African Americans from 1865 Essay Example for Free

African Americans from 1865 Essay African Americans have fought a great battle to become a part of society in America. Since being taken from African as slaves in the 1600’s there has been a continuous battle for equality since. Since the end of slavery Black Americans have had many accomplishments along with hardships. In this paper I will discuss some of the Major events in African American history beginning with the end of slavery which has lead to the America we know today. In 1865 Congress passed the thirteenth Amendment stating† Neither slavery nor involuntary servitude, except as a punishment for crime whereof the party shall have been duly convicted, shall exist within the United States, or any place subject to their jurisdiction† this was the outlawing of slavery and resulted in the established the Freedmen’s Bureau to assist former slaves. President Lincoln and other Republicans were concerned that the Emancipation Proclamation, which in 1863 declared the freedom of slaves in ten Confederate states then in rebellion, would be seen as a temporary war measure, since it was based solely on Lincolns war powers. The Proclamation did not free any slaves in the border states nor did it abolish slavery.[1] Because of this, Lincoln and other supporters believed that an amendment to the Constitution was needed. In many parts of the South, the newly freed slaves labored under conditions similar to those existing before the war. The Union army could offer only limited protection to the ex-slaves, and Lincoln’s successor, Andrew Johnson of Tennessee, clearly had no interest in ensuring the freedom of southern blacks. The new president’s appointments as governors of southern states formed conservative, proslavery governments. The new state legislatures passed laws designed to keep blacks in poverty and in positions of servitude. Under these so-called black codes, ex-slaves who had no steady employment could be arrested and ordered to pay stiff fines. Prisoners who could not pay the sum were hired out as virtual slaves. In some areas, black children could be forced to serve as apprentices in local industries. Blacks were also prevented from buying land and were denied fair wages for their work. This became the beginning of the Reconstruction. The Freedmen’s Bureau was designed to help former slaves make the transition from slavery to freedom after the civil war. It was a federal agency mostly involving blacks of the old confederacy ( Lowe, 1993). The Freedmens Bureau Bill, which created the Freedmens Bureau in March 1865, was initiated by President Abraham Lincoln and was intended to last for one year after the end of the Civil War.[2] The Freedmens Bureau was an important agency of the early Reconstruction, assisting freedmen (freed ex-slaves) in the South. The Bureau was part of the United States Department of War. Headed by Union Army General Oliver O. Howard, a Civil War hero sympathetic to blacks.the Bureau was operati onal from 1865 to 1872. It was disbanded under President Ulysses S. Grant. Their responsibilities included introducing a system of free labor, overseeing some 3,000 schools for freedpersons, settling disputes and enforcing contracts between the usually white landowners and their black labor force, and securing justice for blacks in state courts. The Bureau was renewed by a Congressional bill in 1866 but was vetoed by President Andrew Johnson, who thought it was unconstitutional. Johnson was opposed to having the federal government secure black rights. Congress passed the bill over his veto. Southern whites were basically opposed to blacks having any rights at all, and the Bureau lacked military force to back up its authority as the army had been quickly disbanded and most of the soldiers assigned to the Western Their responsibilities included introducing a system of free labor, overseeing some 3,000 schools for freedpersons, settling disputes and enforcing contracts between the usually white landowners and their black labor force, and securing justice for b lacks in state courts. The Bureau was renewed by a Congressional bill in 1866 but was vetoed by President Andrew Johnson, who thought it was unconstitutional. Johnson was opposed to having the federal government secure black rights. Congress passed the bill over his veto. Southern whites were basically opposed to blacks having any rights at all, and the Bureau lacked military force to back up its authority as the army had been quickly disbanded and most of the soldiers assigned to the Western frontier. The Bureau was able to accomplish some of its goals, especially in the field of education. frontier. The Bureau was able to accomplish some of its goals, especially in the field of education. There is much more African American has to overcome and many victories and defeat, In the process of fighting for equality in 1909 The National Association for the Advancement of Colored People is founded in New York by prominent black and white intellectuals and led by W.E.B. Du Bois. For the next half century, it would serve as the countrys most influential African-American civil rights organization. In 1910, its journal, The Crisis, was launched. Among its well known leaders were James Weldon Johnson, Ella Baker, Moorfield Storey, Walter White, Roy Wilkins, Benjamin Hooks, Myrlie Evers-Williams, Julian Bond, and Kwesi Mfume. Throughout the 1920s and 1930s, the association led the black civil rights struggle in fighting injustices such as the denial of voting rights, racial violence, discrimination in employment, and segregated public facilities. Dedicated to the goal of an integrated society, the national leadership has always been interracial, although the membership has remained predominantly African American. The Harlem Renaissance flourishes in the 1920s and 1930s. This literary, artistic, and intellectual movement fosters a new black cultural identity. After the American civil war, liberated African-Americans searched for a safe place to explore their new identities as free men and women, they found it in Harlem. Also known as the New Negro Movement was a literary, artistic, cultural, intellectual movement that began in Harlem, New York after World War I and ended around 1935 during the Great Depression. The movement raised significant issues affecting the lives of African Americans through various forms of literature, art, music, drama, painting, sculpture, movies, and protests. In 1939 the NAACP established as an independent legal arm for the civil rights movement the NAACP Legal Defense and Education Fund, which litigated to the Supreme Court Brown v. Board of Education of Topeka, the case that resulted in the high court’s landmark 1954 school-desegregation decision. The organization had also won a significant victory in 1946, with Morgan v. Virginia, which successfully barred segregation in interstate travel, setting the stage for the Freedom Rides of 1961. 1954 Brown v. Board of Education case: strikes down segregation as unconstitutional. Linda Brown, an eight-year-old African American girl, had been denied permission to attend an elementary school only five blocks from her home in Topeka, Kansas. School officials refused to register her at the nearby school, assigning her instead to a school for nonwhite students some 21 blocks from her home. Separate elementary schools for whites and nonwhites were maintained by the Board of Education in Topeka. Linda Browns parents filed a lawsuit to force the schools to admit her to the nearby, but segregated, school for white students. The Board of Educations defense was that, because segregation in Topeka and elsewhere pervaded many other aspects of life, segregated schools simply prepared black children for the segregation they would face during adulthood. The board also argued that segregated schools were not neccessarily harmful to black children; great African Americans such as Frederick Douglass, Booker T. Washington, and George Washington Carver had overcome more than just segregated schools to achieve what they achieved. The request for an injunction put the court in a difficult decision. On the one hand, the judges agreed with the expert witnesses; in their decision, they wrote: Segregation of white and colored children in public schools has a detrimental effect upon the colored children A sense of inferiority affects the motivation of a child to learn. [8] On the other hand, the precedent of Plessy v. Ferguson allowed separate but equal school systems for blacks and whites, and no Supreme Court ruling had overturned Plessy yet. Because of the precedent of Plessy, the court felt compelled to rule in favor of the Board of Education. [9] The Supreme Court struck down the separate but equal doctrine of Plessy for public education, ruled in favor of the plaintiffs, and required the desegregation of schools across America. The Supreme Courts Brown v. Board of Education decision did not abolish segregation in other public areas, such as restaurants and restrooms, nor did it require desegregation of public schools by a specific time. It did, however, declare the permissive or mandatory segregation that existed in 21 states unconstitutional. [13] It was a giant step towards complete desegregation of public schools. Even partial desegregation of these schools, however, was still very far away, as would soon become apparent. The next year 1955 A young black boy, Emmett Till, is brutally murdered for allegedly whistling at a white woman in Mississippi. Two white men charged with the crime are acquitted by an all-white jury. They later boast about committing the murder. The public outrage generated by the case helps spur the civil rights movement (Aug.). Fourteen-year-old Emmett Till was visiting relatives in Money, Mississippi on August 24, 1955 when he reportedly flirted with a white cashier at a grocery store. Four days later, two white men kidnapped till, beat him, and shot him in the head. The men were tried for murder, but an all-white, male jury acquitted them. Tills murder and open casket funeral galvanized the emerging civil rights movement. Rosa Parks refuses to give up her seat at the front of the colored section of a bus to a white passenger (Dec.1). She was arrested and convicted of violating the laws of segregation, known as â€Å"Jim Crow laws.