In Famine, Affluence, And Morality, Peter Singer Argues

In Famine, Affluence, and Morality, Peter Singer argues for the utilitarian system of ethics. To thoroughly understand this system, one must first accept the notion that the individual has a moral obligation to prevent something bad from happening if it is in their power to do so. For Singer, there is no inherently good moral compass one must strictly abide by. Actions that are considered good or bad differ based on the situation in question. Contrarily, Immanuel Kant asserts that there is intrinsic good in the world in Groundwork of the Metaphysics of Morals. Kant calls this phenomenon the â€Å"good will† (527) and claims that this will is always good, even if acting upon it does not result in any positive outcomes. The argument that he makes†¦show more content†¦We are equally morally obligated to help both without discriminating against either. Utilitarian ethics state that a course of action should be taken by considering the most positive outcome. This system of ethics argues that while some actions are not naturally good, they should be taken if the result of the action is positive. Singer believes that we must give maximally if we don’t want to sacrifice anything of equal moral importance. Singer believes that our system of how we judge what is moral needs to be fixed when he writes of â€Å"our moral conceptual scheme—[which] needs to be altered, and with it, the way of life that has come to be taken for granted in our society† (518). When we apply the utilitarian system of ethics to the real world, perhaps we find it hard to accept the argument of geographic removal Singer writes about (520). Singer claims that it makes no difference if one helps their neighbor or someone who is thousands of miles away. While humans are naturally more inclined to help those faces they are familiar with, morally it makes sense that good will be regarded as good, no matter where it is. In his work, Kant introduces the concept of duties and specific applications of inherent good will. He identifies three logical statements, the first of which is that actions are truly good when they are undertaken for the sake of duty alone. This means that those who offer help or solutio n to an ethical dilemma do not do so out of empathy, but for theShow MoreRelatedI.Introduction. Famine Is A Highly Prevalent And Debated1106 Words   |  5 PagesI. Introduction Famine is a highly prevalent and debated topic. Written in November 1971, Peter Singer’s â€Å"Famine, Affluence, and Morality† addresses famine as a moral issue. Peter Singer, as a Professor of Bioethics at Princeton University, focuses on ethics and moral values, and with his text, I will analyze this moral dilemma and show that the reasonable and well-thought Peter Singer’s argument is successful. II. Peter Singer’s Argument Peter Singer begins by laying out two basic premises: 1.Read MoreThe Problem of Poverty in Famine, Affluence, and Morality by Peter Singer1112 Words   |  5 Pages Peter Singer is often regarded as one of the most productive and influential philosophers of modern times. He is well-known for his discussions of the acute social, economic, and political issues, including poverty and famines. In his â€Å"Famine, Affluence, and Morality†, Singer (1972) discusses the problem of poverty and hunger, as well as the way this problem is treated in the developed world. Singer believes that charity is inseparable from morality, and no distinction can be drawn between charityRead MoreFamine, Affluence and Morality1663 Words   |  7 PagesSinger’s Famine, Affluence, and Morality Ametra Heard PHI208 Ethics and Moral Reasoning Instructor Zummuna Davis January 14, 2013 Singer’s Famine, Affluence, and Morality In the Peter Singer’s article â€Å"Famine, Affluence, and Morality†, he discusses the way that people should take moral in their help toward the support of the Bengal famine crisis. Singer states three obligations that would help the Bengal region through the means of a wealthy person, and those individuals living life on a dayRead MoreFamine, Affluence, And Morality1555 Words   |  7 Pagesexperiencing famine, deaths and diseases in poor countries. However, the moral necessity of doing so has been controversial in human’s society for years. One philosopher named Peter Singer gives his opinion in the article â€Å"Famine, Affluence, and Morality†, and presents a powerful argument supporting his claim. In this essay, I will explain his conclusion and main argument, propose one objection to his argument, and evaluate the validity of my objection by considering possible response that Peter Singer wouldRead Moresociety poverty has various definitions that lack the true picture that poverty depicts. Dictionary500 Words   |  2 Pagesreflected in Peter Singer’s â€Å"Famine, Affluence and Morality† essay and the opposing essay written by John Arthur in â€Å"World hunger and moral obligation: the case against Singer.