Jim Goodnight Essay

Goodnight is driven by creating a culture that is full of employee engagement and motivation. On the SAS website, Jim Goodnight is quoted as saying, â€Å"Treat employees like they make a difference and they will†. In a publication from Harvard Business Review that Goodnight co-wrote with author Richard Florida he states, â€Å"companies prosper when they harness the creative capital of their employees, as those are the individuals that are creative thinkers and generate valuable products and services. † Mr. Goodnight understands that his product is a â€Å"product of the mind,† and therefore recognizes that maintaining an environment that retains employees and keeps them engaged is a requirement to be successfully. Jim Goodnight has entrenched motivator factors into his business, while minimizing and eliminating hygiene factors for his employees. SAS uses a vertical loading management style that allows employees to be more engaged and empowered in their work. Employees draw responsibility and challenge from this management platform. SAS employees are often only two or three levels down from the CEO, Jim Goodnight, and work alongside their management writing code and setting deadlines. These factors motivate employees and displays to them that managers can be technical in nature and work alongside them â€Å"in the trenches. † Also, SAS has a strong focus on employee satisfaction and uses all possible means to minimize and eliminate hygiene factors that could cause dissatisfaction. Mr. Goodnight pays his employees a competitive salary, however, he shows his commitment through other means such as; benefits, company programs, and employee facilities. SAS understands that work life balance is a conflict that most professionals have to deal with and overcome. SAS maintains flexibility by offering services that ease this burden such as; lunch programs, unlimited sick leave, and in house childcare. The fact that SAS has never had a layoff speaks volumes to its employees about the dedication that leadership has to its employees on job security and proper staffing levels. These factors have far reaching effects on employees and families, as they recognize and appreciate these benefits. My current employer offers a package similar to the one SAS provides its employees, and I experience similar results. For example, teams are more motivated and engaged in their work with minimal turnover and low dissatisfaction with their jobs, and teams are more likely to accept additional assignments with minimal pushback. Jim Goodnight is clearly motivated by offering his employees the highest quality of work life balance possible. He believes the culture is based on â€Å"trust between our employees and the company.

Environmental Regulations Essay

Today’s society demands its industries to be more sensitive to the needs of the environment. With the increasing preference for raw materials and resources, the questions of sustainability and efficiency come into the picture as many producers seek to maximize the way these resources are used. Like any other resource, galvanized steel has undergone numerous changes that had made it both environmentally green and adaptive to the needs of society. In the end, by both catering to needs of nature and harnessing new ways to improve, industries can maximize cost effective exhaustion of raw materials and create a consensus for adaptability. Understanding the Development and Need Since the industrial revolution, steel has been considered an important commodity among states and many industries. It is the primary component in creating structures and developing new mechanisms that can help man. Seeing this, it has helped man traverse the century creating new advancement in different areas such as automobiles, construction, household appliance, etc. However, with the rapidly increasing exhaustion of man in its natural resources, there is a call for an increase in sustainability and efficiency in using and tapping resources such as steel. As time progressed, it has also given man time to generate and perfect the creation of new steels that are both stronger and effective than their predecessors. An example of this is galvanized steel. Though to generate other resources often create many adverse effects in the environment, it can be argued that galvanized steel is considered ‘green’ because of using natural methods and tapping into one element that is considered environmental friendly; zinc (International Zinc Association, 2008). Helping Reduce the Cost of Consumption and Production With today’s increasing and developing technology, man continuously finds ways to help improve the efficiency and effectiveness of how things are done. This also applies in galvanized steel industry as many look into ways of reducing the possible cost brought about by corrosion and other risk factors associated in the process. One example of this development is the creation of the Life-Cycle Cost Calculator (LCC) to actively determine what anti-corrosion system best suites you in the long run (Galvanizing Cost, 2008). Under this system, it helps calculate the maintenance and total cost that can be incurred given several economic conditions such as inflation and interest rates. Seeing this, the LCC is just one of the ways that the galvanized steel industry has been committed in creating effective and efficient ways of building. By using active data and interpreting it accordingly to the needs of a specific industry, they can maximize the capability of the steel while at the same time reducing the risk of corrosion and further exhaustion. This in turn can generate better allocation of galvanized steel in areas that need it most. Understanding what Zinc is Since the primary component of galvanized steel is Zinc, it is essential for individuals to decipher the importance of such element to fully understand why it is considered to be ‘green’ in both application and in its creation. One important thing to understand about this element is that Zinc is an earth element that can be recycled over and over without worrying about losing its physical or chemical properties (International Zinc Association, 2008). At the same time, this element remains to be abundant as it is considered to be the 27th most common element on the earth. Another important idea to point out is that in determining the level of reserves looks into the amount of information scientists have gathered in a specific place and using a particular technology. â€Å"The term ‘reserves’ denotes only what has been mapped and measured today and what can be exploited using current technology† (International Zinc Association, 2008, p. 1). With these, such resource is highly sustainable in the environment because of its ability to both its protection and enabling social progress. Zinc’s Impact The presence of Zinc remains to be an important component for both man and the environment. Many scientists have argued that this element remains to be an essential component for life in many species and organisms. That is why this element should be taken adequately to fully sustain our needs. â€Å"When uptake is too low, deficiency occurs and adverse effects can be observed† (International Zinc Association, 2008, p. 1). On the other hand, too much exposure on this can lead to toxicity and poisoning. With the right amount, zinc can help improve health and wellness of man and the environment. In particular, Zinc has properties that is significant in man’s health and can cater improvements in growth, fertility, immune system and vision (International Zinc Association, 2008). Likewise, if one shall study a person’s anatomy, Zinc is present in different areas of the body particularly in organs, tissues, and bones. To gain the proper amount of Zinc, man can get it in various food forms such as meat, poultry, fish and seafood (International Zinc Association, 20098). That is why having a balanced diet can generate the sufficient amount of zinc that can lead to wellness and improvement. If not given proper attention, the lack of Zinc in the person’s body can generate several risk factors. â€Å"Zinc deficiency is responsible for approximately 16% of lower respiratory tract infections, 18% of malaria and 10% of diarrhoeal disease† (International Zinc Association, 2008, p. 1). Likewise, this is also applicable in agriculture particularly in soil and crops. Without the proper nourishment of zinc, it reduces the number of production during harvest and at the same time lowers its overall quality. Fostering Responsible Extraction and Mining Like any other element, Zinc must be extracted in the earth and refined to create new products in the process. This has been evident in the 18th century as man sought to improve and develop new mechanisms that can help them move forward. However, during the middle of the 20th century, there has been a consensus to help reduce the