Solid Waste Management Case Study In Bristol Environmental Sciences Essay

Solid Waste Management Case Study In Bristol Environmental Sciences Essay The management of Municipal Solid Waste (MSW) is a major environmental crisis throughout of the World, which everyone is concerned about. In the United Kingdom, the quantity of municipal waste has increased and 46.9 per cent of the total collected waste has disposed of in landfill in 2009/10 (DEFRA, 2010b). In comparison, the Netherlands and Denmark have disposed of almost no municipal waste to landfill and other members of European Units such as Germany and Sweden have less than a quarter of municipal waste to landfill (DEFRA, 2010b). Therefore, the UK Government published Waste Strategy for England 2007 on 24th May 2007 in order to meet EU strategy and set out a sustainable method for hierarchy of waste management options within climate change and population growth. The fundamental goals of the strategy are to set out a blueprint for waste prevention, reduction, re-use, recycling and recovery and improving environmental and economic outcomes through increased recycling of resources and recovery of energy from residual waste using a mix of technologies. There are some actions of the proposal strategy outlined, for example, energy from waste is expected to account for 25% of municipal waste by 2020 compared to 10% in 2007 and the standard rate of landfill tax increase by eight pounds per year from 2008 until at least 2010/11(DEFRA, 2010c). As a result, it is necessary to set up a variety of waste treatment for recovery material in the UK, such as Mechanical Biological Treatment (MBT) and Energy from Waste (EfW). There is no doubt that a number of local authorities face major challenges when they manage residual waste sustainably. Take Bristol for example, 59% of waste has been sent to landfill and 40% has been recycled or composted in 2009/10 (DEFRA, 2010d). According to Bristol City Council (2000), 100,000 tonnes of household waste will remain to be treated if 40% waste is recycled or composted. Thus, the council wants to make a 25 years Residual Waste Management Contract with company to treat 100,000 tonnes of Residual MSW by one of three options which include MBT with composting or anaerobic digestion and Energy from Waste. In this paper, the environmental impacts of each option will be assessed in order to find a sustainable method for residual waste management in Bristol. Furthermore, some relative mitigation meas ures and remediation approaches for chose option will be mentioned, focusing key issues of development and land redevelopment after 25 years. 2. The Description of Development and Site Bristol city council aims to set up a waste treatment plant in the city in order to not only meet their recycling needs but also make efficiently recover value from the residual waste produced. There is no doubt that a hundred thousand tonnes of rubbish send to the new plants for processing in the coming years rather than dumping it in landfill sites. The possible potential site is assumed as previously used land which locates in the main industrial estate (Avonmouth) in the northern part of Bristol. It would generally be preferred in planning terms, as no new land would be used and contaminated land restored. In addition, the facility has good transportation infrastructure, which results from closely primary road network and alternatively rail access. Figure 1 shows some potential previously land in the potential area, which have several large chemical manufacturing plants and also has a significant residential area in Avonmouth between the industrialised zone and the M5 motorway. M oreover, a large scale of green sites and water body around the assumed site. Figure 1. The Potential Site for Waste Treatment Plant in Bristol alll sites.jpg (Source: Google Map) There are three potential options including MBT using composting (In Vessel Composting) or anaerobic digestion (AD) or EfW provided in following details. The local waste strategy officers assume that: 100,000 tonne residual MSW will be treated; the detailed value of treatment for each option is described in Figure 2; Figure 2. The Value of Waster Treatment Process mixed recyclates are worth on average  £50/tonne; all plants operate 90% of the 8760 hours in a year; both digestate and compost are disposed to landfill at the full tax rate; however, the digestate is charged the full dispose cost, compost is disposed for free; bottom ash can be processed and used as a secondary aggregate, making profit at  £5/tonne; gas cleaning residues are hazardous waste and landfilled at  £100/ tonne plus landfill tax at  £48/tonne; electricity from AD is worth  £135/MWh, electricity from EfW and In Vessel Composting is worth  £60/ MWh. 3. Introduction of Three Processing Options for the Residual Municipal Solid Waste Management This section focuses on introduction of the process and principals of three options including In Vessel Composting, Anaerobic Digestion and Energy from Waste. MBT mainly follow two processes including mechanical sorting and biological process. Mechanical sorting is to sort mechanical element such as metal, plastics, glass paper, which is made by hand and is a basic process in both composting and anaerobic digestion. However, the biological processes are different because of the variety of treatment principals. Anaerobic digestion, which is the biological treatment of organic waste without oxygen, utilise microbial activity to break down the waste in a controlled environment with mesophilic and thermophlic digestion and produce biogas (e.g. Methane and Carbon Dioxide) and digestate at the same time. In