† Mrs. Parks appealed her conviction and thus formally challenged the legality of segregation. In response to her arrest Montgomerys black community launch a successful year-long bus boycott. Montgomerys buses are desegregated on Dec. 21, 1956. 1963Martin Luther King is arrested and jailed during anti-segregation protests in Birmingham, Ala. He writes Letter from Birmingham Jail, which advocated nonviolent disobedience. The March on Washington for Jobs and Freedom is attended by about 250,000 people, the largest demonstration ever seen in the nations capital. Martin Luther King delivers his famous I Have a Dream speech. The march builds momentum for civil rights legislation (Aug. 28). Despite Governor George Wallace physically blocking their way, Vivian Malone and James Hood register for classes at the University of Alabama. Four young black girls attending Sunday school are killed when a bomb explodes at the Sixteenth Street Baptist Church, a popular location for civil rights meetings. Riots erupt in Birmingham, leading to the deaths of two more black youths (Sept. 15). 1964 President Johnson signs the Civil Rights Act, the most sweeping civil rights legislation since Reconstruction. The Civil Rights Act of 1964 is the nations benchmark civil rights legislation, and it continues to resonate in America. The Civil Rights Act of 1964 prohibits discrimination on the basis of race, color, religion, sex or national origin. An act to enforce the constitutional right to vote, to confer jurisdiction upon the district courts of the United States of America to provide injunctive relief against discrimination in public accommodations, to authorize the Attorney General to institute suits to protect constitutional rights in public facilities and public education, to extend the Commission on Civil Rights, to prevent discrimination in federally assisted programs, to establish a Commission on Equal Employment Opportunity, and for other purposes. Passage of the Act ended the application of Jim Crow laws, which had been upheld by the Supreme Court in the 1896 case Plessy v. Ferguson, in which the Court held that racial segregation purported to be separate but equal was constitutional. The Civil Rights Act was eventually expanded by Congress to strengthen enforcement of these fundamental civil rights References Of Du Bois and Diaspora: The Challenge of African American Studies. Michael A. Gomez Journal of Black Studies , Vol. 35, No. 2, Special Issue: Back to the Future of Civilization: Celebrating 30 Years of African American Studies (Nov., 2004), pp. 175-194 Published by: Sage Publications, Inc. Article Stable URL: http://www.jstor.org/stable/4129300 The Freedmens Bureau and Local Black Leadership Richard Lowe The Journal of American History , Vol. 80, No. 3 (Dec., 1993), pp. 989-998 Published by: Organization of American Historians Article Stable URL: http://www.jstor.org/stable/2080411 Harlem Renaissance: Art of Black America Harlem Renaissance: Art of Black America. by Studio Museum in Harlem Review by: George C. Wright The Journal of American History , Vol. 77, No. 1 (Jun., 1990), pp. 253-261 Published by: Organization of American Historians Article Stable URL: http://www.jstor.org/stable/2078660 Harlem Renaissance. by Nathan Irvin Huggins Review by: Charles T. Davis American Literature , Vol. 45, No. 1 (Mar., 1973), pp. 138-140 Published by: Duke University Press Article Stable URL: http://www.jstor.org/stable/2924561 Mary, E. Q. (2000). African-american history and culture / african-american history and culture: An on-line encyclopedia. The Booklist, 96(12), 1130-1132. Retrieved from http://search.proquest.com/docview/235465516?accountid=32521 Horne, G. (2006). TOWARD A TRANSNATIONAL RESEARCH AGENDA FOR AFRICAN AMERICAN HISTORY IN THE 21st CENTURY. The Journal of African American History, 91(3), 288-303. Retrieved from http://search.proquest.com/docview/194472189?accountid=32521 Dr. martin luther king, jr.s letter from a birmingham jail. (1997, Jan 16). Sentinel. Retrieved from http://search.proquest.com/docview/369387622?accountid=32521

Sustainable tourism and Destination Management in Business

Sustainable tourism and Destination Management in Business The term sustainable is used for a tourism which does not affect or damage the destinations tours economy, environment and the tradition culture. Therefore the prime purpose of sustainable tourism is to do everything they can in order to that tourism remain positive experience of people of tourism destination together with tourist alike. Marcel Proust has write about tourism that there are many people who want to see the entire world with their own pair of eyes but the real journey would be when they will try and see the one single place but with the eyes of hundreds of people. Tourist can make their holidays exciting and enjoyable together with making sure that sustainability requirement of tourist destination by looking for and following diversity and promotion of sustainability when selecting tourism destination. The following are the few basic criteria given by an organization called global sustainable tourism group Demonstrate effective sustainable management Maximize social and economic benefits to the local community and minimize negative impacts. Maximize benefits to cultural heritage and minimize negative impacts. Maximize benefits to the environment and minimize negative impacts The name Disneyland is very well known as being a resort for the holidays and recreational activities. It is located in the Marne-la-Vallà ©e, which is a comparatively a new town can be found with in the eastern suburbs of Paris, France. The exact location of Disneyland is about 20mile or 32 kilometres always from the Paris centre and located in the commune of Chessy, Seine-et-Marne. The Disneyland of Paris, France is made up of two theme parks, seven wonderful cosy comfortable hotels owned by Disney with one retail, dining and entertainment district. Disney land was in operation since the year 1992 and is first Disney resort which is located not inside into the United States. The estimated figures show that the number of visitors to both Disneyland Park and Walt Disney studio part were about 15 million in 2009 and that makes it most visited place in Europe. The key fact relate with how the creation of Disneyland in Paris affect tourism revenue for France. The total visitor who tour France some 4.8% visited Disneyland as part of their trip Disneyland has attracted around 0.2 billion people since its inception. 1/3 of our foreign visitors combine a visit to the Resort and to Paris In 2008, 6.43% of foreign tourist spending in France was generated by foreign visitors at the Resort 5th largest hotel  accommodation capacity in France  (after Paris, Lourdes, Lyon and Nice): over 8,000 hotel rooms and apartments  in vacation residences (5,800 in Disney Hotels) 71% of  all room-nights sold  in the Seine-et-Marne department and 10.11%  for the Ile-de-France region Frances leading integrated business tourism venue: 2 convention centres host 1,000 business events every year in more than 23,500 sqm dedicated to seminars and conventions Disney Village, the leading urban leisure centre in Ile-de-France (after Paris). Sustainability, including identification and actions to correct any areas of un-sustainability. The history of Disneyland from the creation of it shows that this project was result of public and private partnership which leads to creation of one of the leading destination for tourism. Together with Disneyland, a new town with name of Val d Europe. Both projected took almost thirty long years and used a land 1943 hectares. There is an ongoing partnership within the framework of a decision-making triangle, associating the French Government, Euro Disney and local authorities including  the Ile-de-France Regional council, the Seine-et-Marne Departmental Council and the Val dEurope New Town Association (SAN) which encompasses five municipalities (Bailly-Romainvilliers, Chessy, Coupvray, Magny-le-Hongre and Serris). the development of Disney started when Walt Disney company had identified the location for their European resort in Marne-la-Valle which was a relatively newly develop town in France but the company estimate that due to it central location it will attract a market of large number of people because of ease accessibility which is estimate at around 310 million potential visitor. But the government of France want it in lle-de-France due to number of reason such tax revenue, employment etc and most importantly they wanted to sustain environment and therefore during the implementation of this project every possible step is taken in order to not only follow the norms but to protect environment (not only the natural environment but the preservation of demographic characteristic, structure of the building and employment issues etc were also part of it) and therefore make project more sustainable from its very inception. The Disneyland resort project were conducted in the environment where regulation were high and that make this project more sustainable as the most common problem with deregulation is that sustainability issues went into background. This environment of high social regulation is the basic characteristic of french deregulation model as France were not yet ready to follow free market and privatization as way of controlling and monitoring and governing the industries. The company is now in discussion with France government for further development of resort which will ensure the well being of population in that of part of the France together with improving investment in sustaining environment. The company is very well committed to sustainability