risk factors associated with exposure to Zinc emotions in the environment (International Zinc Association, 2008). This has led to numerous changes in how refinement is administered as it became environmental friendly and adaptable to the needs of the current trends. One important indicator that is used by scientists to actively determine the level of Zinc emissions was measured in the Greenland snow. â€Å"The minute amounts of zinc deposited at this remote location are an indicator of both natural zinc cycling and anthropogenic zinc emissions to air in Europe and North America, and reflect the trend in zinc emissions to air observed throughout the northern hemisphere† (International Zinc Association, 2008, p. 1). One important result of this study showed that there has been a reduction of zinc emissions in the environment and continues to decrease in the years to come. This change can be attributed to the recent developments in both extraction and technology. With the help of new instruments and mechanisms, better facilitation and exhaustion is now possible with the minimal risk factors associated in the process such as fugitive emissions. â€Å"Fugitive emissions originate from sources such as outdoor stockpiles, handling or transfer operations, vehicle traffic as well as leakages from buildings and roofs, from maintenance operations and breakdown of plants† (International Zinc Association, 2008, p. 1). These new innovative and sustainable ideas has led to better creation of products such as galvanized steel and lowered the effect of corrosion Commitment in the Environment The decline of emissions brought about by Zinc extraction and refinement can be attributed to the commitment of both many states and organizations that are committed in protecting the environment. Under this area, they create new standards and protocols that can help set the guidelines and effective ways to exhaust such resources in the natural environment without compromising quality and risks associated in the process. By having these mandates, better administration can be made and administered. Likewise, such commitment can be attributed to the capability of these institutions to monitor and implement regulations. For example, the passing of the EU Risk Assessment and Risk Reduction Strategy on Zinc has given international organizations such as the EU to reinforce and implement better management of Zinc extraction from exhaustion to refinement (International Zinc Association, 2008). Conclusion To conclude, man’s commitment in environmental protection and sustainability has allowed us to find ways and means to develop better methods in enhancing exhaustion of natural resources such as galvanized steel. At the same time, we had the commitment to create institutions, mandates, protocols, and guidelines to actively reinforce the idea of protecting the environment. In the end, galvanized steel and its primary component Zinc has constantly sought to be ‘green’ because of the industry’s ability to abide and advocate standards towards efficiency and protection against risk factors. As these industries face the challenges of the 21st century, we can see a further commitment towards finding new tools and technologies that can create a better ‘green’ idea. Reference Galvanizing Cost (2008) Life-Cycle Cost Calculator. Retrieved March 8, 2009 from, http://www. galvanizingcost. com/ International Zinc Association (2008) Environmental Regulations. Retrieved March 8, 2009 from, http://www. zincworld. org/environmental%20_regulations. html International Zinc Association (2008) Zinc a sustainable resource. Retrieved March 8, 2009 from, http://www. zincworld. org/sustainable_resource. html International Zinc Association (2008) Zinc Emissions. Retrieved March 8, 2009 from, http://www. zincworld. org/emissions. html International Zinc Association (2008) Zinc: Essential for Human Health. Retrieved March 8, 2009 from, http://www. zincworld. org/zinc_health. html International Zinc Association (2008) Zinc: Essential for Man and the Environment. Retrieved March 8, 2009 from, http://www. zincworld. org/zinc_essential. html

Waste management

Each of us will throw a lot of waste every day; you know where all the wastewent? Most of the waste will get sanitary landfill, incineration, composting and other sound processing in some areas with better waste management, while most places Just easy piled or landfill, this cause odour spread, soil and underground water get polluted. peopleare not only Just consuming a lot of resources, mass production, mass consumption of land, but also produced a lot of waste; this consequences will be unimaginable.This essay will demonstrate the definition of waste; waste lassification, recycling, processing and some other additional materials about waste power generation. Introduction Earth is our home, which provides us with the necessary environment and space for living; but with the rapid development of social economy and the urban population of highly concentrated, the output of waste is gradually increasing, our home is surrounded by garbage from day to day. In densely populated cities, was te disposal is a vexing problem.Common practice is collected and sent to landfills, or use incinerators; but both would create environmental problems, and excessive onsumption can further reduce termination landfills saturation level. Improper waste disposal in landfills can contaminate groundwater and odour, and many cities have been available for less and less landfill area. Produce poisonous gas, harmful organisms is inevitable forlncineration. Most of the cities are studying ways to reduce waste, and encourage recycling. Research Methodology Library Research: 1. Recording notes. 2. Content analysis. . Collect the needed information. Field Research: 1. Personal interview. 2. Groupmeeting. 3. Telephone survey. 4. Case study. The definition of waste Waste is also known as rubbish, trash, refuse, garbage, Junk and litter; which refer to unwanted or useless solid, fluid substance. Merriam-Websterdefineswaste is the trash from places of human or animal residence; The World Book Dictio nary also say that waste is the useless or worthless material, stuff to be discarded. Unfortunately, these two definitions reflect a common attitude that does not admit waste as a resource.Nevertheless, Zero Waste America defines waste as â€Å"a resource that is not safely recycled back into the environment or the marketplace. † This definition onsiders the value of waste as a resource, as well as the threat of unsafe recycling ‘wasting' actually does not exist in nature, they are human inventions due to human behaviour. ln nature, everything has a purpose. Waste was created by humans for short-term convenience and short-term profit. Meanwhile, this leads to long-term harmful consequences for humans, nature, and the economy.Waste classification, recycling and processing Waste classification means according to different composition, properties, use value of waste as well as the impact on the environment, andthe requirements of different isposal methods, divided into a n umber of different types of properties. lts purpose is to bring convenience for resource recovery and subsequent disposal. The meaning of the classification of waste People are faced with the situation of the growing waste production and environmental deterioration.How to through the waste classification managementto maximize waste resource utilization, reduce the amount of garbage disposaland improve the living quality of the environment is currently the world's pressing problems of common concern. Waste classification is the reform of the traditional ay to garbage collection disposed; it is aneffectivescientific management methodfor waste disposal. Waste classification is put waste classificationat source, and through the classification of the pickup and recycled back into a resource. The benefit of waste classification is obvious.After being classification, waste was sent to a factory instead of landfills, not only save the land, but also avoids the pollution produced by landfill or burned. Waste classification Recyclable waste They are mainly five categories which include waste paper, plastic, glass, metal, and cloth. Waste Paper: mainly includes newspapers, periodicals, books, all kinds of wrapping paper and so on; But should pay attention to paper towels and toilet paper because of their water soluble is too strong, cannot be recycled. Plastic: plastic waste containers, plastic packaging and other plastic products.Such as various plastic bags, plastic bottles, foam, disposable plastic lunch boxes cutlery, hard plastic and so on. Glass: mainly includes all kinds of glass bottles, pieces of broken glass, mirror, light bulb debris, and thermos bottle, etc. Metal: mainly includes cans, cans and so on. Fabric: mainly includes the abandoned clothes, tablecloths, towels, bags, shoes