Vessel Composting is an enclosed compost system and is the treatment of organic matter with aerobic microorganism to produce a mixture of stable humic substances and inorganic plant nu trient (Agrivert, 2010). In comparison with AD, there is no green energy produced through the system, therefore, the extra energy will be used in the processes. Energy from Waste is process incorporation the thermal decomposition of the waste include waste reception and storage, combustion system, heat recovery, flue gas cleaning, power generation and process control and monitor. Compared with MBT, EfW can disposal of all types of waste without other pre-treatment and the temperature has a minimum requirement of 850oC for 2 seconds (March, 2010a). Additionally, incineration offers a further option for the treatment of residual MSW and is already proven and bankable technology in the UK with 26 EfW plants (March, 2010a). However, there is no incineration in Bristol at the moment. 4. Environmental Impacts Assessment of Three Processing Options In order to achieve the UK governments fundamental goals and Bristol waste strategy, assessment of the environmental and economic impacts of each processing option should be undertaken in the following section. Local facilities of waste treatment would provide much local employment opportunities. Moreover, the number of legislation and planning policy comprising international, national and local policy will also be introduced to make sure the sustainable development. Therefore, this section focus on the key issues of waste treatment options such as air emissions / health effects, dust / odour, noise, water resources, visual intrusion and public concern. According to analysis of environmental impact assessment, one of the options will be identified as the Best Practicable Environmental Option for Bristol City Council. 4.1 Planning Policy and Context i) International Policy The European Union has instigated a range of Directives at a European level that should be suitable for each EU member and transposed into national laws in order to adopt the local environment. The following International policies provide the European framework for Waste applicable to the United Kingdom. à ¢Ã¢â€š ¬Ã‚ ¢ European Community (EC) Landfill Directive 1999/31/EC; à ¢Ã¢â€š ¬Ã‚ ¢ EC Framework Directive for Waste 75/442/EEC as amended by 91/156/EEC; à ¢Ã¢â€š ¬Ã‚ ¢ Waste Incineration Directive 2000/76EC (WID). ii) National Policy The Waste Strategy for England (2007) sets out the Governments vision for sustainable waste management. The key objectives and targets of the strategy are to reduce the amount of waste produced and increase the rate of recovery of municipal waste. There are also some other legislation created to achieve the target in the following: Landfill Allowance Trading Scheme (LATS); Planning Policy Guidance Notes (PPG) and Planning Policy Statements (PPS); Planning Policy Statement 1 (PPS1): Delivering Sustainable Development (2005); Planning and Climate Change (PCC): The purpose is to set out how climate change considerations should be taken into account at different stages of the planning process. Planning Policy Statement 10 (PPS 10): Planning for Sustainable Waste Management. During Annex E of PPS 10, the main factors have been taken into account by waste planning authorities when testing the suitability of a site for waste management purposes. iii) Regional and Local Planning Policy Planning policies for Bristol are set out in the Statutory Development Plan which includes the following documents (South Gloucestershire Council, 2010): Regional Planning Guidance for the South West (RPG10) (September 2001) Joint Replacement Structure Plan (as saved) (September 2002) Bristol Local Plan (as saved) (1997) Regional Planning Guidance for the South West (RPG10) (2001) RPG10 comprises the Regional Spatial Strategy for the South West and the Regional Transport Strategy, and aim to meet sustainable development in terms of environment, economy and society. 4.2 Anaerobic Digestion In terms of biodegradable waste either by anaerobic digestion or by composting MBT technologies helps to reduce the contribution of greenhouse gases to minmise the impacts of global warming. IPPC (2010) stated that AD technology for various homogenous waste streams is widely proven in Europe, but there are no full scale plants in operation in the UK on municipal derived wastes. Thus, environmental and economic impacts should be assessed in order to develop facilities at present. 4.2.1 Environmental impacts As we all know that anaerobic digestion is totally enclosed system, which may reduce environmental impacts. As it may achieve a key aim of the landfill Directive and reduce organic wastes from landfill which reduces the production of landfill gas and leachates. Although the facility has pollution control technology in order to control the sustainable processes not only for the company but also for the public, each development has some relevant impacts on air, water resources and local residents. For example, odour emissions should be released during material handling and other air emission (Methane) would be release during the process. This may affect the local living condition if the pollution will not be controlled and visual intrusion, pests and noise problems. In order to predict how odour will be transported, some information such as meteorological conditions (e.g., wind speed and direction, temperature, and inversion conditions) in the proposal site can be obtained from a local weather station. Moreover, contamination of final product is often difficult to avoid, which means digestate from residual MSW connot be used for food growing; only regeneration of contaminated land or landfill cover (McKendry 2010). Therefore, AD also has slightly negative impacts on environment during the handling and processes of the facility. According to Figure 2, net energy (0.5 MWe) will be produced for National Grid, which also can save energy and reduce environmental pollution from power generation. To sum up, compared with no waste treatment in Bristol, AD is a better environmental practical option for waste recovery and also can achieve the UK fundamental target. 