of its resort and therefore have got very detail plan in order the resort as prime sustainable tourist destination which not only limited to Europe but the whole world and therefore companys approach towards sustainable environment, improving quality of life of its employee and local community in which it operate and especially company promote children and families in particular and make the resort number one choice for every child and environmentally conscious families who are looking for the best but sustainable tourist place. The company is involve in number of project whose main emphasis is on the fulfilment of needs children and families and make special donation and participate in charitable activities related with children and arts. The major factors which make Disneyland resort a renown in name sustainable tourist destination is its commitment towards maintaining a sustainable environment but Disneyland Paris doesnt stop it here but together with involving and donating generously to charities dream world improving lives of thousands of people if not million of people through creation of employment, contribute in economic growth by purchasing local material and products, hire services of local community for various initiatives, with all of these Disneyland Paris contribute in national tax revenue. In order to promote and sustain the development of local community through education and learning as company hire people and provide them necessary training and together with that Disneyland Paris support those employees who improve the local community and has system of Cast Member in place through the company ensure that people got training from company become active citizen of their communities and help those people who desperately need help. Disneyland Paris has created a separate department named as community relations department in order look after the community in which it operates. There is another program which is named as Disney Volunteers program in which company sponsor the voluntary actions of employees. Since its beginning Disneyland Paris has special focus on environmental impact of its activities and taking environmental stewardship is its legacy and company has taken some real steps towards making environmental steward a part of its culture and consideration to environmental impact of its policies and decisions as automatic and embed process and part of the Disneyland culture. How the destination has been and is being managed to achieve sustainability Regarding environmental impact Disneyland Paris has recently publicize its environmental goal which will result in better management of the impact of its activities and decision on environment and will also inspire the visitors to promote sustainability. The basic approach which Disneyland resort has followed in past and will continue to do so in future is based on effective use of and conservation of water, energy and ecosystem together reducing substantially the carbon emission, reducing the waste. Disney land has announce in 2006 that it would increasing its renewable energy as of energy with at least 15% of its total energy requirement will be from renewable source which will have positive on environment . Disneyland has taken solid and concrete step towards implementation of recycle bin across the resort and in that connection since last year 2008, there were twenty new recycle bin were put in place across the Walt Disney Studio park thats another step in right direction by Disneyland, shows that Disneyland resort is fully committed to the sustainability objectives and is taking steps towards reduce its carbon footprint in order to protect environment. Another example of Disneylands solid commitment towards improving the environment and sustain the climate is the use fully certified plastic bags which are made up of 80% of recycle material which is very encouraging step and is protecting and environment climate alike while these plastic bag are truly certified from an independent agency that is recognized for environmental labelling in Europe. Disneyland has collected waste weighted around ten tonnes since 2008, as it is fully committed towards making Disneyland a sustainable tourism destination and environmentally responsible company. Disneyland has one of the effective and efficient strategies towards reducing its energy requirement through effective and efficient use of existing energy resource, one of these strategies is installation of motion detectors across the 139 banglows which can automatically control lighting and therefore will save the energy and reduce the environmental footprints of Disneyland resort. Together with the motion detectors there is water conserving showers as a replacement for bath tubs which are very effective reducing the wastage of water. These bath tubs were installed in combination with tin roof, picture window walls which make sure the natural light comes in. Disneyland but the story is not finish here as Disney land has taken further step towards reducing wastage of water by installing 185 hand dryers which are made up of high technology but the good things is that they take 80 % less energy than traditional hand dryers in order to preserve the climate and reduce energy use while these hand dryers will also reduce the wastage paper towels which is another positive step from Disneyland in order to make it a real sustainable tourism destination. Like any other resort water is very important for Disneyland as it has very crucial role to play in Disneyland magic and experience and thats why is one of the areas of sustainability and environmental protection on which Disneyland has taken concrete steps and make the prime efforts to use water resource as efficiently as possible and Disneyland hope to achieve this through onsite environmental management system operate by control team which ensure the consumption of water reduced and it work by helping the maintenance people to perform effective control over the consumption of water. The Disney company is world wide known for following an aggressive policy to achieve sustainability and as matter of fact company installed a new synthetic skating rink which replace its ice rink and this development will result in efficient usage of water resource together with energy and most importantly it will avoid the ise refrigent fluid which is not environmentally best option. Disland has installed Rockefeller Plaza skating ring which will result in reduction in wastage of water as it will be permanently iceless and therefore that makes it the largest open air rinks in the entire Europe. Disneyland Paris is fully aware of the threat climate change poses and therefore did every possible efforts to reduce its environmental footprints and in consistent with this strategy the Disneyland is considering taking a bold step by introducing a commuter plan which will make sure that car use is minimize as much as possible and will result optimization of travel regarding business, the project is estimate to take five more years. In order to take immediate steps Disneyland has encourage staff on less usage of car by offering them exciting incentives, an example of is availability of scheme which encourage Cast Members towards the usage of public transport instead of personal vehicle by offering them incentive of paying 65% of cost of travel by company. Currently some 28% of total Cast members are availing this opportunity and using public transport therefore saving the carbon emission. Another program implemented by Disneyland is regarding the carpooling which is already launched and Disneyland considering expanding this program, due to effective of this program towards the goal of sustainable environment. This statement is proved through discussing the various plans and strategies Disneyland Paris have taken in above paragraphs. The company has another program with the name of Green which is program design to raise awareness across the globe and through which Disneyland give sufficient powers to its Cast Members in order to make them able to reduce their environmental impact and as result of this program Disneyland has reduce the use of bottled water by around 60% by creation of 335 water fountains backstage, a significant number of (almost over thirteen hundred) cardboard across the resort are recycled and they are replace with cardboard compactors and not only this but there were less usage of paper by an estimated of 8% were also result of this program and by the way the paper used is 100% recycled with duly certified. Conclusion: Disneyland is an environmental responsible and sustainable company which not always adhere to follow minimum requirement but take critical step necessary in order to achieve sustainability across all the boundaries. Disneyland Paris has always show itself as a leader in order to achieve sustainable development and implement sustainable policies and is firmly dedicated to create an internal working environment which safe and sustainable. Disneyland Paris has invested significant resource in developing and implementation effective and efficient training and development program for its Cast Members to make this step a example for other companies to follow in order the a sustainable and environmentally aware society. Disney land support its Cast Member through offering various option together with providing them all the require tool and technique in order make them live a life which is healthier. The number of people applying to become Cast Member in Disneyland shows that the company is putting significant resource in its program and Show Companys commitment towards suitability. Disneyland is truly a sustainable tourist destination with all the policies in place and implemented effectively in order to make it ensure that environment is protected and green house gas emission are reduce and together with other objective Disneyland is fully committed towards improving the lives of its employees and community through taking various initiative.