and so on. Kitchen waste Kitchen waste is refers to catering units, enterprises, institutions, schools, canteens and other food scrapswaste, commonly known as swillor pigwash.The ma in component of kitchen waste are starch, food fibre, animal fats and other organic substances; it have a high moisture content, fat, high salt content, perishable smelly fermentation characteristics. Hazardous waste Toxic and hazardous waste refers to the solids that could be harmful to human body ealth or toxic substances or cause real harm to the environment or potential hazards wastes. Including batteries, fluorescent tubes, light bulbs, mercury thermometers, paint bucket, home appliances, expired drugs, expired cosmetics.If the battery is burned, after the blast will be killing hundreds of people; Fluorescent tubes and bulbs are Just like the battery, radiation is also large; Mercury is more landfilling. Other rubbish Includingin addition to the above-mentioned categoriesgarbage, such as ceramictile, muck, toilet waste paper, paper towels and other difficult to recycle waste, usually ased on the characteristics and take the way of burning or burying garbage processing. Waste ma terials by kind, composition and sources.Kind Composition Sources Garbage Wastes from preparation, cooking, and serving of food; market wastes; wastes from handling, storage, and sale of produce Households, restaurants, institutions, stores, markets Rubbish Flammable: paper, cartons, boxes, barrels, wood, tree branches, yard trimmings, wood furniture, bedding, dunnage Inflammable: metals, tin cans, metal furniture, dirt, glass, crockery, minerals Ashes Residue from fires used for cooking and heating and from on-site burningStreet refuse Sweepings, dirt, leaves, catch basin dirt, contents of litter receptacles Streets, sidewalks, alleys, vacant lots Dead animals Cats, dogs, horses, cows Abandoned vehicles Unwanted cars and trucks left on public property Industrial wastes Food-processing wastes, boiler house cinders, lumber scraps, metal scraps. havings Factories, power plants Demolition wastes Lumber, pipes, brick, masonry, and other construction materials from razed buildings and ot her structures Demolition sites to be used for new buildings, renewal projects, expressways Construction wastes Scrap lumber, pipe, ther construction materials New construction, remodelling Special wastes Hazardous solids and liquids; explosives, pathological wastes, radioactive materials Households, hotels, hospitals, institutions, stores, industry Sewage treatment residue Solids from coarse screening and from grit chambers; septic tank sludge Sewage treatment plants; septic tanks Waste recycling and processing In the process of urbanization, the waste was once the burden of city development as the product of urban metabolism; many cities in the world have been besieged by garbage before. In now days, waste is considered to be the most potential, inexhaustible†urban mines† for development; it is the â€Å"misplaced resources†.Waste all have the corresponding recycling technology, make it can be used as â€Å"secondary sources† into the new production cycle , thus reducing resource consumption and environmental pollution. This is not only the in-depth and deep understanding of the waste, but also is the inevitable requirement of urban development. General city processed into organic compound fertilizer and used for landscaping or agricultural fertilizer in organic waste processing factory. 2. Dry waste (inorganic waste): further refined classified as waste paper, waste plastic, glass, scrap metal and other recyclable componentsin the garbage sorting centre, and then recycling plant for recyclingby thecorresponding. 3.Hazardous waste: recyclable materialssent to recycling after sorting in the hazardous waste sorting disposal station and the residue are safely landfill or incineration. Currently, there are several ways of waste disposal: 1. Landfill Method: Fill trash in the pit that has been ready for, make it automaticallyhappen biological, physical and chemical changes, decomposition of rganic matter, to achieve reduction and harmless purposes; but for a long time, most cities are carried out with open dumps and natural filling ditch without any protection. This leads to a lot of rubbish sewage from the surface into the ground and cause serious pollution of groundwater sources and the urban environment. Therefore this waste disposal method has gradually been eliminated. 2.Incineration method: incineration method is to put thegarbage into high temperature furnace; make one full oxidation of combustible ingredients; the heat that generated can be used for power generation and heating. The biggest shortcoming of this method is generatedof dioxin gas during the incineration; thereforefor achieving environmental protection, Therefore only on the incineration of toxic and harmful gases through a series of processing,this method can realize environmental protection. 3. Composting Method: piles of garbage accumulation, heat up to 70 C, storage, fermentation, with the ability of microbial decomposition in garbage, to dec ompose organic matter into inorganic nutrients.After composting treatment, garbage becomes hygienic, odourless humus. Not only way to solve the garbage, but lso to achieve the purpose of the resource; but the large amount of solid waste composting, nutrient content is low, long-term use could easily lead to soil compaction and deterioration of groundwater quality, so the scale is not easy to compost too. 4. Treatment resources: Careful classification of urban living garbage, Then according to the different nature of classified garbage after respectively adopt appropriate methods to deal with, make all the different types of waste can be utilized, thus to be truly achievereduction, harmless and resource of waste. Waste power generationFrom the 1970s onwards, some developed countries have started to use the heat generated by burning garbage to generate electricity. Some country in Europe built a garbage power plant, a U. S. garbage power plant generating capacity up to 100 MW, process ing 600 thousand tons of garbage per day. Now, garbage power plant in Germany is spendinga huge sum of money from abroad to buy rubbish every year. According to statistics, currently there are nearly a thousand types of waste disposal plant; all kinds of garbage utilization facility will be increased to 3000 or more in hree years. Scientists measure that the garbage in the secondary energy, such as organic fuelcontains high calorific value, the heat of burning 2 tons of wasteequivalent to about 1 tons of coal.Confrontingproblem The reason that why waste power generation is developing slowly Is mainly due to the combustionpower generation, which cannot be effectively solve for a long time. Japan has been promoting a super waste power generation technology, by using new gas furnace; rose the furnace temperature to 500 ‘C, increase the power generation fficiency from 10% in the pastto around 25%, reduced toxic emissions to less than 0. 5%, below the international standard; But, o f course, the cost of waste power generation is still higher than the traditional thermal power. Some experts believe that withthe technology development inwaste collection, handling, transport, utilization and other aspects, waste power generation is likely to become one of the most economical power generation technologies.From the long-term benefits and the comprehensive index, it will be superior to the traditional electric power production. Conclusion In conclusion, waste is a common issue; this can lead to health problems and destruction of natural resources. If people do not attach importance to waste classification and recycling, not only for our present life will be affected, but also for our future generations. This is not Just a country, an organization, an individual's responsibility, but the responsibility of all mankind. lf when each person throwing garbage can be a little more environmental awareness, we could effectively increase the waste comprehensive utilization, S o that the whole society will be able to less affect by waste problems. Waste Management Introduction: Rapid urbanisation and industrial diversification has led to generation of considerable amount of municipal, plastic, hazardous and biomedical waste. Improper disposal of wastes often leads to spread of diseases and contamination of water bodies and soil. The impact of these wastes cannot be ignored and managing them has become a major problem. The objective and scope of this research project: In this project we have tried to gain an insight on the term waste management. The objective of the project was to seek an overview of waste management in large cities especially in supermarkets and predominantly the waste disposal system of large fast food outlets in Bangalore. The scope was (due to time constraint) limited to two major food chains. We have as an initial investigation tried to bring out the very nature of major sources of waste in our cities, the present waste disposal system in Bangalore and measures to effectively dispose off the waste generated in supermarkets. Municipal solid waste: On an average 40-50% of the total municipal waste is generated in the six municipal corporations of Karnataka and more than 70 percent of municipal waste is generated in the residential and market areas. The domestic waste generated by the households comprises mainly of organic, plastic and paper waste. Problems of municipal solid waste: The major problems of municipal solid waste are: †¢Collection and storage of waste. Mixing and segregation of waste. †¢Transportation of waste. †¢Indiscriminate burning of waste †¢Illegal disposal of waste. 