4.2.2 Economic impacts It requires comprehensive pre-processing of the waste or source separation and larger digestion tanks as it does not treat the whole Municipal Solid Waste stream but may be used on residual municipal waste stream with contaminants rejected as part of the process. Thus, AD is more capital intensive than composting and cost more for landfill tax. Moreover, the output of digestates is generally hazardous and set to landfill, which will also cost more for the process than production from composting. However, compared with composting, energy should be produced and is worth  £532,170 which is less than profit of net energy from EfW (Figure 3). Someone (City and County of Swansea, 2011) mentions that AD is relatively low capital costs compared to most thermal processes. On the other hand, anaerobic digestion has not enough profit which created from by-products compared to EfW (Figure 3). In terms of economy, anaerobic digestion is the secondary choice in three waste management options for Bristol. Figure 3. The Analysis of Input and Output of Economy in Proposed Waste Treatment Plant Anaerobic Digestation In Vessel Composting Energy from Waste Input  £2,380,000 (Landfill)  £ 1,564,000(Digestate)  £2,040,000 (Landfill)  £2,880,000(Compost)  £408,000 (Landfill)  £888,000(Gas Cleaning) Output Profit  £1,500,000 (Recyclates)  £532,170 (Net Energy)  ¹Ã‚ £Ã‚ £1,911,830  £1,500,000 (Recyclates)  ¹Ã‚ £Ã‚ £473,040 (Net Energy)  ¹Ã‚ £Ã‚ £3,893,040  £375,000 (Recyclates)  £185,000 (Bottom Ash)  £3,784,320 (Net Energy)  £3,048,320 4.3 In Vessel Composting Actually, this technology has only had limited experience in the UK; however, it is rapidly increasing in number due to recent legislation of waste management such as Landfill Directive. The advantage of In-Vessel Composting is that the processes are more controlled and can be designed to achieve specified temperatures of facilitate bacteria destruction. 4.3.1 Environmental impacts Composting can reduce volume of organic waste fraction of MSW by 25-50% and minmise landfill rate (IPPC, 2010), which avoid environmental pollution (Landfill gas and leachate) similar with AD. However, some potential odour and leachate also should be produced, which can result in air and water resources may be polluted to some extent. Although it is suitable for green and kitchen waste, it is potential of co-composting operations with other waste streams such as paper, sewage sludge (IPPC, 2010). On the other hand, it requires careful source segregation of further post or treatment as sensitive contamination of glass and plastics. Furthermore, in comparison with other options, In Vessel composting has no energy output and need extra energy for operation, which will affect more issues from power generation such as air pollution. It is similar with AD that the development is not bad for ecosystem and visual instruction as the proposed site is previously used land which may be contamina ted or brownfield site. The technology has a greater ability to control air pollution emissions than mass burn EfW in theory, but this has not yet been demonstrated in practice in the UK (Environment Agency, 2010). 4.3.2 Economic impacts Although the capital cost is not quite expensive than Energy from Waste, the balance of input and output of waste treatment process is totally different than other options. According to Figure 3, the developer or government should invest more money for rejected waste to landfill and extra energy ( £473,040), which means the profits of recyclates cannot make sure the continuously process of operation. Thus, in terms of economic aspect, this technology is not suitable for the UK fundamental sustainable development target and is the worst option. Energy from Waste In the UK, Energy from waste has a particularly poor public image and has been debatable by environmental groups on the grounds of perceived health impacts from emissions to air. Combustion of residual MSW can produce or release carbon dioxide and other greenhouse gases. Hence carbon emissions should to be considered in terms of composition of the residual waste stream, the type of energy produced (heat and/or power) and the overall generating efficiency of the facility. 4.4.1 Environmental impacts Compared with other options, EfW can disposal of a variety of waste without limitation and pre-treatment required. However, dust problem may exist within the waste reception hall or drawn into the furnace. Moreover, there is a WID emission limitation and air quality standards regulated in order to control the air emission especially greenhouse gases from factories. The advantage of this technology is that the state of the art of pollution control technology is completed for global use. In addition, energy recovery includes Combined Heat and Power (CHP) plants and opportunity for district heating programmes. However, the temperature is not easy to control during the operation processes, which may affect the efficiency of residue quality and disposal when combustion is not completed. Although EfW can resolve waste to landfill and emission reduction (methane)from landfill and residual waste, which