In his most famous work The Republic, Plato used the Allegory of the Cave to describe the role of sensory perception in knowledge acquisition. In his analogy, Plato described a cave in which people were chained down in such a way that prevented them from looking anywhere but forward. Behind them was a fire and in front of them was a wall that reflected shadows from that fire. The prisoner’s captors manipulated these shadows to create forms and stories. The forms and stories that the prisoners saw were the only reality that they knew. Eventually the prisoners left the cave and found true reality outside. It was only then that the prisoners understood that what they had perceived until this moment was a false perception. The Allegory of the Cave served to illustrate Plato’s epistemological views. Today, we describe Plato’s philosophical views as rationalist. He argued against reliance on sensory experience because he believed that it failed to provide us with any guarantee that what we experience was, in fact, true. He believed that the information we get by relying on sensory experience is constantly changing and often unreliable. It can be evaluated only by appealing to higher principles that do not change. In the Allegory of the Cave, Plato was comparing our sensory perception to the shadows on the wall of the cave. Plato saw us as the chained prisoners unable to know anything but this false reality. Only by leaving the cave and ascending to higher orders of thought are we able to know true reality. Implicit in this view was the belief that true knowledge cannot be found through empirical investigation. According to Plato, empirical knowledge was merely opinion. Only thought and abstract reasoning could produce true knowledge. The rationalist view of epistemology dominated much of Western thought for centuries. Eventually, progress in science during the Renaissance changed this. One of the first to change these dominant views was Andreas Vesalius. In 1543, Vesalius published De Humanis Corporis Fabrica (On the Workings of the Human Body), an elaborately illustrated atlas of human anatomy. While Vesalius’ published work had significant historical importance in the field of medicine, his most enduring legacy was his revolutionary challenge of the medical conventions of his day. For centuries, physicians had relied on reading texts from Galen for medical knowledge rather than participating in the direct dissection of human corpses. Vesalius promoted the practice of dissection and hands on experience. By overthrowing the Galenic tradition and relying on his own observations, Vesalius was advocating an empirical understanding of the human body. This shift from rationalism to empiricism became one of the defining characteristics of the Scientific Revolution. In direct contrast to rationalism, empiricism emphasized the acquisition of knowledge through direct observation and experiment. Empiricism not only encouraged but required reliance on our senses. This was in direct opposition to Plato’s epistemological view that had dominated for a millennium. This shift from Plato’s rationalism to scientific empiricism had significant ramifications for philosophy. While before this time there had always been collaboration between science and philosophy and religion, there had been no real distinction between them. Now, empirical knowledge served as a way of testing philosophical knowledge. This would ultimately lead to their incompatibility and their eventual separation. This separation is largely attributed to Galileo, one of the major figures during the Scientific Revolution. Even in his time, Galileo was a renown scientist and a philosopher. While he relied heavily on empirical methods in his studies of physics and astronomy, he also depended on rational thinking in his use of mathematics. It was through his combined use of empirical observations and rational thought that he confirmed the Copernican view that the sun was the center of the universe. However, the Copernican heliocentric worldview conflicted with the dominant geocentric view espoused by philosophers from the time of Aristotle. Making matters even more complicated was the fact that philosophers couched this dispute as a religious matter arguing that a heliocentric worldview went against the teachings of the Bible. As the geocentric view had been adopted by the church, the heliocentric worldview was branded as heresy. Galileo, certain of the physical truth of his heliocentric paradigm and at the same time devout in his religious beliefs, worked to reconcile this conflict by divorcing the church from â€Å"purely physical matters, where faith is not involved. By working to separate science, philosophy, and religion, Galileo was attempting to reestablish the compatibility of science and religion. Despite Galileo’s attempts, the conflict between scientific and religious worldviews is still evident today. The epistemological tradition of today has created a dominant worldview based on evidence. As during the time of Galileo, this worldview has at times conflicted with widely held religious beliefs. This divide, empiricism vs. faith, has become an increasingly prominent conflict in American politics. A recent announcement by GOP presidential candidate, Rick Perry highlights this divide. Rick Perry recently publicly declared his disbelief in the theory of evolution in favor of intelligent design. The theory of evolution is an explanation of the origin of life widely supported across numerous scientific disciplines. Though science and empiricism overwhelming supports the theory of evolution, it does not largely accepted by the populace. The controversial nature of evolution has emerged because, once again, a â€Å"purely physical matter† has been politicized as a religious matter. Rick Perry’s views on evolution illustrate a larger phenomenon in U. S. politics. That is, views regarding the evolution/intelligent design conflict tend to be politically divided. Intelligent design or faith based arguments are generally forwarded by conservative Republicans such as Rick Perry. Evidence based empirical arguments, such as evolution, are championed by liberal Democrats. Science has become political as conservatives are aligned with religion.