1. Collection and storage of waste: waste collection and disposal lies at the core of municipal waste management. Waste management happens to be the major source of expenditure in municipal budgets. Failure to effectively manage waste generated in the cities leads to overflowing bins and foul odour in the city streets. It also poses as a potential threat to the hygiene and health of the public. 2. Mixing and segregation of waste: with no clear instruction and procedures to the contrary the household waste generated are very heterogeneous in nature due to no or very limited segregation of waste during disposal process. It also is witnessed in industrial wastes. Where lack of government regulation leads to uncontrolled disposal without proper segregation. 3. Transportation of waste: the rapid expansion of cities coupled with high population growth rates and limited control on procedures to dispose municipal wastes resulted in mismatch on guidelines and actual waste transport. The transporters of municipal wastes are normally private contractors who with the aim of profit maximisation tend to dispose waste in the nearest vacant plots just on the outskirts of the city. Though dumping zones have been identified around the city yet the transporters often resort to dumping on plots near main roads leading to the city. 4. Indiscriminate burning of wastes: often as discussed above the transporters do not dump the wastes on designated land fills earmarked by municiapal bodies but on the roads leading to the cities or vacant plots on the outskirts of the city they also resort to burning of wastes to reduce the heap for future dumping. As the waste dumped are unsorted and contain many hazardous substances eg plastics bottles and polythene bags. The gas generated are toxic in nature and a common sight are the rag pickers who roam around such dump sites to collect materials of some worth. They are effected by the smoke and the gas generated. 5. Illegal disposal of waste: in absence of strict guidelines and enforcement of proper disposal of wastes in major cities in India the transporters mainly the private contractors resort to dumping of wastes in vacant plots instead of disposing them to proper dumping sites. This results over a period of time a major ecological threat. E. g a recent study found that in Bangalore around 600 Tons of municipal wastes are illegally dumped on vacant plots on daily basis. Waste Management The Securities and Exchange Commission has filed suit against the founder and five other former top officers of Waste Management Inc. for massive fraud. The complaint charges the defendants with inflating profits to meet earnings targets. The officers named in the complaint include the following: * The CEO, who set earnings targets, fostered a culture of fraudulent accounting, personally directed certain of the accounting changes to make the targeted earnings, and was the spokesperson who announced the company's phony numbers. The CFO, who ordered the destruction of damaging evidence, misled the company's audit committee and internal accountants, and withheld information from the outside auditors. * The corporate controller, who devised many â€Å"one-off† accounting manipulations to deliver the targeted earnings and carefully crafted the deceptive disclosures. * The general counsel, who blessed the company's fraudulent disclosures. In brief, the complaint says the company's revenues were not growing fast enough to meet its earnings targets, so the defendants instead resorted to improperly eliminating and deferring current period expenses. Specific tactics: * Avoiding depreciation expenses on their garbage trucks by both assigning unsupported and inflated salvage values and extending their useful lives. * Assigning arbitrary salvage values to other assets that previously had no salvage value. * Failing to record expenses for decreases in the value of landfills as they were filled with waste. * Refusing to record expenses necessary to write off the costs of unsuccessful and abandoned landfill development projects. Establishing inflated environmental reserves (liabilities) in connection with acquisitions so that the excess reserves could be used to avoid recording unrelated operating expenses. * Improperly capitalizing a variety of expenses, and failing to establish sufficient reserves (liabilities) to pay for income taxes and other expenses. The SEC says Andersen, the company’s auditor, identified the improper accounting practices, quantified much of the impact, and annually presented company management with a set of â€Å"Proposed Adjusting Journal Entries. Instead of making the adjustments, management signed off on a â€Å"Summary of Action Steps† that the SEC says included steps designed to write off the accumulated errors and to change the underlying accounting practices in future periods The company had augmented the depreciation time length for their property, plant, and equipment, artificially inflating the company's after-tax profits by US$1. 7 billion. Waste Management paid US$457 million to settle a shareholder class-action suit. The SEC fined Waste Management's independent auditor, Arthur Andersen, US$7 million for their role. Waste management Each of us will throw a lot of waste every day; you know where all the wastewent? Most of the waste will get sanitary landfill, incineration, composting and other sound processing in some areas with better waste management, while most places Just easy piled or landfill, this cause odour spread, soil and underground water get polluted. peopleare not only Just consuming a lot of resources, mass production, mass consumption of land, but also produced a lot of waste; this consequences will be unimaginable.This essay will demonstrate the definition of waste; waste lassification, recycling, processing and some other additional materials about waste power generation. Introduction Earth is our home, which provides us with the necessary environment and space for living; but with the rapid development of social economy and the urban population of highly concentrated, the output of waste is gradually increasing, our home is surrounded by garbage from day to day. In densely populated cities, was te disposal is a vexing problem.Common practice is collected and sent to landfills, or use incinerators; but both would create environmental problems, and excessive onsumption can further reduce termination landfills saturation level. Improper waste disposal in landfills can contaminate groundwater and odour, and many cities have been available for less and less landfill area. Produce poisonous gas, harmful organisms is inevitable forlncineration. Most of the cities are studying ways to reduce waste, and encourage recycling. Research Methodology Library Research: 1. Recording notes. 2. Content analysis. . Collect the needed information. Field Research: 1. Personal interview. 2. Groupmeeting. 3. Telephone survey. 