Bio Fertilizer Industry In India

Bio Fertilizer Industry In India Bio-fertilizers are contain live such beneficial microorganisms which on application to seed, root or soil mobilize the availability of nutrients by their biological activity in particular, and help build up the micro-flora and in turn the soil health in general. An increasing number of farmers and agriculturists are turning to the use of bio-fertilizers as these are gentler on the soil as against chemical fertilizers. It is easier to fully appreciate the importance of bio-fertilizers when we know how harmful the chemical fertilizers for the soil and the crops are. Chemical fertilizers are meant to boost the growth of plants and increase the fertility of the soil; however they cause significant damage to the environment and also human health by increasing the day by day concentration of toxic chemical in food. These chemical based fertilizers also make use of nitrogenous fertilizers or chemicals, are expensive and not as conveniently available. Unlike other environmentally harmful chemical fertilizers, bio-fertilizers work on naturally building up the resistance and enhance the nutritional value of the soil and the host plant by adding primary nutrients. Application of high input technologies has resulted in significant increase in agricultural productivity. There is, however, a growing concern about the adverse effects of indiscriminate use of chemical fertilizers on soil productivity and environmental quality. For those looking at organic farming, bio-fertilizers make the perfect choice. A large number of people are realizing the value and benefit of living an eco-friendly life, and therefore the demand for organic products is ever increasing. Using bio-fertilizers is a great way to produce organic products and promote good health. The current research study is based on using the secondary data for the analysis or market of bio-fertilizer in India. Market analysis includes the annual requirement and production of different bio-fertilizers state wise in India and to find the root cause behind tremendous gap between requirement and production. This study will analyse the major bio-fertilizer producing states and identify major government and non government manufacturers. In this report we also analysis the market revenue of bio-agri (bio-fertilizer) and constant increasing demand and growth rate of this industry in India. And also analysis the strategies used by the industry to increase the market of bio-fertilizer. Also, this study will contribute in building a trend analysis for the production of bio-fertilizers in India over the last 10 years. EXECUTIVE SUMMARY In the current scenario one of the major concerns faced by the agriculture industry is the contamination and pollution of soil. The use of chemical fertilizers and pesticides has caused tremendous harm to the environment. There seems to be a growing concern about the adverse effects of indiscriminate use of chemical fertilizers on soil productivity and environmental quality. An answer to this is the bio-fertilizer, an environmentally friendly fertilizer now used in most countries. Bio-fertilizers contain micro-organisms that enrich the nutrient quality of soil. These micro-organisms supply in addition to nitrogen, considerable amount of organic matter enriching quality of soil. Inoculants of these micro-organisms have proved their technical feasibility, economic viability and social acceptability. They are therefore called as `bio-fertilizer. Hence the term `bio-fertilizer may be defined as those fertilizer which containing living or latent cells of efficient strains of the nitrogen fixing, phosphorous solubilising or cellulolytice micro-organism. For those looking at organic farming, bio-fertilizers make. The perfect choice a large number of people are realizing the value and benefit of living an eco-friendly life, and therefore the demand for organic products is ever increasing. Using bio-fertilizers is a great way to produce organic products and promote good health. This research study based on analysing the annual requirement and production of different bio-fertilizers state wise in India identified Tamil Nadu as the major biofertilizer producing state of India. Other regions of production of biofertilizers are Madhya Pradesh, Punjab, Chennai karnataka. The root cause behind tremendous gap between requirement and production is existence of very few Biofertilizer producing organizations and less awareness of benefits of using biofertilizers over chemical fertilizers. This research study also identified the major government and non government organizations producing biofertilizers. Data enlisted in this report contributes in building a trend analysis for the production of biofertilizers in India over the last 10 years. CHAPTER 01 INTRODUCTION SALES MARKETING OF BIOFERTLIZERS IN INDIA INTRODUCTION One of the major concerns in todays world is the pollution and contamination of soil. The use of chemical fertilizers and pesticides has caused tremendous harm to the environment. An answer to this is the biofertilizer, an environmentally friendly fertilizer now used in most countries. Biofertilizers are organisms that enrich the nutrient quality of soil. The main sources of biofertilizers are bacteria, fungi, and Cynobacteria (blue-green algae). The most striking relationship that these have with plants is symbiosis, in which the partners derive benefits from each other.Plants have a number of relationships with fungi, bacteria, and algae, the most common of which are with Mycorrhiza, Rhizobium, and Cyanophyceae. These are known to deliver a number of benefits including plant nutrition, disease resistance, and tolerance to adverse soil and climatic conditions. These techniques have proved to be successful biofertilizers that form a health relationship with the roots. Biofertilizers will help to solve such problems as increased salinity of the soil and chemical run-offs from the agricultural fields. Thus, biofertilizers are important if we are to ensure a healthy future for the generations to come. These micro-organisms supply in addition to nitrogen, considerable amount of organic matter enriching structure of soil. Inoculants of these micro-organisms have proved their technical feasibility, economic viability and social acceptability. They are therefore called as `biofertilizer. Hence the term `biofertilizer or microbial inoculants may be defined as preparations containing living or latent cells of efficient strains of nitrogen fixing, phosphorous solubilising or cellulolytice micro-organism. There is, however, a growing concern about the adverse effects of indiscriminate use of chemical fertilizers on soil productivity and environmental quality. For those looking at organic farming, biofertilizers make the perfect choice. A large number of people are realizing the value and benefit of living an eco-friendly life, and therefore the demand for organic products is ever increasing. Using biofertilizers is a great way to produce organic products and promote good health. Therefore, the current research study is based on analysing the annual requirement and production of different bio-fertilizers state wise in India to find the root cause behind tremendous gap between requirement and production. This study will analyse state wise production of various biofertilizers and identify major government and non government manufacturers meeting the requirements. Results from this research study would draw inference on major government and non government manufacturers as well as find out the major state in India producing biofertilizers. Also, this study will contribute in building a trend analysis for the production of biofertilizers in India over the last 10 years. 1.1 OBJECTIVES: To analyse the annual production and sale of Biofertilizers in India Estimate state wise production and consumption of Biofertilizers Analyse Marketing conditions in the Biofertilizers market of India To predict the future production and consumption by Trend analysis 1.2 RESEARCH PLAN : The study will begin with collecting raw data of all the material available on the internet, published articles, and various journals and thereafter tabulate the data collected to perform an ordered analysis of major biofertilizer producing states of India, check the prevalent trend in the production and sales during the last ten years. Time consideration to collect extensive amount of data would be three months and the research results shall be demonstrated statistically in the form of graphs and charts so as to ease the understanding of the gap between production and availability of biofertilizers in the Indian market. 1.3 METHODOLOGY : This research study is primarily based on extensive secondary research data available in the various published research reports and annual reports of various government and non-government organizations. The study begins with collecting raw data out of all the material available on the internet, published articles, and various journals and thereafter tabulating the data to construct graphs and charts to bring about various analysis of state wise production and sales of the major biofertilizers. 