Impacts of Green Revolution on Environment

Impacts of Green Revolution on Environment Effects of green revolution on environment Green revolution refers mainly to dramatic increases in cereal grain yields in most of the developing countries. It can also be defined as the renovation of agricultural practices which began in Mexico in the 1940s. it started spreading to other parts of the globe in the 1950s and 1960s as a result of the success in producing more agricultural products and hence increasing the amount of calories produced per acre of agricultural land. Researchers in Mexico developed broadly adapted, short stemmed and disease resistant wheats that did extremely well in converting fertilizers and water into high yields. The seeds improved were instrumental in boosting Mexican wheat production and averted famine in India and Pakistan. The abandoning of the chemical farming to adapt the organic farming which is fossil fuel driven has resulted to amazing increases in productivity , restoration of depleted soils, returning vibrant health for the farmers which had been affected by the chemicals in the ferti lizers and pesticides and a greater diversity of crops both within and between species. Green revolution has led to a situation where the worlds population can harvest more than 90% of its food calories from a meager 15 species of crops. Green revolution had also positive economic results. Since crops under high yield varieties needed more water, more fertilizer, more pesticides, fungicides and other certain chemicals. This spurred the growth of the local manufacturing sector such industrial growth created new jobs and contributed to the countries gross domestic product. The increase in irrigation created need for new dams to harness water. The water stored was used to create hydroelectric power and this in turn boosted industrial growth, created new jobs and improved their standards of living. Green revolution had negative impacts. Despite the rapidly expanding global food supplies there is also a large population still starving. This technology was made available only to rich but the poor farmers were left out due to the expenditure incurred in adapting the new technology. The poor farmers cant afford to buy fertilizers and other input in volume, water is a limiting factor in the farming and irrigation is out of reach for the poor farmer since they cant afford. The use of chemical fertilizers depletes the soils natural fertility and pesticides generates resistant pests farmers need more fertilizers and pesticides to achieve the same results. Green evolution is not ecologically sustainable. Researches conducted showed that after achieving dramatic increases in the early stages of the technological transformations yields began falling in several green revolution areas. An example is in Philippines, Central Luzon where the rice yields grew steadily during the 1970s got to its peak in the early 1980s and the yields have been decreasing steadily since then. Due to green revolution we have lost many of our agricultural biodiversity .when the farmers opted to plant the new improved crop varieties and raise the new cross breeds of livestock many traditional local varieties became extinct. The widespread use of pesticides and other agro-chemicals has lead to severe environmental degradation and endangered public health. The worldwide use of chemicals fertilizers has degraded the soil which results to loss of humus; the soil becomes cracked sand the water retaining capacity decreases. Green revolution was an expensive technology a nd hence for them to adopt it they had to get credit facilities and some ended up into large debts. Large scale monoculture farming is the growing of one single crop type over a wide area. Monoculture can lead to wide spread of diseases and affects the soil fertility since the continuous depletion one a particular nutrients from the soil without change. In monoculture cycles of nutrients, water, energy and wastes have become open opposed to closed as in a natural ecosystem. Despite the substantial amounts of crop residues and manure produced in farms, it has become more and more difficult to recycle the nutrients in the agricultural system. Animal wastes cannot economically be recycled to the land in a nutrient recycling process because the production systems are remote geographically from the other cycles which can complete the cycle. Soil fertility is the key factor in the green evolution technology .the high yields achieved due to green evolution is geared by fertile soils which results due to use of chemicals .wide spread of green evolution and large scale monoculture has resul ted to soil infertility such that the soil cannot produce on its own. Large scale monoculture has lead to increased yields due to lack of competition from other plant species but as time goes by the soil fertility of land/soil reduces due over exhaustion. Large scale is monoculture has increased recently and is boosting the economy due to high yields but it is posing danger in the future due to increased