† Peter Singer raises the question of poverty and our obligations toward it in his essay â€Å"Famine, Affluence, and Morality†. In the essay, Singer addresses the question of what obligations we have toward those around the globe who are suffering from lack of food, shelter or basic needs. Singer uses the terms ‘relieving famine,’ butRead MoreEssay on Duty versus Charity: Why a Distinction is Essential1256 Words   |  6 Pagesnow the country of Bangladesh) was undergoing a severe famine, due to rampant poverty, a civil war and frequent cyclones. The lack of overseas help to this impoverished region was probably what triggered Peter Singer to write the article Famine, Affluence and Morality, wherein he claims that world hunger and famine can be prevented and possibly eradicated if everyone in the wealthy nations did their bit to help the sufferers monetarily. Singer further claims that duty and charity should not be asRead MoreDefense Of Singer s Shallow Pond Argument881 Words   |  4 PagesIn Defense of Singer’s Shallow Pond Argument Peter Singer is known in philosophy for many different writings, one of them being his â€Å"Famine, Affluence, and Morality† which includes his shallow pond argument. Many philosophers have argued against his shallow pond argument and for it, for many different reasons. In Singer’s â€Å"Famine, Affluence, and Morality†, he describes how he believes everyone’s approach to global poverty should be. He starts by describing how people in many places in the worldRead MoreThe Moral Implications Of Charity1695 Words   |  7 Pagesis morally correct despite their lack of aid to strangers. I will argue for the position that this individual is morally correct, as humans have free will to abide to their own autonomy. When an individual is autonomous, they are relying on their own values rather than society’s. Peter Singer’s 1972 article, â€Å"Famine, Affluence, and Morality,† highlights the moral implications of charity and why individuals ought to donate. Singer would not agree to this individual s statement because Singer’s principlesRead MorePeter Singer And John Arthur s Views On Famine And Affluence1451 Words   |  6 PagesPeter Singer and John Arthur’s views on Famine and Affluence All living things need four basic elements for survival: food, water, shelter, and fire. There are portions of the world that have difficulty finding some or all of these four basic elements for survival. The United States is the top affluent country in the world, which often creates issues regarding morality. America is known as the â€Å"land of opportunities† where someone could attain a job to afford housing, food, warmth, andRead MorePeter Singers Argument in Famine, Affluence and Morality1500 Words   |  6 PagesThis paper explores Peter Singer’s argument, in Famine, Affluence, and Morality, that we have morally required obligations to those in need. The explanation of his argument and conclusion, if accepted, would dictate changes to our lifestyle as well as our conceptions of duty and charity, and would be particularly demanding of the affluent. In response to the central case presented by Singer, John Kekes offers his version, which he labels the and points out some objections. Revisions of the principle

The American Civil War Was An Inner Clash Battled In The

The American Civil War was an inner clash battled in the United States from 1861 to 1865. The Union confronted secessionists in eleven Southern states assembled together as the Confederate States of America. The Union won the war, which remains the bloodiest in U.S. history. Among the 34 U.S. states in January 1861, seven Southern slave states independently announced their withdrawal from the U.S. furthermore, shaped the Confederate States of America. War softened out up April 1861 when Confederates assaulted the U.S. post Fort Sumter. The Confederacy developed to incorporate eleven states; it asserted two more states and the western region of Arizona. The Confederacy was never strategically perceived by any remote nation. The states that†¦show more content†¦The Republican Party, predominant in the North, secured a majority of the well known votes and a greater part of the discretionary votes broadly, so Lincoln was unavoidably chosen the primary Republican president. Be that as it may, before his initiation, seven slave states with cotton-based economies framed the Confederacy. The initial six to pronounce severance had the most astounding extents of slaves in their populaces, a sum of 49 percent. The initial seven with state lawmaking bodies to determine for withdrawal included split greater parts for unionists Douglas and Bell in Georgia with 51% and Louisiana with 55%. Alabama had voted 46% for those unionists, Mississippi with 40%, Florida with 38%, Texas with 25%, and South Carolina cast Electoral College votes without a mainstream vote in favor of president. Of these, exclusive Texas held a choice on severance. Eight residual slave