1.4 LIMITATIONS OF THE RESEARCH Since the data collected is secondary data, no primary research results could be utilized deciphering that certain amount of data could be outdated or obsolete. No research study or survey has been conducted till date to rate the top 10 or top 5 Biofertilizer producing companies on India although top 20 companies producing chemical fertilizers can be enlisted. No research study has been conducted to analyze the contribution of sales of biofertilizers to the economy of India. There exist various research gaps to statistically estimate the trend of biofertilizer production since the first year of its commercial production in India. CHAPTER 02 LITERATURE REVIEW 2. ROLE OF BIOFERTILIZERS Biofertilizers have definite advantage over chemical fertilizers. Chemical fertilizers supply not only nitrogen whereas biofertilizers provide in addition to nitrogen certain growth promoting substances like hormones, vitamins, amino acids, etc., crops have to be provided with chemical fertilizers repeatedly to replenish the loss of nitrogen utilized for crop growth. On the other hand biofertilizers supply the nitrogen continuously throughout the entire period of crop growth in the field under favorable conditions. Continuous use of chemical fertilizers adversely affects the soil structure whereas biofertilizers when applied to soil improve the soil structure. The deleterious effects of chemical fertilizers are that they are toxic at higher doses. Biofertilizers, however, have no toxic effects.It may be borne in mind that biofertilizers are no substitute for chemical fertilizers. At present, the use of chemical fertilizers is far below the recommended level. Therefore, the aim and ob ject of spread of biofertilizers technology as a Industry has to build up efficiency in use of chemical fertilizers supplemented by low cost inoculants to the extent possible.Main constraints in spread of biofertilizers as an Industry are production and supply of efficient cultures of microorganisms to farmers well before sowing. Secondly, Quality control aspect and lack of publicity, etc. Besides, whatever biofertilizers are prepared are not reached to farmers prior to sowing. At many places they are given free of cost, which lowers down the importance of product and farmers dont use them carefully. Sometimes, biofertilizers are supplied after expiry date and hence expected results are not obtained. A quality control aspect is the most important in biofertilizers. Now a day most of the products sold in the market are below standard. A few entrepreneurs possess ISI mark for their products. The government has no control over manufacturers of biofertilizers in any of the states of Ind ia. Hence farmers are confused about rates, quality and expiry dates of biofertilizers. Similar is the case of prices; they are varied from place to place. (Panlada Tittabutra, et. Al., 2006) Organic farming has emerged as an important priority area globally in view of the growing demand for safe and healthy food and long term sustainability and concerns on environmental pollution associated with indiscriminate use of agrochemicals. Though the use of chemical inputs in agriculture is inevitable to meet the growing demand for food in world, there are opportunities in selected crops and niche areas where organic production can be encouraged to tape the domestic export market. Bio-fertilizers are being essential component of organic farming are the preparations containing live or latent cells of efficient strains of nitrogen fixing, phosphate solubilizing or cellulolytic micro-organisms used for application to seed, soil or composting areas with the objective of increasing number of such micro-organisms and accelerate those microbial processes which augment the availability of nutrients that can be easily assimilated by plants. Biofertilizers play a very significant role in improving soil fertility by fixing atmospheric nitrogen, both, in association with plant roots and without it, solubilise insoluble soil phosphates and produces plant growth substances in the soil. They are in fact being promoted to harvest the naturally available, biological system of nutrient mobilization (Venkatashwarlu, 2008a). The role and importance of biofertilizers in sustainable crop production has been reviewed by several authors (Biswas et al. 1985; Wani and Lee, 1995; Katyal et al. 1994). But the progress in the field of BF production technology remained always below satisfaction in Asia because of various constraints. It may be noted, only 30 % of Indias total cultivable area is covered with fertilizers where irrigation facilities are available and the remaining 70 % of the arable land, which is mainly rain fed, very negligible amount of fertilizers are being used. Farmers in these areas often use organic manures as a source of nutrients that are readily available either in their own farm or in their locality. The North- Eastern (NE) region of India provides consi derable opportunity for organic farming due to least utilization of chemical inputs. It is estimated that 18 million hectare of such land is available in the NE that can be exploited for organic production. With the sizable acreage under naturally organic/default organic cultivation, India has tremendous potential to grow crops organically and emerge as a major supplier of organic products in worlds organic market (Venkatashwarlu. 2008a) The report of Task Force on Organic Farming appointed by the Government of India also observed that in vast areas of the country, where limited amount of chemicals are used and have low productivity could be exploited as potential areas to develop into organic agriculture. Arresting the decline of soil organic matter is the most potent weapon in fighting against unabated soil degradation and imperiled sustainability of agriculture in tropical regions of India, particularly those under the influence of arid, semiarid and sub-humid climate. Applicatio n of organic manures particularly bio-fertilizers is the only option to improve the soil organic carbon for sustenance of soil quality and future agricultural productivity (Ramesh,2008). 2.1 WHY TO EXPLORE BIO-FERTILIZERS Indiscriminate use of synthetic fertilizers has led to the pollution and contamination of the soil, polluted water basins, destroyed micro-organisms and friendly insects, making the crop more prone to diseases and reduced soil fertility. Demand is much higher than the availability. It is estimated that by 2020, to achieve the targeted production of 321 million tonnes of food grain, the requirement of nutrient will be 28.8 million tonnes, while their availability will be only 21.6 million tones being a deficit of about 7.2 million tones. Depleting feedstock/fossil fuels (energy crisis) and increasing cost of fertilizers. This is becoming unaffordable by small and marginal farmers. Soil fertility depletes due to widening gap between nutrient removal and supplies. There is a huge concern about such environmental hazards which increases threat to sustainable agriculture. Besides the above facts, the long term use of bio-fertilizers is economical, eco-friendly, more efficient, productive and accessible to marginal and small farmers over chemical fertilizers (Venkataraman and Shanmugasundaram, 1992) . 2.2 Balanced use of Chemical Bio-fertilizers The annual requirement and production of different bio-fertilizers has clearly demonstrated tremendous gap in this area. Thus, a strategy for judicious combination of chemical fertilizers and biofertilizers will be economically viable and ecological useful. It should be recommended that biofertilizers are not a substitute, but a supplement to chemical fertilizers for maximizing not only the yield but also agro system stability. 2.3 Characteristic features of some Bio-fertilizers Rhizobium:- Belongs to family Rhizobiaceae, symbiotic in nature, fix nitrogen 50-100 kg/ha. With legumes only. It is useful for pulse legumes like chickpea, red-gram, pea, lentil,black gram, etc., oil-seed legumes like soybean and groundnut and forage legumes like berseem and lucerne. It colonizes the roots of specific legumes to form tumour like growths called root nodules, which acts as factories of ammonia production. Rhizobium has ability to fix atmospheric nitrogen in symbiotic association with legumes and certain nonlegumes like Parasponia. Rhizobium population in the soil depends on the presence of legume crops in the field. Azospirillum:- Belongs to family Spirilaceae, heterotrophic and associative in nature. In addition to their nitrogen fixing ability of about 20-40 kg/ha, they also produce growth regulating substances. The Azospirillum form associative symbiosis with many plants particularly with those having the C4-dicarboxyliac path way of photosynthesis (Hatch and Slack pathway), because they grow and fix nitrogen on salts of organic acids such as malic, aspartic acid (Arun, 2007a). Thus it is mainly recommended for maize, sugarcane, sorghum, pearl millet etc. They do not, however, produce any visible nodules or out growth on root tissue. Azotobacter-: Belongs to family Azotobacteriaceae, aerobic, free living, and heterotrophic in nature. Azotobacters are present in neutral or alkaline soils and A. chroococcum is the most commonly occurring. species in arable soils.. The number of Azotobacter rarely exceeds of 104 to 105 g-1 of soil due to lack of organic matter and presence of antagonistic microorganisms in soil. The bacterium produces anti-fungal antibiotics which inhibits the growth of several pathogenic fungi in the root region thereby preventing seedling mortality to a certain extent. The isolated culture of Azotobacter fixes about 10 mg nitrogen g-1 of carbon source under in vitro conditions. The occurrence of this organism has been reported from the rhizosphere of a number of crop plants such as rice, maize, sugarcane, bajra, vegetables and plantation crops, (Arun, 2007a). Blue Green Algae (Cyanobacteria) and Azolla -These belongs to eight different families, phototrophic in nature and produce Auxin, Indole acetic acid and Gibberllic acid, fix 20-30 kg N/ha in submerged rice fields as they are abundant in paddy, so also referred as paddy organisms. Most N fixing BGA are filamentous, consisting of chain of vegetative cells including specialized cells called heterocyst which function as micro nodule for synthesis and N fixing machinery. BGA forms symbiotic association capable of fixing nitrogen with fungi, liverworts, ferns and flowering plants, but the most common symbiotic association has been found between a free floating aquatic fern, the Azolla and Anabaena azollae (BGA). Besides N-fixation, these biofertilizers or biomanures also contribute significant amounts of P, K, S, Zn, Fe, Mb and other micronutrient. India has recently introduced some species of Azolla for their large biomass production, which are A.caroliniana, A. microphylla, A. filiculoid es and A. mexicana. Phosphate solubilizers -Several reports have examined the ability of different bacterial species to solubilize insoluble inorganic phosphate compounds, such as tricalcium phosphate, dicalcium phosphate, hydroxyapatite, and rock phosphate. Among the bacterial genera with this capacity are pseudomonas, Bacillus, Rhizobium, Burkholderia, Achromobacter, Agrobacterium, Microccocus, Aereobacter, Flavobacterium and Erwinia. There are considerable populations of phosphatesolubilizing bacteria in soil and in plant rhizospheres. These include both aerobic and anaerobic strains, with a prevalence