to some extent may address climate change, air pollution of EfW is more significant than o ther options (Hong, 2010). The WID emission limits to air shows daily average emissions limit from incineration in the following (Veolia, 2011): Dust (Particulates) 10mg/m3 Total Organic Carbon 10mg/m3 Hydrogen Chloride 10mg/m3 Carbon Monoxide 50mg/m3 Sulphur Dioxide 50mg/m3 Oxides of Nitrogen 200mg/m3 According to Figure 2, the number of waste can be combusted and bottom ash can be used for construction applications, which reduces the quantity requiring landfill disposal to under 10% of the feedstock mass (IPPC, 2010). In comparison with others, 8MWe net energy should be produced and deliver cheap heat and power either to the National Grid or local users. On the other hand, it also save more energy and reduce pollution from power generation plants. EfW is not long term liability facility, thus, local EfW would provide the best global solution for Bristol depending on the Life Cycle Assessment. Furthermore, the impacts of visual, pests and noise and ecosystem are similar and related to other waste management options and with proper planning can be minimized to acceptable levels. As for the visual impacts, the following factors should be considered: direct effect on landscape by removal of items such as trees; potential of an exhaust stack associated with air clean up systems; scree ning features and scale of vehicles accessing site. 4.4.2 Economic impacts There is no doubt that EfW is one of the high capital costs technology, however, it also create net profits from the processes. According to Figure 3, although, gas cleaning residuals are hazardous wastes and landfilled at  £148 per tonne, the facility can create  £3,048,320 net profit from operation system except the capital investment, which including  £185,000 income from bottom ash,  £3,784,320 profit from electricity and  £375,000 worth from recyclates. Thus, EfW is the best option for waste treatment for Bristol in terms of economy compared to other options. On the other hand, the facility will waste more investment and energy during the process stopped when there is no enough waste for combustion process. 4.5 Summary In summary, each option may achieve the UK and local waste management and recycling target and to some extent reduce waste and air emission such as methane and carbon. However, in terms of sustainable development which related to economic, social and environmental aspects, each option has its own disadvantages and advantages. As for economy except the capital investment, Energy from Waste can make more profit in 25 years than MBT using Composting or Anaerobic Digestion. Although air emission from EfW is more significant than other options, EfW has been used for a long time and is improving or mitigating more sustainable technologies to avoid the negative impacts on environment. It is true that Energy from waste has a particularly poor public image; however, public attitude will be changed within the situation changing. Therefore, Energy from Waste is the best value options for Bristol City Council to reach the waste treatment target and follow sustainable development. 5. Mitigation Measures and Remediation Approach Energy from Waste is the Best Practicable Environmental Option for Bristol waste management programme based on Environmental Impact Assessment (EIA). As we all know that each option has its limitation, EfW is also a case in point. EIA states that the efficiency of combustion, air emission (flue gas emission and cleaning) and public image are the mainly significant issues of EfW facility implementation for Bristol. Moreover, the land restoration after use should be considered at the beginning of construction in order to be able to use as sustainable as possible. Mitigation measures should aim to avoid, reduce, or remedy any significant adverse effects that a proposed development is predicted to produce. First of all, because it is a smaller scale EfW plants, it is better to maximize the scope for dealing with risk events and other potential adverse impacts. Moreover, more information qualitative and quantitative assessment of impacts such as meteorological conditions and ambient air q uality should be collected for the next depth assessment. The recommended mitigation measure for efficiency of combustion is to use more effective techniques. For example, the techniques such as Flue Gas Recirculation (FGR) can control the incomplete combustion in order to increase efficiency and to reduce the flow rate of pollutant emissions (Liuzzo, 2007). In addition, the chimney should be high enough to furnish adequate draft and to discharge the products without causing local sir pollution. There are also some methods to increase positive public image, such as enhancing propaganda or media spread and improving education. The risk management including accident management/plan and security precaution also should be undertaken to avoid the health and safety of employees. As for the future development after use, the land should be careful managed to avoid potential hazardous components released into the land whether it is current contaminated or not (McKendry, 2010). The first recommendation aims to used less penetrability materials for land construction and reduce pollutants released. Moreover, the regular clean up system is recommended to collect the residual waste during transporting system and clean up the dirty area such as oil releasing sites. Contaminated Land Management Regulation indicates that the polluter or owner has responsible to deal with pollution if the land will be contaminated by human activities. In my view, the proposal site is hard to change to an eco-green site after development, thus, it is better to develop as commercial or industrial use in the future. 