states kept on dismissing calls for severance. Active Democratic President James Buchanan and the approaching Republicans rejected withdrawal as unlawful. Lincoln s March 4, 1861 inaugural address proclaimed that his organization would not start a common war. Talking specifically to the Southern States, he reaffirmed, I have no reason, straightforwardly or by implication to meddle with the organization of servitude in the United States where itShow MoreRelatedManagement Course: Mba−10 General Management215330 Words   |  862 PagesContemporary Management, Fourth Edition Jones−George Driving Shareholder Value Morin−Jarrell Leadership, Fifth Edition Hughes−Ginnett−Curphy The Art of M A: Merger/Acquisitions/Buyout Guide, Third Edition Reed−Lajoux and others . . . This book was printed on recycled paper. Management http://www.mhhe.com/primis/online/ Copyright  ©2005 by The McGraw−Hill Companies, Inc. All rights reserved. Printed in the United States of America. Except as permitted under the United States Copyright Act of

Environmental Impact of Solid Waste Management- Literature Review

Question: Discuss about theEnvironmental Impact of Solid Waste Management. Answer: Introduction The disposals of the solid wastes have become a menace; the issue has become so severe that the human race is searching for better ways of waste management for reducing the impact of the wastes (Chandrappa and Brown 2012). The large amounts of wastes have resulted in spreading of diseases and environmental pollution. The existing techniques like land filling, incineration, etc. have not been very successful in managing the solid wastes. Hence a proper waste management is the need of the hour. In this report, the different mechanism for management of solid wastes have been having been deliberated, and the environmental impact of the scheme has been discussed. The technique of land filling may be very cheap but the environmental impact of the process is very acute and leads to contamination of the groundwater level and leads to production of harmful gases. Finally, in the later sections a single waste management principle will be selected and will be deliberated for successful manageme nt of wastes. Literature Review Improper disposal of wastes creates pollution which affects every organism of the environment whether they reside in air, water or the soil (Alam and Ahmade 2013). According to the authors, the indiscriminate disposal of the wastages into the environment contaminates the water on the ground and the underground reserves. The solid wastes are also responsible for the clogged drains and become a breeding ground for the infamous mosquitoes and insects responsible for spreading diseases. For understanding the impact of the solid wastes on the human life, a case study has been done by Sankoh Yan and Tran (2013). The case study has discussed the Granville Brook dumpsite located in free town, Sierra Leone. The paper deliberates the impact of the solid waste disposal at the site. For the survey, a questionnaire had been prepared, and three hundred and ninety-eight households residing near to the dumpsite has been questioned. According to the survey, the families who resided near to the dumpsi te suffered from the variety of diseases which are stomach related diseases like diarrhea, cholera and other airborne diseases like chest pain and communicable diseases like malaria. The dumpsite location had a great impact in making people sick. Finally it had been suggested to move the dumpsite well far off the human reach to make a healthy environment for the residents. According to the authors of the paper, solid waste management, the disposal of waste had been present from the very beginning of the civilization but the lesser population had not made it look like an epidemic, but with the increasing population the waste disposal has become a menace (Kaushika Reddy and Kaushik 2016). The solid wastes are created as a result of various activities and can be classified into four major categories, which are: residential, construction or demolition, institutional and industrial (Alam and Ahmade 2013). According to Kaushika Reddy and Kaushik(2016) the wastes can be either solid or liquid and solid waste among the two is more menacing. There are three major types of pollutions which are air, water and soil and the solid wastes contribute heavily in the entire three sectors making it the most problematic. It has been aptly stated byAbarca-Guerrero Maas and Hogland(2015) that solid waste management has become a challenge to the cities, because of the ever-i ncreasing amount of the solid wastes and the diversity of the solid wastes that are created at the various demographics. Hence in this paper, the stakeholders of the waste management have been deliberated in detail. According to the Alam and Ahmade(2013), the various types of the solid waste disposal techniques are composting, pyrolysis, gasification, compaction and