of aerobic strains in submerged soils. A considerably higher concentration of phosphate solubilizing bacteria is commonly found in the rhizosphere in comparison with non rhizosphere soil (Raghu and Macrae, 2000). The soil bacteria belonging to the genera Pseudomonas and Bacillus and Fungi are more common. The major microbiological means by which insoluble-P compounds are mobilized is by the production of organic acids, accompanied by acidification of the medium. Phosphate absorbers Mycorrhiza (an ancient symbiosis in organic agriculture)- The term Mycorrhiza denotes fungus roots. It is a symbiotic association between host plants and certain group of fungi at the root system, in which the fungal partner is benefited by obtaining its carbon requirements from the photosynthates of the host and the host in turn is benefited by obtaining the much needed nutrients especially phosphorus, calcium, copper, zinc etc., Zinc solubilizers The nitrogen fixers like Rhizobium, Azospirillum, Azotobacter, BGA and Phosphate solubilizing bacteria like B. magaterium, Pseudomonas striata, and phosphate mobilizing Mycorrhiza have been widely accepted as bio-fertilizers (Subba Roa, 2001a). However these supply only major nutrients like zinc, iron, copper etc., zinc being tmost important is found in the earths crust to the tune of 0.008 per cent but more than 50 per cent of Indian soils exhibit deficiency of zinc with content must below the critical level of 1.5 ppm of available zinc (Katyal and Rattan, 1993). There appears to be two main mechanisms of zinc fixation, one operates in acidic soils and is closely related with cat ion exchange and other operates in alkaline conditions where fixation takes by means of chemisorptions, ( chemisorptions of zinc on calcium carbonate formed a solid-solution of ZnCaCO3), and by complexation of organic ligands (Alloway, 2008). The zinc can be solubilized by microorganisms viz., B. subtilis, Thiobacillus thioxidans and Saccharomyces sp. These microorganisms can be used as bio-fertilizers for solubilization of fixed micronutrients like zinc (Raj, 2007). The results have shown that a Bacillus sp. (Zn solubilizing bacteria) can be used as bio-fertilizer for zinc or in soils where native zinc is higher or in conjunction with insoluble cheaper zinc compounds like zinc oxide (ZnO), zinc carbonate (ZnCO3) and zinc sulphide (ZnS) instead of costly zinc sulphate (Mahdi et al. 2010). Potential role of bio-fertilizers in agriculture Nitrogen-fixers (NFs) Phosphate solubilizers (PSBs) The incorporation of bio-fertilizers (Nfixers) plays major role in improving soil fertility, yield attributing characters and thereby final yield has been reported by many workers (Subashini et al. 2007a; Kachroo and Razdan, 2006; Son et al. 2007). In addition, their application in soil improves soil biota and minimizes the sole use of chemical fertilizers (Subashini et al. 2007a). Under temperate conditions, inoculation of Rhizobium improved number of pods plant-1, number of seed pod-1 and 1000-seed weight (g) and thereby yield over the control. The number of pods plant-1, number of seed pod-1 and 1000-seed weight (g) recorded were 25.5, 17.1 and 4.7 per cent more over the control, respectively which was statistically significant Bhat et al. (2009). In rice under low land conditions, the application of BGA+ Azospirillum proved significantly beneficial in improving LAI and all yield attributing aspects. Grain yield and harvest index also exhibit a discernable increase with use of bio fertilizers (Dar and Bali, 2007). Afzal, (2006) found that seed and straw yield of green gram increased significantly up to single inoculation with Rhizobium under 20 kg N + 45 kg P2O5 ha-1 fertility level. Field trials carried out in different locations have demonstrated that under certain environmental and soil conditions inoculation with azotobacteria has beneficial effects on plant yields. The effect of Azotobacter chroococcum on vegetative growth and yields of maize has been studied by numerous authors (Hussain et al., 1987; Martinez Toledo et al., 1988; Nieto and Frankenberger, 1991; Mishra et al., 1995; Pandey et al., 1998; Radwan, 1998), as well as the effect of inoculation with this bacterium on wheat (Emam et al., 1986; Rai and Gaur, 1988; Tippanavar and Reddy, 1993, Elshanshoury, 1995; Pati et al., 1995; Fares, 1997a). Alkaline phosphatase activity in the peach roots was highest with Azotobacter chroococcum + P fertilizer (Godara et al., 1995). Results of a greenhouse pot experiments with onion showed that application of G. fasciculatum + A. chrooccocum + 50% of the recommended P rate resulted in the greatest root length, plant height, bulb girth, bulb fresh weight, root colonization and P uptake (Mandhare et al. 1998). Inoculation with Azotobacter + Rhizobium + VAM gave the highest increase in straw and grain yield of wheat plants with rock phosphate as a Pfertilizer (Fares, 1997a). Elgala et al. (1995) concluded that with microbial inoculation rock phosphate could be used as cheap source of P in alkaline soils and that combined inoculation could reduce the rate of fertilizer required to maintain high productivity. It is an established fact that the efficiency of phosphatic fertilizers is very low (15-20%) due to its fixation in acidic and alkaline soils and unfortunately both soil types are predominating in India accounting more than 34% acidity affected and more than seven million hectares of productive land salinity/alkaline affected (Yawalkar e t al., 2000). Therefore, the inoculations with PSB and other useful microbial inoculants in these soils become mandatory to restore and maintain the effective microbial populations for solubilization of chemically fixed phosphorus and availability of other macro and micronutrients to harvest good sustainable yield of various crops. Commercial exploitation of phosphatic microbial inoculants can play an important role particularly in making the direct use of abundantly available low grade phosphate possible. Among the bacterial genera with this capacity are pseudomonas, Bacillus, Rhizobium, Burkholderia, Achromobacter, Agrobacterium, Microccocus, Aereobacter, Flavobacterium and Erwinia. Beside N-fixation and P-solubilization, the incorporation of nitrogen fixing bacteria (Azotobacter spp.) under the commercial name cerealien and phosphate dissolving bacteria (Bacillus megaterium) phosphorien has shown the highest degree in inducing the degree of the physiological tolerance to salinity which enables the stressed plants of the Seets cultivar of wheat to be adapted and keep better performance against all applied levels of salinity (3000, 6000 and 9000 ppm). This performance was reflected by the increase in growth, dry matter accumulation, yield as well as chemical constituents. All chemicals constituents including N, P, K+, sugars, proline and were increased as compared to their control treatments in the cultivar Seets. Mohmoud and Mohamad, 2008. Mycorrhizae The fungi that are probably most abundant in agricultural soils are arbuscular mycorrhizal (AM) fungi. They account for 5- 50% of the biomass of soil microbes (Olsson et al., 1999). Biomass of hyphae of AM fungi may amount to 54-900 kg ha-1 (Zhu and Miller, 2003), and some products formed by them may account for another 3000 kg (Lovelock et al., 2004). Pools of organic carbon such as glomalin produced by AM fungi may even exceed soil microbial biomass by a factor of 10-20 (Rillig et al., 2001). The external mycelium attains as much as 3% of root weight (Jakobsen and Rosendahl, 1990). Approximately 10-100 m mycorrhizal mycelium can be found per cm root (McGonigle and Miller, 1999). The mineral acquisition from soil is considered to be the primary role of mycorrhizae, but they play various other roles as well which are of utmost important. CHAPTER 03 BIOFERTILIZER SECTORS IN INDIA: OVERVIEW Bio-fertilizers sector in India: An Overview Indian Biotechnology industry is considered as one of the sunrise sectors in India. The industry can be classified into five different segments. Biopharma,Agri-biotech, Bioinformatics, Bio-industrial and Bio services with each concentrating on a particular area. Bio pharma deals with the production of vaccines, therapeutics and diagnostics, while the end products of the biotech industry find two different kinds of buyers. Agri-biotech comprises of hybrid seeds and transgenic crops, biopesticides and biofertilizers. Bio informatics creates and maintains the extensive electronic databases on various biological systems. Bioservices market usually deals with clinical trial, contract research and manufacturing activities. Bio Industrial industry comprises of enzyme manufacturing and marketing companies and these enzymes are used in detergent, textile, food, leather, paper and pharmaceutical industry. Agri-biotech comprises of hybrid seeds and transgenic crops, biopesticides and biofertilizers. Agri-biotech comprises of hybrid seeds and transgenic crops, biopesticides and biofertilizers. t4ind15_fig2.jpg Bio-Agri is deals with the hybrid seeds and transgenic crops, biopesticides and one most important biofertilizer. Biofertilizer market in India growing with the rate of 12% by 2011-12. The first documented production of bio-fertilizers in the form of Rhizobium in India was in 1934 by M.R. Madhok (Yadav Raychaudhuri, 2004), but the first commercial production was initiated only in 1956 at the Indian Agricultural Research Institute, New Delhi and Agricultural College and Research Institute, Coimbatore. Growth in production remained very slow till the mid sixties (Tewatia, Kalwe and Chaudhuri, 2007). Introduction of Soybean along with Nitragin Soybean inoculant imported from USA in 1964 was the first major event in bio-fertilizers history of India. Encouraged by the success of Rhizobium inoculation in Soybean, efforts were made to replace the requirement of imported inoculant with locally produced inoculants for soybean in the first phase. This was the extended to other pulses and legu me oilseeds in the second phase. During 1965-1990 around 30 bio-fertilizers production laboratories were set up in the country to meet the demand (Venkataraman Tilak, 1990) and lot of schemes were formulated to popularize their use in different legume crops. Starting from few tonnes, production and consumption increased gradually and reached a moderate figure of 1000MT by 1988-89. During this period Rhizobium inoculants was dominating with other bio-fertilizers also starting to make their presence felt such as Azotobacter. Nineties saw a dramatic surge in bio-fertilizers industry with adding of new bio-fertilizers such as Azotobacter, Azospirillum, PSBs added to the list and total production jump from 1000MT(1989) to 10,000MT (2000) (Dwivedi and Motsara, 2001; Bhattacharya Dwivedi, 2004). The growth of bio-fertilizer started with the initiation of National Project on Development and use of Bio-fertilizers during 1983-84 which continued up