6. Conclusion In conclusion, Environmental Impact Assessment of Anaerobic Digestion, In Vessel Composting and Energy from Waste were analysed in this paper in order to find out one of the best sustainable development for Bristol and also achieve the UK fundamental goals for waste management. It is certainly that each option has both negative and positive impacts on environment and economy. The main aim of them is to reduce waste sent to landfill and achieve the UK waste management target; moreover, they also have same impacts on environment such ac visual intrusion, public image, potential contaminated land after use and air pollution. However, the significant impacts of facilities are different in different technologies; for example, odour emission is more significant during anaerobic digestion approach, visual intrusion, public image and air emission is more significant for Energy from Waste, and energy use and odour and leachate are significant in composting process. In terms of economy, EfW is the best option with highest net profits during the process; on the other hand, In Vessel Compost is the worst approach because of extra energy supply. At the last, EfW has been chose to treat residual Municipal Solid Waste with the additional mitigation measures in Bristol, which results in the development is not only suitable for international, national and local strategy but also meet the Best Practicable Environmental Option which is sustainable and integrated in the further development.

Definition Essay - The Evolved Definition of Community -- Definition E

Definition Essay- The Evolved Definition of Community The definition provided in The American College Dictionary from 1964 says â€Å"a group of men or women leading a common life according to a rule.† I never really viewed community in this manner. Many of us think of the word â€Å"community† as a group of people who live near each other. We forget that a community is actually just a group of people with common interests or characteristics who often happen to live near each other. Communities can be bound by race, religion, economic standings, political standings, and most commonly, location. Frequently, communities fall into more than one of these categories. The definition of community has obviously changed over the years. If we look at one of the first definitions of the word in 1874, we can see that the word started out describing a certain type of group; â€Å"a communistic or socialistic society.† (A Dictionary of American English) The word has still retained its original idea of a special group of people, only now the definition has broadened too many different types of people and...

The Role of Educational Institutions in New Business Trends Essay

Jon-Arild Johannessen, a professor of Management and Innovation at Harstad University and Bjà ¸rn Olsen, a professor of Management and Organizational Behaviour at Bodà ¸ Graduate School of Business, Norway (2010) asserted â€Å"with this economic landscape, knowledge itself became a key factor of production—specifically, knowledge related to identifying and exploiting new ways to establish temporary competitive advantage† (p. 502). However, consider today’s company that conducts and performs business in a global level. Under globalization the environment also creates a higher level of competition in business. Therefore, how such a company enable itself to win in at business in the global game. A company needs accurate information for analyzing and evaluating business trends and the competitive environment in such markets for producing the right decision. Meanwhile, such a company needs talents who obtain leadership skills to play the role of decision-making. A s a result, educational institutions may need to prepare graduates to be able to use information effectively relevant to business strategy. Accordingly, these new business trends would affect a company’s strategy in human resources management, especially in the area of staffing. Because the new business strategy requires the use of these elements for achieving results, such as information, knowledge, and competence combined with technology, which focuses on the customer (customer centric) (Johannessen & Olsen, 2010). Meanwhile, the new business strategy would require certain personal talents as a leadership to use those elements to perform corporate tasks. Consider the elements of the new business trends that function as the business process, which identifies talents in using an in... ...alents to be ready for business practices. Works Cited Badke, W. (2009). How we failed the net generation. Online, 33(4), pp. 47-49. Retrieved from EBSCOhost database. doi: 2010356030 Johannessen, J., & Olsen, B. (2010). The future of value creation and innovation: Aspacts of a theory of value creation and innovation in a global knowledge economy. International Journal of Information Management, 30(6), pp. 502-511. Retrieved from Science Direct database. doi: 10.1016/j.ijinfomgt.2010.03.007 Rusell, P. (2009). Why universities need information literacy now more than ever. Feliciter, 55(3), pp. 92-94. Retrieved from EBSCOhost database. doi: 41553415 Turusheva, L. (2009). Students’ information competence and its importance for life-long education. Problem of Education in the 21st Century, 12, pp. 126-132. Retrieved from EBSCOhost database. doi: 42742862

Is the Dollar Depreciation Good for the American Economy? Essay