soil infertility. Apart from green evolution and large scale monoculture there are other ways which can be used to ensure sustainable food to the worlds growing population. Sustainable agriculture can provide a solution to the problem of limited resources and the challenge to achieve global food security. There are three sides to sustainable agriculture. Sustainable agriculture has environmental, economic and social dimensions and all of these must be considered. Focusing ad upgrading the natural environment is fundamental and dealing with issues like climate change, water scarcity, soil degradation, energy and biodiversity. The social dimension of sustainable agriculture encompasses labor rights and health of communities inclusive of access and affordability of food, community health and labor rights. Sustainable agriculture on the economic side is productive, competitive and efficient. Sustainable agriculture practices and programs help businesses in ensuring a reliable supply of food and open new o pportunities. This essay described the impact of green revolution on the environment. Climate change effects for agriculture are serious in that crops are exposed to quite different conditions from those suit them and hence productivity is greatly affected. Maximize land use by doing land reclamation .the availability of fertile land will be essential for healthy crops and livestock and also promotes biodiversity, filtering and efficient use of water, avoiding nutrients run-off. Fertile land acts as a carbon sink minimizing the forces of climate change. Pest management is essential for preserving the abundance and diversity of native species and for ensuring the quality and agricultural yields sustainability. Biodiversity protection has main concerns in various agricultural practices and businesses are exploring ways to be productive as well as maintaining and upgrading biodiversity. The social aspect of ensuring sustainable agriculture is by ensuring that farmers receive returns which are fair, a nd that high quality labor conditions exist throughout the chain of supply. Access to education, training and health for laborers and their families can be facilitated by businesses. Ensuring sustainable agriculture can also be achieved by maintaining a food supply which is safe .by doing this a goal of the majority of various producers, distributors and processors is achieved. By ensuring animal welfare is maintained agricultural sustainability can be achieved. Livestock being the central element of farming they play a vital role in meeting both productivity and sustainability objectives.

The Truman Show And Hierophonic Visions :: essays research papers

"The Truman Show" and Hierophonic Visions The Truman Show depicts the life of a human that was adopted by a company and filmed all his life. His life had been broadcast all around the world and people everywhere have lived his life with him. The story starts with the main character, Truman, an adult and married now, leaving for work. It follows his day by day routine and the viewer quickly realizes how boring and mundane this man's life is. The hierophonic vision in the movie was the smile of the young woman Truman saw while he was in high school. It stood out because of the sincerity of her smile. Truman hadn't seen the behavior of someone making their own decisions, in this case her decision to smile at him, so when it occurred his normal life of pretend emotions faded away and lost all importance. What took its place was a dream of this other world that, through her smile, he saw a glimpse of. Throughout the rest of his life, Truman longed for so much more than his mediocre life, cutting out pictures of models in hopes of recreating the look that he received from the girl. He also showed his discontentment through what he said to his friend when he told him that he wanted to go to Fiji. This desire built up and Truman became less and less trusting of his world until the day came that he decided to sail away from his reality, where everything evolved around him. I see this movie as an analogy of the story of the Garden of Eden in the Bible. Truman, playing Adam, is tempted to desire more than this perfect life he was given. Christof, the "creator" gave Truman a life without hurt, without pain, without most of the troubles that humans deal with throughout their lives and even though everyone Truman encountered were merely scripted acquaintances, he still had the ability to make his own decisions. So when the smile of the woman caught his attention, he desired for more, he, in a way, desired for the tree of knowledge of good and evil. He controlled the members of his society, like Adam controlled the beasts of the garden, but Christof controlled both the actors and Truman by his ability to change weather, time of day, what people said, and other means. So when the serpant, the woman from outside of Truman's world, tempted him with a new reality, his curiosity took over and all he could think about was this idea of something diff erent, something he was unable to have.