Management Planning and Ethics Essay -- Morals Ethical Managing Essays

Management Planning and Ethics The recent breakdown in trust resulting from the lack of character of some leaders in corporate America should cause less finger-pointing and more serious introspection. These leaders are not from outer space, here to impose some alien standard of conduct, but came from among us and as such, reflect attitudes and values that we have lazily slipped into. The tendency is to punish the â€Å"evil-doers† and move on confidently in the knowledge that the problem has been solved. Certainly there should be a punishment and one sufficient enough to give all of us pause when considering giving in to expediency, but if we are to â€Å"solve† the problem, the incentive is on us to look at ourselves and shore up our own character where we find it lacking. It isn’t a problem of an approach that backfired because it wasn’t given enough time to run its course, it was that an approach was taken that was wrong. Betraying the trust of those you serve even for what is considered to be a desirable end sought by all parties involved can only hurt everyone connected to the expedient course of action taken. The expedient course is rarely the best course and in the end it taints us. As English poet Robert Southey noted, â€Å"Never let a man imagine that he can pursue a good end by evil means, without sinning against his own soul. The evil effect on himself is certain† (www.questia.com) In a less stable world, a leader will rely more on inner resources than on the shifting sands of social convention. If those inner resources are not built on a solid foundation then that leader will only contribute to the problem rather than stand as a guiding beacon and provide the direction we need. Certainly, the underlying reason for business is to make a profit, but if it can’t be made honestly, then it can’t be made. Expediency may lead to short-term gain but long-term success can only come from a commitment to doing what is right even when that course of action may not seem to be in our short-term best interest. The 19th century U. S. Navy oceanographer Matthew Fontaine Maury rightly exhorted us that â€Å"where principle is involved, be deaf to expediency† (www.confederatenavalhistory.com). Failure to examine these issues in our own lives will create a pool of leaders destined to commit the same mistakes. The leadership of Spirit Riders Motorcycle Ministry rec... ...ns are accused of being hypocritical and they are soon denounced by social critics. Consequently, some leaders may fear sticking their necks out publicly to announce an ethics management program. The leadership of Spirit Riders Motorcycle Ministry utilized the ‘Six Pillars of Character’ developed by the Josephson Institute of Ethics in our strategic planning process. Examples of ethical values might include: 1)  Ã‚  Ã‚  Ã‚  Ã‚  Trustworthiness: honesty, integrity, promise keeping, loyalty 2)  Ã‚  Ã‚  Ã‚  Ã‚  Respect: autonomy, privacy, dignity, courtesy, tolerance, acceptance 3)  Ã‚  Ã‚  Ã‚  Ã‚  Responsibility: accountability, pursuit of excellence 4)  Ã‚  Ã‚  Ã‚  Ã‚  Caring: compassion, consideration, giving, sharing, kindness, loving 5)  Ã‚  Ã‚  Ã‚  Ã‚  Justice and fairness: procedural fairness, impartiality, consistency, equity, equality, and due process 6)  Ã‚  Ã‚  Ã‚  Ã‚  Civic virtue and citizenship: law abiding, community service, and protection of environment References www.civil-war.net. Confederate States Navy Officers. Accessed on November 24, 2004. www.confederatenavalhistory.com, accessed on November 24, 2004. www.josephsoninstitute.org, accessed on November 25, 2004. www.questia.com, accessed on November 19, 2004. Management Planning and Ethics Essay -- Morals Ethical Managing Essays Management Planning and Ethics The recent breakdown in trust resulting from the lack of character of some leaders in corporate America should cause less finger-pointing and more serious introspection. These leaders are not from outer space, here to impose some alien standard of conduct, but came from among us and as such, reflect attitudes and values that we have lazily slipped into. The tendency is to punish the â€Å"evil-doers† and move on confidently in the knowledge that the problem has been solved. Certainly there should be a punishment and one sufficient enough to give all of us pause when considering giving in to expediency, but if we are to â€Å"solve† the problem, the incentive is on us to look at ourselves and shore up our own character where we find it lacking. It isn’t a problem of an approach that backfired because it wasn’t given enough time to run its course, it was that an approach was taken that was wrong. Betraying the trust of those you serve even for what is considered to be a desirable end sought by all parties involved can only hurt everyone connected to the expedient course of action taken. The expedient course is rarely the best course and in the end it taints us. As English poet Robert Southey noted, â€Å"Never let a man imagine that he can pursue a good end by evil means, without sinning against his own soul. The evil effect on himself is certain† (www.questia.com) In a less stable world, a leader will rely more on inner resources than on the shifting sands of social convention. If those inner resources are not built on a solid foundation then that leader will only contribute to the problem rather than stand as a guiding beacon and provide the direction we need. Certainly, the underlying reason for business is to make a profit, but if it can’t be made honestly, then it can’t be made. Expediency may lead to short-term gain but long-term success can only come from a commitment to doing what is right even when that course of action may not seem to be in our short-term best interest. The 19th century U. S. Navy oceanographer Matthew Fontaine Maury rightly exhorted us that â€Å"where principle is involved, be deaf to expediency† (www.confederatenavalhistory.com). Failure to examine these issues in our own lives will create a pool of leaders destined to commit the same mistakes. The leadership of Spirit Riders Motorcycle Ministry rec... ...ns are accused of being hypocritical and they are soon denounced by social critics. Consequently, some leaders may fear sticking their necks out publicly to announce an ethics management program. The leadership of Spirit Riders Motorcycle Ministry utilized the ‘Six Pillars of Character’ developed by the Josephson Institute of Ethics in our strategic planning process. Examples of ethical values might include: 1)  Ã‚  Ã‚  Ã‚  Ã‚  Trustworthiness: honesty, integrity, promise keeping, loyalty 2)  Ã‚  Ã‚  Ã‚  Ã‚  Respect: autonomy, privacy, dignity, courtesy, tolerance, acceptance 3)  Ã‚  Ã‚  Ã‚  Ã‚  Responsibility: accountability, pursuit of excellence 4)  Ã‚  Ã‚  Ã‚  Ã‚  Caring: compassion, consideration, giving, sharing, kindness, loving 5)  Ã‚  Ã‚  Ã‚  Ã‚  Justice and fairness: procedural fairness, impartiality, consistency, equity, equality, and due process 6)  Ã‚  Ã‚  Ã‚  Ã‚  Civic virtue and citizenship: law abiding, community service, and protection of environment References www.civil-war.net. Confederate States Navy Officers. Accessed on November 24, 2004. www.confederatenavalhistory.com, accessed on November 24, 2004. www.josephsoninstitute.org, accessed on November 25, 2004. www.questia.com, accessed on November 19, 2004.

Free Hamlet Essays: Role of Women in Hamlet :: GCSE Coursework Shakespeare Hamlet

Hamlet   Role of Women For many years in the past women played a small role socially, economically, and politically. As a result of this many works in literature were reflective of this diminutive role of women. In Elizabethan theatres small boys dressed and played the roles of women. In contrast to this trend, in Shakespeare's Hamlet the women in the play are driving factors for the actions of many other characters. Both Gertrude, Hamlet's mother, and Ophelia, Hamlet's love, affected many of the decisions and actions done by Hamlet. Gertrude influenced Hamlet significantly throughout the course of the play. Hamlet was very angered by his mother's remarriage. A few months after his father's death, Gertrude married Claudius, Hamlet's uncle. He was driven mad when his father's ghost appeared to him and revealed that Claudius was responsible for the death of Old Hamlet. Hamlet even termed the marriage as incest. Hamlet's fury is displayed when he throws his mother on the bed and says, "Frailty, thy name is woman" (Act #. Scene #. Line #). This shows his extent of anger because he makes a generalization that all women are weak. As a result of his mother's actions, Hamlet strives to seek revenge against Claudius for the death of his father. In order to marry Gertrude, Claudius kills his brother. Therefore, Gertrude is the driving factor for the whole setup of the play. Another significant female character is Ophelia, Hamlet's love. Hamlet's quest for revenge interferes with his relationship with Ophelia. There is much evidence to show that Hamlet loved her a great deal, but his pretense of madness drove her to her death. Ophelia drowned not knowing what was happening to her. This can be deduced by the fact that she flowed down the river singing and happy when in truth she was heartbroken. Ophelia was very much afraid when she saw Hamlet "with his doublet all unbraced; No hat upon his head; his stockings foul'd, Ungarter'd, and down-gyved to his ancle" (Act #. Scene #. Line #). She described him as being "loosed out of hell" (Act #. Scene #. Line #). In addition to that he scared her when he left the room with his eyes still fixed on her. She is especially hurt when Hamlet tells her that he no longer loves her and that he is opposed to marriage. He advises her to go to a nunnery and avoid marriage if she can.