4. Case study. The definition of waste Waste is also known as rubbish, trash, refuse, garbage, Junk and litter; which refer to unwanted or useless solid, fluid substance. Merriam-Websterdefineswaste is the trash from places of human or animal residence; The World Book Dictio nary also say that waste is the useless or worthless material, stuff to be discarded. Unfortunately, these two definitions reflect a common attitude that does not admit waste as a resource.Nevertheless, Zero Waste America defines waste as â€Å"a resource that is not safely recycled back into the environment or the marketplace. † This definition onsiders the value of waste as a resource, as well as the threat of unsafe recycling ‘wasting' actually does not exist in nature, they are human inventions due to human behaviour. ln nature, everything has a purpose. Waste was created by humans for short-term convenience and short-term profit. Meanwhile, this leads to long-term harmful consequences for humans, nature, and the economy.Waste classification, recycling and processing Waste classification means according to different composition, properties, use value of waste as well as the impact on the environment, andthe requirements of different isposal methods, divided into a n umber of different types of properties. lts purpose is to bring convenience for resource recovery and subsequent disposal. The meaning of the classification of waste People are faced with the situation of the growing waste production and environmental deterioration.How to through the waste classification managementto maximize waste resource utilization, reduce the amount of garbage disposaland improve the living quality of the environment is currently the world's pressing problems of common concern. Waste classification is the reform of the traditional ay to garbage collection disposed; it is aneffectivescientific management methodfor waste disposal. Waste classification is put waste classificationat source, and through the classification of the pickup and recycled back into a resource. The benefit of waste classification is obvious.After being classification, waste was sent to a factory instead of landfills, not only save the land, but also avoids the pollution produced by landfill or burned. Waste classification Recyclable waste They are mainly five categories which include waste paper, plastic, glass, metal, and cloth. Waste Paper: mainly includes newspapers, periodicals, books, all kinds of wrapping paper and so on; But should pay attention to paper towels and toilet paper because of their water soluble is too strong, cannot be recycled. Plastic: plastic waste containers, plastic packaging and other plastic products.Such as various plastic bags, plastic bottles, foam, disposable plastic lunch boxes cutlery, hard plastic and so on. Glass: mainly includes all kinds of glass bottles, pieces of broken glass, mirror, light bulb debris, and thermos bottle, etc. Metal: mainly includes cans, cans and so on. Fabric: mainly includes the abandoned clothes, tablecloths, towels, bags, shoes and so on. Kitchen waste Kitchen waste is refers to catering units, enterprises, institutions, schools, canteens and other food scrapswaste, commonly known as swillor pigwash.The ma in component of kitchen waste are starch, food fibre, animal fats and other organic substances; it have a high moisture content, fat, high salt content, perishable smelly fermentation characteristics. Hazardous waste Toxic and hazardous waste refers to the solids that could be harmful to human body ealth or toxic substances or cause real harm to the environment or potential hazards wastes. Including batteries, fluorescent tubes, light bulbs, mercury thermometers, paint bucket, home appliances, expired drugs, expired cosmetics.If the battery is burned, after the blast will be killing hundreds of people; Fluorescent tubes and bulbs are Just like the battery, radiation is also large; Mercury is more landfilling. Other rubbish Includingin addition to the above-mentioned categoriesgarbage, such as ceramictile, muck, toilet waste paper, paper towels and other difficult to recycle waste, usually ased on the characteristics and take the way of burning or burying garbage processing. Waste ma terials by kind, composition and sources.Kind Composition Sources Garbage Wastes from preparation, cooking, and serving of food; market wastes; wastes from handling, storage, and sale of produce Households, restaurants, institutions, stores, markets Rubbish Flammable: paper, cartons, boxes, barrels, wood, tree branches, yard trimmings, wood furniture, bedding, dunnage Inflammable: metals, tin cans, metal furniture, dirt, glass, crockery, minerals Ashes Residue from fires used for cooking and heating and from on-site burningStreet refuse Sweepings, dirt, leaves, catch basin dirt, contents of litter receptacles Streets, sidewalks, alleys, vacant lots Dead animals Cats, dogs, horses, cows Abandoned vehicles Unwanted cars and trucks left on public property Industrial wastes Food-processing wastes, boiler house cinders, lumber scraps, metal scraps. havings Factories, power plants Demolition wastes Lumber, pipes, brick, masonry, and other construction materials from razed buildings and ot her structures Demolition sites to be used for new buildings, renewal projects, expressways Construction wastes Scrap lumber, pipe, ther construction materials New construction, remodelling Special wastes Hazardous solids and liquids; explosives, pathological wastes, radioactive materials Households, hotels, hospitals, institutions, stores, industry Sewage treatment residue Solids from coarse screening and from grit chambers; septic tank sludge Sewage treatment plants; septic tanks Waste recycling and processing In the process of urbanization, the waste was once the burden of city development as the product of urban metabolism; many cities in the world have been besieged by garbage before. In now days, waste is considered to be the most potential, inexhaustible†urban mines† for development; it is the â€Å"misplaced resources†.Waste all have the corresponding recycling technology, make it can be used as â€Å"secondary sources† into the new production cycle , thus reducing resource consumption and environmental pollution. This is not only the in-depth and deep understanding of the waste, but also is the inevitable requirement of urban development. General city processed into organic compound fertilizer and used for landscaping or agricultural fertilizer in organic waste processing factory. 2. Dry waste (inorganic waste): further refined classified as waste paper, waste plastic, glass, scrap metal and other recyclable componentsin the garbage sorting centre, and then recycling plant for recyclingby thecorresponding. 3.Hazardous waste: recyclable materialssent to recycling after sorting in the hazardous waste sorting disposal station and the residue are safely landfill or incineration. Currently, there are several ways of waste disposal: 1. Landfill Method: Fill trash in the pit that has been ready for, make it automaticallyhappen biological, physical and chemical changes, decomposition of rganic matter, to achieve reduction and harmless purposes; but for a long time, most cities are carried out with open dumps and natural filling ditch without any protection. This leads to a lot of rubbish sewage from the surface into the ground and cause serious pollution of groundwater sources and the urban environment. Therefore this waste disposal method has gradually been eliminated. 2.Incineration method: incineration method is to put thegarbage into high temperature furnace; make one full oxidation of combustible ingredients; the heat that generated can be used for power generation and heating. The biggest shortcoming of this method is generatedof dioxin gas during the incineration; thereforefor achieving environmental protection, Therefore only on the incineration of toxic and harmful gases through a series of processing,this method can realize environmental protection. 3. Composting Method: piles of garbage accumulation, heat up to 70 C, storage, fermentation, with the ability of microbial decomposition in garbage, to dec ompose organic matter into inorganic nutrients.After composting treatment, garbage becomes hygienic, odourless humus. Not only way to solve the garbage, but lso to achieve the purpose of the resource; but the large amount of solid waste composting, nutrient content is low, long-term use could easily lead to soil compaction and deterioration of groundwater quality, so the scale is not easy to compost too. 4. Treatment resources: Careful classification of urban living garbage, Then according to the different nature of classified garbage after respectively adopt appropriate methods to deal with, make all the different types of waste can be utilized, thus to be truly achievereduction, harmless and resource of waste. Waste power generationFrom the 1970s onwards, some developed countries have started to use the heat generated by burning garbage to generate electricity. Some country in Europe built a garbage power plant, a U. S. garbage power plant generating capacity up to 100 MW, process ing 600 thousand tons of garbage per day. Now, garbage power plant in Germany is spendinga huge sum of money from abroad to buy rubbish every year. According to statistics, currently there are nearly a thousand types of waste disposal plant; all kinds of garbage utilization facility will be increased to 3000 or more in hree years. Scientists measure that the garbage in the secondary energy, such as organic fuelcontains high calorific value, the heat of burning 2 tons of wasteequivalent to about 1 tons of coal.Confrontingproblem The reason that why waste power generation is developing slowly Is mainly due to the combustionpower generation, which cannot be effectively solve for a long time. Japan has been promoting a super waste power generation technology, by using new gas furnace; rose the furnace temperature to 500 ‘C, increase the power generation fficiency from 10% in the pastto around 25%, reduced toxic emissions to less than 0. 