incineration. Incineration is the process of burning the waste that is mainly organic; since the incineration drastically reduces the volume of the solid wastes. Since the fumes that are created from the waste are pretty harmful, the process is being criticized recently are the pollution is spread throughout the world with the air. The air pollution leads to decreasing air quality, odors, global warming, etc. (Hashisho and El-Fadel 2014).The process of compaction involves reduction of the size of the wastes so that more of the wastes can be stored at the same place. The disposals of cars are done in the same way. The compaction is also used for landfilling and increases the life span of land fill (Singh et al. 2014). The other methods which have been stated in the above section are not used extensively but can be very effective the management of the wastes. Research Questions, Aim and Sub-Goals Research Questions What are the ways of effectively managing the solid wastes? Impact of the various management techniques on the environment? How to solve the present risks for better solid management? Aims and Sub Goals The aim of this report is to follow the hierarchy for the creation of effective waste management strategy. Figure 1: Waste management strategy (As created by author) The first two stages are the part of waste disposal and the preliminary waste reduction technique. The subsequent two stages are used for maximum energy extraction of the generated wastes, and the final stage is meant for management of the resources (Niza et al..2014). Hence the objectives of the project are: Minimization of the toxic material entering the cycle. Maximization of the reuse and recycling. Proving the leadership for successful waste disposal. Building an environment compliant way for using the resources. Finally disposing of the residue in the environment-friendly way. For the sake of producing the desired output, the electronic waste disposal techniques have been presented in the following sections. Theoretical Content/ Methodology The industrial revolutions followed by the electronic revolution have resulted in the creation of electronic goods that are responsible for the present data communication and the information technology. The massive growths in the field of electronics have resulted in the creation of a new set of problems in the form of electronic wastes which is highly toxic and have a great environmental impact (Kiddee Naidu and Wong 2013). The electronic wastes are the discarded electronic products, namely, Fax machines, tape recorder, cell phones computers, etc. The E-wastes as it is popularly termed becomes toxic because of the presence of the certain hazardous components. Like toxic gasses, metal (mercury, rare earth metals, etc.), chlorinates, etc., since in the present decade the computers and the mobile phones have become a daily necessity, the need for proper disposal if the wastes become very critical (Zhang et al. 2014). The disposal of the E-wastes as landfill had been seen as a viable option, but with the implementation, it was noted that the landfilled E-wastes created a variety of leachates that went into the ground water reserve and contaminated it. Hence landfilling became a major disaster in the area making the technique unsuitable for such wastes. Simultaneously other methods like melting of the computer chips were tried but disposing of such wastes made the ground extremely acidic making the ground unsuitable for cultivation (Laurent et al. 2014).The sites of the E-waste disposal are hence suffering the acute shortage of the natural drinking water due to the disposal of the acidic wastes into the water instead of soil. Incineration which is common to many countries also creates air pollution and releases toxic fumes into the air thus creating a plethora of air bore diseases. Thus to prevent such a drastic effect on the environment, the countries have come together to address the challenges t hat arise due to the E-wastes. The various toxic that are part of the electronic wastes are the lead obtained from PCBs (printed circuit board), glass panel and gaskets, Cadmium form the semiconductors, Mercury from the PCBs, relays and switches, Chromium from the Steels, Plastics from the cabinets and the cables, Bromine from the cabinets, Barium from CRTs (Cathode Rays Tubes) and beryllium from the mother board (Ladou and Lovegrove 2013). For the effective management of the waste production and management, Bessel Convention, was done in which various agreements were signed. The main aim of the Bessel Convention was to prevent the movement of the solid wastes across the border of the countries. For the management on the regional basis, various factors like the present economic structure, environmental condition, and regional power were considered (Hadi et al. 2015). So Bessel convention seeks the growth of all without hurting the environment. In this paper, the recycling of the val ue able earth