Ingersoll Rand (a) Decision Sheet

Ingersoll-Rand (A) Problem Statement To decide the distribution channel to use for the Centac 200, the new 200 hp centrifugal air compressor. Whether the distribution be handled by the direct sales team or use the distributor/air centre channel. Also, the case highlights merits and demerits of each of the channels in detail. Decision Clabough should opt for the direct sales team channel. Rationale for Decision Experience – Historically, the centrifugal air compressors have been handled by the direct sales team only owing to their large hp size and technical expertise required. They have the required experience to sell centrifugals. * Competition – Also, the nearest potential competition to Centac 200 is from the Z series rotary compressor from Atlas-Copco’s which is being sold by distributors. So by opting to sell through the direct sales team, IR can avoid head-on competition and also completely differentiate a rotary from a centrifugal in the market. Expertise – Considering that it is the first medium centrifugal, the direct sales team is better positioned to supply the technical expertise. They have well established service capabilities. If IR chooses the distributor channel, it will have to incur additional costs(and time) on intense distributor training. * Attractiveness – May not be attractive to distributors owing to the very low spare part requirements in centrifugals. Apart from that, IR would not want the attention of distributors to be shifted from the smaller compressors, which form a big share of its total revenues. Recommendation In order to combat the risk of sales reps ignoring the Centac 200, IR may choose to offer higher sales commission to the direct sales team on Centac 200 sales. Also, the â€Å"Full Partner Program† can be extended to centrifugals too where the distributors earn commission on references made to the sale team, thereby also involving the distributors in the process.

Factors that affect enzyme activity

Since the active site for all molecules of one enzyme will be made up of the same arrangement of amino acids, It has a highly specific shape. Generally, there is only one active site on each enzyme molecule and only one type of substrate molecule will fit into it. This specificity leads to the lock and key hypothesis, Source 1: http:/twwa. s-cool. co. uk/a-level/blology/ biological-molecules-and-enzymes/revise-it/enzymes Source 2: http://cllck4blology. lnfo/c4b?/chem3. 6. htm#one a) Large globular protein enzyme b) Active Site where the substrate combines to the enzyme ) Substrate which fits the active site d) Activated complex.The substrate is weakened to allow the reaction. e) Unchanged enzyme/ re-used at low concentration f) Product of the reaction In my investigation, I will be using the enzyme catalase, which is found in most living organisms. It catalyses the decomposition of hydrogen peroxide Into water and oxygen. 2H202 + catalase > 2820 + 02 Catalase dramatically reduces the activation energy needed for the reaction. Without catalase the decomposition would take much longer, and would not be fast enough to sustain human life.Hydrogen peroxide is also a dangerous, very potent by-product of metabolism, so it is essential that it is broken down quickly, otherwise it would cause damage to cells. The activity of an enzyme is affected by its environmental conditions. Changing these will alter the rate of reaction caused by the enzyme. In nature, organisms adjust the conditions of their enzymes to produce an optimum rate of reaction, where necessary, or they may have enzymes which are adapted to function well In extreme conditions where they live.Enzyme Concentration: at low enzyme concentration there is great competition for he active sites and the rate of reaction is low. As the enzyme concentration increases, there are more active sites and the reaction can proceed at a faster rate, for more enzymes will be colliding with substrate molecules. Eventually, i ncreasing tne enzyme concentratlon Deyona a certain polnt nas no erect Decause tne suDstrate concentration becomes the limiting factor.Inquiring upon this factor, it is obvious to anticipate increasing enzyme concentration will also increase rate of reaction based upon contextual knowledge and after casting a certain amount of enzyme oncentration, it will no longer be the limiting factor. If I experiment on this factor, I would perceive my data to resemble the graph below, as it exemplifies how increasing enzyme concentration increases rate of reaction(shown through line climbing) until it becomes the limiting factor and the rate of reaction does not increase(shown through line not climbing).Source 3 :http://alevelnotes. com/Factors- affecting-Enzyme-Activity/146 Substrate Concentration: similar to the enzyme concentration, at low concentrations of substrate there is a low rate of reaction. This is because there are few substrate molecules to react with active sites and therefore li miting the number of reactions happening. Henceforth, increasing the substrate concentration will increase the rate of reaction. This is because more substrate molecules will be colliding with enzyme molecules, so more product will be formed.However, after a certain concentration, any increase will have no effect on the rate of reaction, since Substrate Concentration will no longer be the limiting factor. The enzymes will effectively become saturated, and will be working at their maximum possible rate. If I was to investigate this factor, I would predict the rate of reaction will increase as substrate concentration increases, until a certain concentration is added when the substrate molecules are in excess resulting in enzyme saturation.The graph (below) demonstrates my prediction. Source 3 :http://alevelnotes. com/Factors-affecting-Enzyme-Activity/146 enzyme and substrate Simple image portraying proposed image for concentration (discussed in according factors). Mentioned as â€Å" picture of proposed investigation below' Temperature: All enzymes ave optimal temperatures, the temperature at which an enzyme produces the highest reaction rate for a specific reaction. The majority of enzymes in the human body works best at 37 Celsius degrees.This is because 37 degrees Celsius is the bodys internal temperature and enzymes such as catalase, have been adapted to work best at that certain temperature. Below the optimum temperature, substrates have little kinetic energy and fewer enter the active site to be catalyzed. However, as temperature increases towards the optimum, the substrates and enzymes gain more inetic energy and collide more often leading to a chemical reaction. When the temperature goes above the optimum, the bonds holding enzymes together also gain kinetic energy, increasing the speed at which they vibrate.This leads to the bonds breaking within the enzyme, making it change shape. This change in shape means that the active site is less complementary to the shape of the substrate, so that it is less likely to catalyse the reaction. Eventually, the enzyme will Decome denatured ana will no longer Tunctlon. I nen as temperature Increases more nzymes' molecules' active sites will become less complementary for the substrate molecules and then more enzymes will be denatured.This will decrease the rate of reaction. If I examined this factor, I would predict that the rate of reaction will peak at 37 degrees Celsius, as that is the optimum temperature of catalase. Also, as stated in the latter paragraph, increasing or decreasing the temperature from its optimum will lower the rate of reaction. Therefore, I should expect the data I collected to be similar of the graph below. Source 4: http://www. rsc. rg/Education/Teachers/Resources/cfb/ enzymes. tm PH: pH measures the acidity and basicity ofa solution. It is a measure of the hydrogen ion (H+) concentration, and therefore a good indicator of the hydroxide ion (OH-) concentration. It ranges from PHI to pH14. Lower pH values mean higher H + concentrations and lower OH- concentrations. Unlike the same optimal temperature for all enzymes that dwell in the human body (370c); the optimum pH varies for the enzymes. For example, the enzyme pepsin has an optimum pH of 2. 0 whereas catalase has an optimum of 7. 6.Enzymes in different locations have different Optimum pH values since their environmental conditions may be different. In this instance, pepsin operates most competently at pH 2 because it is commonly found in the stomach, where pH is low due to the presence of hydrochloric acid. Enzymes work in small ranges of pH values, so any change above or below the optimum will cause a sudden decrease in rate of reaction, since more of the enzyme molecules will have active sites whose shapes are not (or at least are less) complementary to the shape of their substrate.Small changes below or above the optimum, does not cause a permanent change to the enzymes since the bonds can be reformed. However, extreme changes in pH can cause enzymes to denature and permanently loose their function. When the pH is changed from the optimal of the certain enzyme, the H+ and OH- interfere with hydrogen and ionic bonds that hold together an enzyme, since they will be attracted or repelled by the charges created by the bonds. This interference causes a change in the shape of the enzyme and most importantly, the active site.