5%, below the international standard; But, o f course, the cost of waste power generation is still higher than the traditional thermal power. Some experts believe that withthe technology development inwaste collection, handling, transport, utilization and other aspects, waste power generation is likely to become one of the most economical power generation technologies.From the long-term benefits and the comprehensive index, it will be superior to the traditional electric power production. Conclusion In conclusion, waste is a common issue; this can lead to health problems and destruction of natural resources. If people do not attach importance to waste classification and recycling, not only for our present life will be affected, but also for our future generations. This is not Just a country, an organization, an individual's responsibility, but the responsibility of all mankind. lf when each person throwing garbage can be a little more environmental awareness, we could effectively increase the waste comprehensive utilization, S o that the whole society will be able to less affect by waste problems. Waste management Each of us will throw a lot of waste every day; you know where all the wastewent? Most of the waste will get sanitary landfill, incineration, composting and other sound processing in some areas with better waste management, while most places Just easy piled or landfill, this cause odour spread, soil and underground water get polluted. peopleare not only Just consuming a lot of resources, mass production, mass consumption of land, but also produced a lot of waste; this consequences will be unimaginable.This essay will demonstrate the definition of waste; waste lassification, recycling, processing and some other additional materials about waste power generation. Introduction Earth is our home, which provides us with the necessary environment and space for living; but with the rapid development of social economy and the urban population of highly concentrated, the output of waste is gradually increasing, our home is surrounded by garbage from day to day. In densely populated cities, was te disposal is a vexing problem.Common practice is collected and sent to landfills, or use incinerators; but both would create environmental problems, and excessive onsumption can further reduce termination landfills saturation level. Improper waste disposal in landfills can contaminate groundwater and odour, and many cities have been available for less and less landfill area. Produce poisonous gas, harmful organisms is inevitable forlncineration. Most of the cities are studying ways to reduce waste, and encourage recycling. Research Methodology Library Research: 1. Recording notes. 2. Content analysis. . Collect the needed information. Field Research: 1. Personal interview. 2. Groupmeeting. 3. Telephone survey. 4. Case study. The definition of waste Waste is also known as rubbish, trash, refuse, garbage, Junk and litter; which refer to unwanted or useless solid, fluid substance. Merriam-Websterdefineswaste is the trash from places of human or animal residence; The World Book Dictio nary also say that waste is the useless or worthless material, stuff to be discarded. Unfortunately, these two definitions reflect a common attitude that does not admit waste as a resource.Nevertheless, Zero Waste America defines waste as â€Å"a resource that is not safely recycled back into the environment or the marketplace. † This definition onsiders the value of waste as a resource, as well as the threat of unsafe recycling ‘wasting' actually does not exist in nature, they are human inventions due to human behaviour. ln nature, everything has a purpose. Waste was created by humans for short-term convenience and short-term profit. Meanwhile, this leads to long-term harmful consequences for humans, nature, and the economy.Waste classification, recycling and processing Waste classification means according to different composition, properties, use value of waste as well as the impact on the environment, andthe requirements of different isposal methods, divided into a n umber of different types of properties. lts purpose is to bring convenience for resource recovery and subsequent disposal. The meaning of the classification of waste People are faced with the situation of the growing waste production and environmental deterioration.How to through the waste classification managementto maximize waste resource utilization, reduce the amount of garbage disposaland improve the living quality of the environment is currently the world's pressing problems of common concern. Waste classification is the reform of the traditional ay to garbage collection disposed; it is aneffectivescientific management methodfor waste disposal. Waste classification is put waste classificationat source, and through the classification of the pickup and recycled back into a resource. The benefit of waste classification is obvious.After being classification, waste was sent to a factory instead of landfills, not only save the land, but also avoids the pollution produced by landfill or burned. Waste classification Recyclable waste They are mainly five categories which include waste paper, plastic, glass, metal, and cloth. Waste Paper: mainly includes newspapers, periodicals, books, all kinds of wrapping paper and so on; But should pay attention to paper towels and toilet paper because of their water soluble is too strong, cannot be recycled. Plastic: plastic waste containers, plastic packaging and other plastic products.Such as various plastic bags, plastic bottles, foam, disposable plastic lunch boxes cutlery, hard plastic and so on. Glass: mainly includes all kinds of glass bottles, pieces of broken glass, mirror, light bulb debris, and thermos bottle, etc. Metal: mainly includes cans, cans and so on. Fabric: mainly includes the abandoned clothes, tablecloths, towels, bags, shoes and so on. Kitchen waste Kitchen waste is refers to catering units, enterprises, institutions, schools, canteens and other food scrapswaste, commonly known as swillor pigwash.The ma in component of kitchen waste are starch, food fibre, animal fats and other organic substances; it have a high moisture content, fat, high salt content, perishable smelly fermentation characteristics. Hazardous waste Toxic and hazardous waste refers to the solids that could be harmful to human body ealth or toxic substances or cause real harm to the environment or potential hazards wastes. Including batteries, fluorescent tubes, light bulbs, mercury thermometers, paint bucket, home appliances, expired drugs, expired cosmetics.If the battery is burned, after the blast will be killing hundreds of people; Fluorescent tubes and bulbs are Just like the battery, radiation is also large; Mercury is more landfilling. Other rubbish Includingin addition to the above-mentioned categoriesgarbage, such as ceramictile, muck, toilet waste paper, paper towels and other difficult to recycle waste, usually ased on the characteristics and take the way of burning or burying garbage processing. Waste ma terials by kind, composition and sources.Kind Composition Sources Garbage Wastes from preparation, cooking, and serving of food; market wastes; wastes from handling, storage, and sale of produce Households, restaurants, institutions, stores, markets Rubbish Flammable: paper, cartons, boxes, barrels, wood, tree branches, yard trimmings, wood furniture, bedding, dunnage Inflammable: metals, tin cans, metal furniture, dirt, glass, crockery, minerals Ashes Residue from fires used for cooking and heating and from on-site burningStreet refuse Sweepings, dirt, leaves, catch basin dirt, contents of litter receptacles Streets, sidewalks, alleys, vacant lots Dead animals Cats, dogs, horses, cows Abandoned vehicles Unwanted cars and trucks left on public property Industrial wastes Food-processing wastes, boiler house cinders, lumber scraps, metal scraps. havings Factories, power plants Demolition wastes Lumber, pipes, brick, masonry, and other construction materials from razed buildings and ot her structures Demolition sites to be used for new buildings, renewal projects, expressways Construction wastes Scrap lumber, pipe, ther construction materials New construction, remodelling Special wastes Hazardous solids and liquids; explosives, pathological wastes, radioactive materials Households, hotels, hospitals, institutions, stores, industry Sewage treatment residue Solids from coarse screening and from grit chambers; septic tank sludge Sewage treatment plants; septic tanks Waste recycling and processing In the process of urbanization, the waste was once the burden of city development as the product of urban metabolism; many cities in the world have been besieged by garbage before. In now days, waste is considered to be the most potential, inexhaustible†urban mines† for development; it is the â€Å"misplaced resources†.Waste all have the corresponding recycling technology, make it can be used as â€Å"secondary sources† into the new production cycle , thus reducing resource consumption and environmental pollution. This is not only the in-depth and deep understanding of the waste, but also is the inevitable requirement of urban development. General city processed into organic compound fertilizer and used for landscaping or agricultural fertilizer in organic waste processing factory. 