metals from the electronics wastes has been presented that will help in reduction of the disposal of the toxic metals in the earth. Experimental Setup and Potential Limitations The objective of this experiment is to extract eh rare earth metals from the electronic wastes. The rare earth metal are extremely important for the economy of the country and the generation of the rare earth metals will also reduce the amount of the toxic metal into the ecosystem that will not only help in revival of the environment but will also help the economy by reducing the dependency upon the natural resources (Jadhao et al. 2015). The presence of the various metals in the components of the computer has already been presented, the main concentration of the important metal lies in the batter, PCBs, GPS, alloys, etc. The rare earth metals are used in a plethora of application like catalysts, computer equipment, etc. For the extraction of the metal of the computer parts, the process of leaching and chelating has been thought upon. Leaching is the process of extracting the metals with the help of dissolving liquid that dissolves the metal and then the metal is extracted from the solution using the proper reagent. Chelating too is similar to the process of the leaching but the leaching is done with the help of the acids and chelating is done with the help of more selective organic compounds namely EDTA (Hong and Valix 2014). The metals are natively reducing agents. Hence the organic compounds which are known for their bonding capacity are used for chelating. In this experiment, the metals will be extracted with the help of smectite clay that will be chemically modified to obtain the organic compound PEHA (PolyEtheleneHexAmine) by the process of intercalating. The metals will be extracted with the help of PEHA, and the presence of the metal in the solution will be calculated by calculating the Chemical Oxygen Demand (COD) of the solution. Results, Outcome and Relevance The implementation of the process will not only reduce the dependency upon the mining and then extraction of the metals but will also increase the quality of life for the people. The metals and the toxic substances that are used in the process can be recycled that will reduce the acidification tendency the wastes thus making it more environment-friendly. The other competitive advantages that can be achieved with the help of this extraction technique and then disposal are (Chauhan Pant and Nigam 2015): Makes an economy self-reliant and reduces the dependence on the other economies. The cost of the extraction in the case of recycling is much lower compared to the process of mining and extraction. The other waste disposal techniques have high pollution rates due to air pollution, water pollution, and soil pollution, but in this process, the polluting agents are removed successfully thus reducing the impact (Huang et al. 2014). The extraction technique is cheaper compared to the existing costlier techniques. The process that has been discussed for implementation, leaching and chelating, is also less time consuming compared to the other techniques (Pant et al. 2012). Project Planning and Gantt Chart For the success of the project, it should be borne in mind that the project planning has been done properly and the manager who is responsible for the management pays proper heed to the resources that are used for the implementation of the project. It should also be taken into account that not following the time like will result in cost overrun and will adversely affect the project status (Kerzner 2013). For the management of the project the following structure has been created: Figure 2: Project hierarchy (As created by author) The above hierarchy shows the reporting of the various stakeholders for the project implementation. The manager is responsible for interaction with the clients and the other stakeholders of the project (Schwalbe 2015). Hence is very important that the goals and the objectives of the project are well understood by the manager of the project. The Analyst or the business analyst is responsible for the successful estimation of the budget and the financial of the project. The analyst helps in understanding the financial contingencies and hence is an integral part of the project ecosystem. The industrial manager is responsible for the interaction between the project components and the project manager and makes sure that all the details are being followed according to the requirement. The hierarchy has been constructed in a way to reduce the contingencies that might arise due to mismanagement, some of them are: Cost overrun: A safe practice of including 15 percent more financial need is included for accommodating the various risks that may arise during implementation. Extra time: Time should be treated as the most vital resource and should be planned accordingly to avoid delayed implementation and cost overrun. Disputes: Should be treated at