Currency depreciation always affects both sides of the coin. By lowering the dollar, it will enhance the price competitiveness of US product overseas but lower dollar maybe counter productive especially if there is not enough output for further expansion. Thus the move to depreciate or to appreciate the currency is very significant for economy not only to the US but in the global economy as well. Maintaining the dollar at its value therefore is also very important as it provides balance on imports and export commodities. Over the years the dollar has been swinging high and low against some of the worlds leading currencies. The question that might be ask is, was it intentionally depreciated as part of economic strategy or was it a result of economic decline due to domestic or international circumstances that hamper economic growth, such as, the 9/11 tragedy and the US led war and continues occupation in Iraq? In the midst of ever-increasing competitiveness in the world market, dollar depreciation is good for America because it puts them in the economic competitive advantage position in the international market relying on the quality of the US made goods. It is often a deliberate economic action to cope with the stiff international market competition. However, there is a contraindication to this economic action as lowering the dollar would mean lowering the living standard back home. Depreciating the dollar could stimulate strong economic performance but it also poses bad impact because it will be at the expense of cutting American wages. Paul R. Krugman point out â€Å"Depreciating the dollar is a bad way to reduce the trade deficit because it amount to meeting international competition by cutting American wages, thus lowering the living standards of the American workers† (119) In view of the macroeconomic principles, it will be more advantage for the U. S. to depreciate the dollar at a certain level because it will help to settle some of its economic deficits such as unemployment problem and trade deficit. What the US needs to do is expand its market abroad while increasing domestic productions of export goods. If there is enough output for export expansion, the impact of lower dollars maybe minimal as more money will circulate in the market. Japan’s yen is certainly undervalued compared to the dollar and yet the Japanese enjoy a high standard of living comparable to that of the United States. By mass production it will create more jobs, which can ease the problem of unemployment Another thing the U. S. should do is to put a substantive limit on domestic product for domestic consumption in order to maintain the inflation rate at its current level. Because of the lower dollar, imports from other countries will be balanced by the US exports thereby wiping trade imbalances because of the higher dollar. Thus lowering the dollar provides ample economic benefit for America. It maybe a bitter pill to swallow for others but it may cure some of the economy’s diseases. But it cannot be denied that depreciating the dollars have a serious economic implications to some developing countries. As a matter of principle the US should not play the role of a shrewd manager who only cares of its interest at the expense of the weaker countries. Jacob Frenkel Noted â€Å"The U. S. decision on an exchange-rate regime will clearly affect foreign economies, and it is not clear that what is best for America will be best for the rest of the economy, we must reformulate our notion of how a good exchange rate system performs† (158). Frenkel cited that due to dollar depreciation, the corresponding appreciation of foreign currencies against the dollar worsens the situation abroad compared to the fix exchange rate case. Frenkel stated, â€Å"By allowing the U. S. to export some of its unemployment, the dollar’s depreciation has a beggar-thy neighbor effect† (158). Thus, while the dollar depreciation might shield the U. S. economy from the adverse effect of inflation, but it has an opposite effect on U. S. trading collaborates. To explain this further Frenkel said,â€Å"The beggar thy-neighbor effect of dollar depreciation can be thought of as a payment made by the foreign country to the United States in states of the world where U. S. aggregate demand is relatively low. In the opposite situation, the United States, by allowing its currency to appreciate, compensates foreign countries† (Frenkel, 158). Thus the depreciation of the U. S. dollar requires a more sensitive study of the possible implication on other countries particularly on the trading partners of the U. S. if the United States is concern of its trading partners’ economic developments. Not only in the international market that the dollar depreciation had its impact but in domestic economy as well. Allen J. Lenz pointed out that â€Å"contractionary policies could slow U. S. economic growth relative to foreign growth rates† (68). Lenz emphasized that what counts is not just good trade performance but how that performance is achieved. Strong U. S. market performance based on productivity gains contributes to gains in living standards. Strong performance achieved by dollar depreciation can lower living standards. The depreciation therefore is an important economic action of the United States that will have significant impact not only in the U. S. but also to its trading partners. It may be good for the U. S. economy, and bad for the trading partners, but it may also be bad for the U. S. Work Cited icago PressFrenkel, Jacob. Exchange Rate and International Macroeconomics. U. S. A. : University of Chicago. 1988. Krugman, Paul. Diminished Expectations U. S. A. : The Washington Post Company 1994. Lenz, Allen J. Narrowing the U. S. Current Account Deficit: A Sectoral Assessment. U. S. A. : Institute for International Economic. 1992.