2. Dry waste (inorganic waste): further refined classified as waste paper, waste plastic, glass, scrap metal and other recyclable componentsin the garbage sorting centre, and then recycling plant for recyclingby thecorresponding. 3.Hazardous waste: recyclable materialssent to recycling after sorting in the hazardous waste sorting disposal station and the residue are safely landfill or incineration. Currently, there are several ways of waste disposal: 1. Landfill Method: Fill trash in the pit that has been ready for, make it automaticallyhappen biological, physical and chemical changes, decomposition of rganic matter, to achieve reduction and harmless purposes; but for a long time, most cities are carried out with open dumps and natural filling ditch without any protection. This leads to a lot of rubbish sewage from the surface into the ground and cause serious pollution of groundwater sources and the urban environment. Therefore this waste disposal method has gradually been eliminated. 2.Incineration method: incineration method is to put thegarbage into high temperature furnace; make one full oxidation of combustible ingredients; the heat that generated can be used for power generation and heating. The biggest shortcoming of this method is generatedof dioxin gas during the incineration; thereforefor achieving environmental protection, Therefore only on the incineration of toxic and harmful gases through a series of processing,this method can realize environmental protection. 3. Composting Method: piles of garbage accumulation, heat up to 70 C, storage, fermentation, with the ability of microbial decomposition in garbage, to dec ompose organic matter into inorganic nutrients.After composting treatment, garbage becomes hygienic, odourless humus. Not only way to solve the garbage, but lso to achieve the purpose of the resource; but the large amount of solid waste composting, nutrient content is low, long-term use could easily lead to soil compaction and deterioration of groundwater quality, so the scale is not easy to compost too. 4. Treatment resources: Careful classification of urban living garbage, Then according to the different nature of classified garbage after respectively adopt appropriate methods to deal with, make all the different types of waste can be utilized, thus to be truly achievereduction, harmless and resource of waste. Waste power generationFrom the 1970s onwards, some developed countries have started to use the heat generated by burning garbage to generate electricity. Some country in Europe built a garbage power plant, a U. S. garbage power plant generating capacity up to 100 MW, process ing 600 thousand tons of garbage per day. Now, garbage power plant in Germany is spendinga huge sum of money from abroad to buy rubbish every year. According to statistics, currently there are nearly a thousand types of waste disposal plant; all kinds of garbage utilization facility will be increased to 3000 or more in hree years. Scientists measure that the garbage in the secondary energy, such as organic fuelcontains high calorific value, the heat of burning 2 tons of wasteequivalent to about 1 tons of coal.Confrontingproblem The reason that why waste power generation is developing slowly Is mainly due to the combustionpower generation, which cannot be effectively solve for a long time. Japan has been promoting a super waste power generation technology, by using new gas furnace; rose the furnace temperature to 500 ‘C, increase the power generation fficiency from 10% in the pastto around 25%, reduced toxic emissions to less than 0. 5%, below the international standard; But, o f course, the cost of waste power generation is still higher than the traditional thermal power. Some experts believe that withthe technology development inwaste collection, handling, transport, utilization and other aspects, waste power generation is likely to become one of the most economical power generation technologies.From the long-term benefits and the comprehensive index, it will be superior to the traditional electric power production. Conclusion In conclusion, waste is a common issue; this can lead to health problems and destruction of natural resources. If people do not attach importance to waste classification and recycling, not only for our present life will be affected, but also for our future generations. This is not Just a country, an organization, an individual's responsibility, but the responsibility of all mankind. lf when each person throwing garbage can be a little more environmental awareness, we could effectively increase the waste comprehensive utilization, S o that the whole society will be able to less affect by waste problems.

Strategic Analysis of Waitrose in Grocery Market by Using Strategic Essay

Strategic Analysis of Waitrose in Grocery Market by Using Strategic Management Model and Theory - Essay Example The U.K retail market seems to be on the maturity stage of its lifecycle, however, growth is still quite prominent. The market is on its verge to a 15% growth in the next 5 years (IGD, 2010). Economic dynamics such as rising interest rates and consumer prices, house prices as well job insecurity are only few of a plethora of factors affecting firms in this sector (IGD, 2010).The new government following the election in May, 2010 also seems to bear impact by way of its proposed contractionary fiscal and monetary policy which could mean tough times for the high end markets. Waitrose- the company The company has its roots in 1904 when it was founded by Waite, Rose and Taylor (Waitrose, 2011). It was acquired later by John Lewis (an established partnership); hence, it was not until 1955 that the first Waitrose supermarket was born (Waitrose, 2011). At present the company has a strong foothold in the European market with 243 stores in Wales, Scotland and England, employing more than 37,00 0 people (Waitrose, 2011). The company claims to offer value for money along with convenience shopping. It targets the affluent segments of the market and is a high end store and follows a differentiation strategy (Randall & Seth, 2011). Thus, the company offers high quality, high priced products (Randall & Seth, 2011). ... aitrose does not follow the lead of its competitors and, instead, has always reflected itself as a premium quality brand, focusing on product quality rather than price (Randall & Seth, 2011). Furthermore, the company, under the umbrella of the John Lewis group, has projected itself as a socially ethical and responsible entity by sponsoring events such as â€Å"Fair-trade Bananas† and â€Å"Bag for life† (Cohen, 2010). SWOT Analysis Strengths: The company was an industry first in introducing the Quick check, self-scanning technology in its stores which reflects upon its innovative strategy and focus on delivering superior customer value (Jones & John, 2011). Furthermore, the company works under the umbrella of the John Lewis group which has given it enormous advantage in terms of economies of scale and established links with suppliers. The company was amongst the first to develop its line of own brands; it houses over 16,000 brands under its own name (MarketWatch: Global Round-up, 2009). Furthermore, the company won another industry first by winning the award for Organic food. Weaknesses: The company’s own label brands constitute almost 55% of its product mix. Thus, it is highly dependent on its own brands and ought to stock other brands (Jones & John, 2011). Furthermore, the company’s expansion opportunities are limited due to present coverage of its retail outlets. The company also has potential unfilled gaps in the market that it isn’t catering to and is positioned quite farther away from its 4 main competitors including Tesco, ASDA, Morrison’s and Sainsbury’s as well as Marks & Spencer. It has been positioned as a premium end brand and is perceived as too expensive compared to its rivals which is one of the major factors behind its low market share (3%). The

Review7 Assignment Example | Topics and Well Written Essays - 250 words