the very initial level to avoid litigation. The timeline as has been stated is the most important resource; hence a Gantt chart has been prepared for the implementation that has been done till now: Figure 3: Gantt chart for the implementation (As created by author) Conclusion The report that has been deliberated contains all the necessary details that are needed for understanding the effect of the solid wastes that are created due to various human activities. The solid wastes are more disastrous as unlike the air and water pollutants these wastes pollute every this starting from air, water to soil and even the underground reserves. Hence the treatment towards the solid wastes too should be different. Hence in this report methods to reduce the solid wastes have been presented and it has also been tried to adopt a mechanism to reduce the harmful effects of the solid wastes. For mitigating the impact of the toxics of the electronic wastes that has become rampant these data, chelating and leaching has been suggested for extraction of the various rare earth metal and the toxic metal that are extensively used for the manufacturing of the electronic goods and the mechanism for the implementing the process has been discussed. The suggested process will not only r educe the impact of toxics on the environment but will also reduce the amount of wastes in the world. References Abarca-Guerrero, L., Maas, G. and Hogland, W., 2015. Solid waste management challenges for cities in developing countries.Revista Tecnologa en Marcha,28(2), pp.141-168. Alam, P. and Ahmad, K., 2013. The impact of solid waste on health and the environment. Int J Sustain Develop Green Econ (Special Issue) V-2, pp.1-1. Chandrappa, R. and Brown, J., 2012.Solid waste management: Principles and practice. Springer Science Business Media. Chauhan, G., Pant, K.K. and Nigam, K.D.P., 2015. Chelation technology: a promising green approach for resource management and waste minimization.Environmental Science: Processes Impacts,17(1), pp.12-40. Hadi, Pejman, Meng Xu, Carol SK Lin, Chi-Wai Hui, and Gordon McKay. "Waste printed circuit board recycling techniques and product utilization."Journal of hazardous materials283 (2015): 234-243. Hashisho, J. and El-Fadel, M., 2014. Determinants of Optimal Aerobic Bioreactor Landfilling for the Treatment of the Organic Fraction of Municipal Waste.Critical Reviews in Environmental Science and Technology,44(16), pp.1865-1891. Hong, Y. and Valix, M., 2014. Bioleaching of electronic waste using acidophilic sulfur oxidizing bacteria. Journal of Cleaner Production,65, pp.465-472. Huang, J., Nkrumah, P.N., Anim, D.O. and Mensah, E., 2014. e-Waste disposal effects on the aquatic environment: Accra, Ghana. InReviews of environmental contamination and toxicology(pp. 19-34). Springer International Publishing. Jadhav, P., Chauhan, G., Pant, K.K. and Nigam, K.D.P., 2015. Greener approach for the extraction of copper metal from electronic waste.Waste Management. Kaushika, N.D., Reddy, K.S. and Kaushik, K., 2016. Solid Waste Management. InSustainable Energy and the Environment: A Clean Technology Approach(pp. 197-209). Springer International Publishing. Kerzner, H.R., 2013.Project management: a systems approach to planning, scheduling, and controlling. John Wiley Sons. Kiddee, P., Naidu, R. and Wong, M.H., 2013. Electronic waste management approaches An overview. Waste Management,33(5), pp.1237-1250. Lou, J., and Lovegrove, S., 2013. Export of electronics equipment waste.International Journal of occupational and environmental health. Laurent, A., Clavreul, J., Branstad, A., Bakos, I., Niero, M., Gentil, E., Christensen, T.H. and Hauschild, M.Z., 2014. Review of LCA studies of solid waste management systemsPart II: Methodological guidance for a better practice.Waste Management,34(3), pp.589-606. Niza, S., Santos, E., Costa, I., Ribeiro, P. and Ferro, P., 2014. Extended producer responsibility policy in Portugal: a strategy towards improving waste management performance.Journal of cleaner production,64, pp.277-287.0 Pant, D., Joshi, D., Upreti, M.K. and Kotnala, R.K., 2012. Chemical and biological extraction of metals present in E-waste: a hybrid technology.Waste Management,32(5), pp.979-990. Sankoh, F.P., Yan, X. and Tran, Q., 2013. Environmental and Health Impact of Solid Waste Disposal in Developing Cities: A Case Study of Granville Brook Dumpsite, Freetown, Sierra Leone.Journal of Environmental Protection,2013. Schwalbe, K., 2015.Information technology project management. Cengage Learning. Singh, K., Kadambala, R., Jain, P., Xu, Q. and Townsend, T.G., 2014. Anisotropy estimation of compacted municipal solid waste using pressurized vertical well liquids injection.Waste Management Research,32(6), pp.482-491. Zhang, Q., Ye, J., Chen, J., Xu, H., Wang, C. and Zhao, M., 2014. Risk assessment of polychlorinated biphenyls and heavy metals in soils of an abandoned e-waste site in China.Environmental Pollution,185, pp.258-265.