Legislative Requirements of Teaching in Your Specialist Area Essay

Working as a Financial Capability tutor my personal and work values are led by the ethos for Citizens Advice Bureau, my employer; here we value diversity, promote equality and challenge discrimination; our aims and principles set out to both provide the advice people need for the problems they face and improve the policies and practices that affect people’s lives. There are many legislative requirements (laws), and codes of practice (directives and professional ethics) that need to be considered in a learning environment. My organisation has its own policies and proceedures that are applicable to the particular environment; these underpin the legislation to act according to the law as defined in an Act of Parliament and usually enforceable through the courts. My interpretation of ones that will effect me as a teacher are given here. The Health and Safely at Work Act (1974) Everyone has a responsibility for their own safety at work and also a duty to protect the safety and welfare of others, this effects every single organisation. Even if the learners are adults there are still rules and regulations that must be adhered to; As a teacher I need to be fully aware of these rules and ensure that any learners I teach are too. I should always make the class aware of the nearest fire exists and advise of who the fist-aiders are within the building. I must always follow best practise and to lead by example. Risk Assessments are also the responsibility of the teacher in order to establish practices that minimise risk and record any high risk activities. I need to analyse any potential risks when instructing activities within the class. It is my responsibility to assess any risk levels prior to commencement of any tasks in order to minimise the risks. If there are any accidents or incidents, I must also keep a record of these. There are then the legislations that are drawn from the Human Rights Act 2000. Disability Discrimination Act (1995 and 2005) Equality Act 2010 Teachers must respect these laws have been passed to ensure that no one is discriminated against irrespective of any disability (physical or mental) they may have or their gender, age, religion, ethnicity, sexual orientation or marital status/domestic circumstances. For the teacher this means ensuring language, handouts and other learning materials are free from bias; and that inappropriate comments are challenged within the classroom. The environment and all support structures should enable access and include facilities to meet all learners’ needs. . I must ensure that any activities I set are suitable for all learners to participate and must not make any learner feel excluded by their disability. Also when advertising courses and delivering learning, a teacher should not stereotype or in any way disadvantage a group of learners. I would also be using Safeguarding of Vulnerable Adults training when working with my students. Data Protection Act 1998 The DPA requires any organisation that holds sensitive data on anyone for over two months to register as data users. As a teacher, I need to be cautious of how I store my learners personal or sensitive information. I should never share someone’s personal or sensitive information with any other person. Freedom of information act 2000 As an amendment to the Data Protection act the freedom of information act makes provision for the disclosure of information held by public authorities or by persons providing services for them. I should be aware of what my students can request to see when I hold information on them. There are also three other pieces that I would consider in my role The Further Education and Training act 2007, for its requirements on the LSC and on further education institutions to have regard to guidance in relation to consultation with learners, potential learners and employers. And the codes of practice issued by; NIACE regarding Safer Practice and Safer Learning; these help the student to focus on their rights and responsibilities when participating in the lifelong learning sector. They address issues such as harm, abuse and personal safety when taking part in any kind of learning, outlining things that could be wrong, and giving students contact details if they feel that they need to report any wrong doing, without needing access to the teacher. Also the Institute for Learning Code of Practice for Teachers 2008 Code of Professional Practice, which seeks to protect learners and the public interest and will apply to all members of the Institute for Learning . The codes purpose is to promote, value and develop the professionalism of all learning and skills practitioners. The Code outlines the behaviours expected of members – for the benefit of learners, employers, the profession and the wider community. The code lists seven behaviours for members to uphold; Professional Integrity, Respect, Reasonable Care, Professional Practice, Criminal Offence Disclosure, Responsibility during Institute Investigations, Responsibility to the Institute. These will all have an affect on what happens both in and out of my classroom and must be at the forefront of every lesson and lesson plan for a teacher. They will be used in tutor/student contracting and in appeals and complaints policies, and so it is important that I keep up to date with these legislations and codes of practice and part of my responsibility is to make sure that they are being adhered to and that I know what procedure to follow if this is not the case.