Review7 - Assignment Example His determination and strategically planning has been highlighted in the video clip. The interesting fact about this video clip is how it elaborates about the history of the city in precise time in a compact manner. The video has extensively covered all the major efforts of the mayor and also gives a brief and well versed political background of the mayor. The video is compiled in a catchy manner, where in the audience get a bird’s eye view of the city mentioned in the clip. The clip shows the gratitude and honor the city dwellers carry in their mind for the city which is truly appreciative. It is impressive to see the love the people have for the city and to hear how they would like to remain in this place forever. The video clip is presented in a special manner where there is a surprise element. When the video clip starts, it seems to be just like a short documentary about a city in brazil, but as it proceeds it slowly reveal the sole purpose of it. It interestingly and surprisingly reveals the aim of unleashing the unique personality of the mayor who changed the face of a Brazilian city. The video introduces the Mayor who is honored by all since many years because of his dedication to the city and the state as a whole. His plan for the city and the implementation of it is evident in all nook and corner of the city. He changed the infrastructure of the city roads and established road system for comfortable traffic movements. The contribution of the mayor is majorly evident in this video and the manner in which people idolize him is outstanding. The video showcases the mayor ship of this celebrated person of Brazil and his strategy of cleaning the slums and poor and unclean areas of Brazil. The poor were motivated to collect garbage in return of fresh vegetables and fruits which was a great nutritional aid to them. It is also hair rising to watch the road design implemented by the Mayor for the up gradation of city, which in many years proved as a

Discuss some of the historical,social,economic and political reasons Research Paper

Discuss some of the historical,social,economic and political reasons many Quebecois support the notion of the separate state fro - Research Paper Example For the purpose of this research, the cultural, political, economic and social causes shall be discussed individually. There are many reasons why it is important to study the issue at hand. First, the study shall be conducted so as to enlighten the Canadian people of the Quebecois struggle for identity within their society. Notably, Quebec is the only place in Canada which uses French as its primary language. It is the sole Canadian province in which most of the residents speak French. In fact, of the seven million people living in Quebec, about eighty percent (80%) of its population speaks French based on the demolinguistic data provided by the Office of the Commissioner of Official Languages (â€Å"Statistics,† 2007). This means that majority of its people have French ancestry (Croats, 2002). Montreal, a city in Quebec is actually the world's "second largest French-speaking city" (Croats, 2002). According to Rennay Croats (2002, p. 22), Quebec is a home to many French Canadi ans who descended from the original French occupants of the sixteen hundreds (1600s) and seventeen hundreds (1700s). In this context, it can be observed that Quebec is quite different from the other provinces in Canada. The difference is substantially cultural. In comparison with the other Canadian provinces, Quebec is primarily a French-speaking society. The other provinces use English as their official language of communication. By simply knowing these facts, one could somehow understand why to an extent an ethnic struggle is happening within the Canadian society. Language is actually part of a culture. It makes a certain group of people unique from the others. It creates an identity. In this sense, it is also relevant to study the controversy for everyone to understand the relationship between language and ethnicity. It is contended that the two are interrelated. The third and last reason for this research endeavor is to provide a possible solution to the Canadian societal confli ct. The main topic of the research paper shall have four subtopics. The subdivision shall be composed of the following ideas: Quebecois Culture vs. Canadian Culture, Political Developments, Economic Influence and Social Differences. First and foremost, the paper will compare the Quebecois culture to the culture of the rest of Canada. This is to be done so as to arrive at the most comprehensive analysis of their cultural differences. Comparison actually provides a foundation for formulating statements with regard to empirical regularities and for interpreting as well as evaluating situations relative to theoretical and substantive criteria (Ragin, 1989). The comparative method of research is concerned with cross-societal similarities and differences (Ragin, 1989). Significantly, this comparison shall also tackle some historical accounts to know the origin of their cultures. Historical data are most of the time effective in exposing ethnic differences. As cited by Kenneth Bailey (1994 ), historical research can be "an effective complement to generalized scientific research" through the documentation of particular historical event. Second, the paper will investigate the political issues which are related to the separatist movement of the Quebecois. It is actually claimed that the recent political developments in Canada have contributed to the Quebecois move for independence. These political developments are actually centered on the evolution of two Canadian laws, the Canada Act of

Jeremy Lin Biography Essay Example | Topics and Well Written Essays - 1000 words

Jeremy Lin Biography - Essay Example At the end of the day, experts in the world of professional basketball say one thing – Lin is good but not that good to be a basketball sensation like Bryant or Jordan. I do not agree that he should be a symbol for Asian Americans. Putting up Jeremy Lin as the epitome of Asian Americans is telling the world athletes who are Asian Americans only succeed out of luck which as proven by history is not true. The sensationalizing of Lin has also made China put a claim on his ancestry when he is actually a mixture of Chinese and Taiwanese. Thankfully Lin has not shown any kind of stressing out over his new status symbol which is fortunate because it is too soon to ruin his career like other people who had let their sudden fame get to their heads. Jeremy Lin was born in Palo Alto, Los Angeles to Taiwanese parents who had permanently moved to the United States from Taiwan in 1970. (Taylor) By American law, his nationality is American. His schooling came from American schools. With the guidance of their father, Gie-Ming who was self-taught in the sport, Lin and his brothers learned basketball at the local YMCA. (O’Neil) What started as a way for Gie-Min to release the stress brought about by long hours of work became a way to teach his boys basketball at an early age and a three-nights-a-week routine for him and his boys. (O’Neil) Their mother was on hand to support the hobby but also to make sure that the kids did not lose sight of their academic requirements. Although Lin played the sport really well while in school, he was continuously taunted because of his ethnicity. Basketball was after all America’s beloved sport. Naturally, Americans typical image of a basketball player would be someone like Larry Bird or Michael Jordan - tall and American. Asian Americans were not very common in the scene. When 7-foot tall Chinese national Yao Ming first appeared in the NBA in 2002, a similar hype surrounded him because people were still skeptical abo ut Asian Americans excelling in the sport. Of course, Yao Ming and Jeremy Lin are proving them wrong. It is therefore no surprise that Jeremy Lin’s countrymen, as with Yao Ming, would be so proud of him that they would make him a representation of the Asian American community. Without all the media announcing it, Jeremy Lin is already an inspiration to many Asian Americans. Like how Lin idolized the basketball greats introduced to him by his father, today’s younger generation is also looking up to the promising basketball player. Especially in China where the practice of religion is limited, Lin, who has openly referred to his faith in God many times, has given hope to the Chinese community. For someone as young as Lin, being the image for Asian Americans would be a daunting task that could be detrimental to his career. As with all popular public figures, the young athlete would be in the spotlight at all times. (Zimmerbucher) He would need to ensure that whatever he d oes or says would always please his audience so as not to lose their support. For athletes, performance and mass media are very important aspects of the job. These can play a role in the negotiation of their contracts with their teams and endorsements. Even though this would prove to be beneficial to Lin monetary-speaking, the young man only wants to enjoy the game at this stage in his career. (O’Neil) He also needs to continue improving his skills and he cannot do this with everyone in