Continuities and Changes in South Asia Essay

In 1450, India was a divided land. Lack of central unified power had caused the frequent invasions from foreign armies or groups such as that of the Muslims, which slowly occupied and ruled the region, the Portuguese, Aryas, and Turkish armies. Yet the impact that the Europeans had settled in this divided subcontinent is diverse and had changed India immensely with their distinct ideas and culture. Impact of British rule had been widespread through the country and had not only affected their political and culture, but also the religious, social, and economic state of India forevermore. India developed into a divided land, due to political and geographic separation, and consisted of small kingdoms that’d drive away various invaders. The small Muslim population controlled most of the political power whose rulers imposed a tax against all non-Muslims affecting almost the entire population. India at this time only holds a small portion of the oceanic trade, but with the Muslims in the north, items were traded from the Middle East and its nearby regions. However, by the 1500’s, the Indian Ocean trade grew and linked India to Southeast Asia, Africa, and even to the European nations. Europeans, especially the Portuguese, were in need for rare materials and in search of trade in the early 16th century. Ports were deployed by Europeans, African natives, and India in order for goods and other cultural advancements to be introduced. Europeans slowly began to administer and control the trade along the Indian Ocean and soon, The East India Company was established in the 1600’s due to Britain’s economic power. Over time, the Scientific Revolution which resulted to the development of the Enlightenment and the Industrial Revolution stimulated the requirement for new colonies and raw materials. In 1858, Britain took control over India and passed a British rule by the title of The British Raj which brought passengers to South Asia along with their cultural methods, customs, technology advancements, and power competence. The British soon began to obtain resources for their industrial needs and replaced local leaders whom assembled factories and textiles industries leading the natives of India to despise the British. Colonies from many European nations were located throughout the subcontinent bringing along beneficial and difficulties in relations of dissimilar political ideas. European paid Indian soldiers to fight against other fellow Indians. Not only that, but ammunition pack also required them to remove the bullet with the process of biting it and consuming animal fat which belonged to cows. Cows were an animal sacred to the native. After switching to pigs, the Muslim residents were discontent as well. This intrusion from the foreign Europeans concluded the Indians with the desire of independence. Unfortunately, the contrasting Indians did not unite to fight off the trespassers, but instead rivaled against each other. Over periods of time, Indian nationalist movements continued to surface. Although the Nationalist movements did not contribute a big role in gaining independence to the country, they did bring a sense of Nationalism among the people. It was because of this Nationalism and Unity among Indians that caused the British to finally evacuate the country leaving behind a Secular Democracy of India. India went through an immense conversion from the impact of the arrival of the Europeans in the 16th century. With its abundance of resources and population, it became a benefit to the Europeans to conquer and colonize. New conflicts were created between them such as that of the Sepoy Rebellion which lasted till the First World War. Superior technology, political ideas, various customs, cultural methods were accommodated within the region transforming the nation and changing the course of history.

Explaining Management Decisions (SPORTS MANAGEMENT) Essay

Explaining Management Decisions (SPORTS MANAGEMENT) - Essay Example Using the case of Karsten manufacturing corporation, this paper seeks to explain the management decisions in a business. While the vice president’s feelings are understandable, it is imperative to understand that a decision takes several stages and considerations before being reached. Secondly, decision makers face situations that require information which might not be available. For instance the situation of uncertainty faces a person when there is limitation of facts. Complexity is another situation that tends to demand the consideration of other interrelated factors. Then, high-risk consequences situations require that one be keen on the decision because it will have significant consequences. As noted above, management often makes decisions with considerations being made primarily about the organization not the feelings of individuals. Thus, managements tend to employ a number of theories to reach this decision. This is section will focus on the steps that management take in the culmination of a decision-making. The first thing a management is faced with is a situation before a decision is made. For this reason, the management takes time trying to understand the situation. According to Nienaber (2010), the reason competent management takes time here is that the definition of a problem will shape the next process. Thus, management tends to be careful on understanding the situation once it has been recognized as one that requires more attention. Once a problem has been confirmed to exist, it has to be solved, and this calls for a solution. However, because of the complexities of situations, coming up with the right decision is not always easy. Hence, the management draws alternatives first in a bid to identify the most applicable in the given situation. Evaluation of the most appropriate alternatives follows where the management closely looks into each of the alternatives. The selection of the best