The Environment And Effect On Human Health Environmental Sciences Essay

Polychlorinated Biphenyls are a group of manmade chemicals. They make up a group of two hundred and nine person chlorinated biphenyl rings, known as congeners. In the concentrated signifier, PCBs are oily liquids, oily solids, and clear to yellow in colour. ( EPA, 2012 ) . They have no odor or gustatory sensation. ( EPA, 2012 ) . They are really stable mixtures that are immune to extreme temperature and force per unit area. They have a low grade of responsiveness. PCBs are non flammable, have high electrical opposition, and are good dielectrics. ( Barbalace, 2002 ) PCBs were seen as an industrial discovery, because of its chemical belongingss. Before their prohibition in 1979, Polychlorinated biphenyls entered the environment during their industry and us in the United States. The organic chemicals were foremost manufactured by Monsanto in 1929. Prior to their prohibition, PCBs were used in 100s of industrial and commercial applications, as electrical dielectrics. Uses for PCBS included transformers, electrical equipment, hydraulic fluids, oil based pigment, carbonless C paper, compressors, heat transportation systems, pigments, adhesives, liquid cooled electric motors, fluorescent bulbs, overseas telegram insularity, plastic, and the list goes on. ( EPA, 2012 ) . Domestic utilizations included cereal boxes and bread negligees. Because of its function in prevent fires and an detonation, the chemical was required by fire codification. PCBs were seen as the ideal dielectric for companies and consumers. The qualities that make PCBs wanted by consumers and companies are besides the 1s that make it risky to the environment and human wellness. PCBs ‘ high thermal and chemical opposition means they do non interrupt down easy when exposed to heat or chemical interventions doing it to be difficult to acquire out of the environment. Since they do non interrupt down they remain in the environment and go on to construct up. Today, the chemicals can still be released in the environment through spills, leaks, and improper disposal and storage. More than half of the PCBs produced during 1929-1979 have been released into the environment. ( Barbalace, 2012 ) . Although PCBs are no longer commercially manufactured or widely used, there are still ways people can be exposed to concentrated Polychlorinated Biphenyls. The most common exposures include through nutrient, surface dirts, imbibing and land H2O, indoor air, and in the workplace. PCBs are an organic pollutant. Companies that used the substance contaminated the environment through its utilizations and disposals. In 1935, the Monsanto Company purchased the Theodore Swann chemical company and began fabricating PCBs in the United States. Monsanto continued to bring forth PCBs at its Anniston works until 1971. ( Lyons, 2004 ) . During its 40 old ages of fabricating PCBs as an electrical dielectric, the Monsanto Company flushed 10s of 1000s of lbs of PCBs into nearby brook and buried 1000000s more lbs in a hillside landfill. ( Lyons, 2004 ) . The Monsanto Company was sued by 1000s of current and former occupants of Anniston, who claim the company was cognizant of the dangers posed by PCBs and actively schemed to conceal this information from the nearby populace. ( Firestone, 2002 ) . In 1966, Monsanto directors discovered fish near the waste sites turned belly side up spirting blood and tear uping tegument, within 10 seconds of the PCBs disposal. ( Firestone, 2002 ) . The company hid their findings. In 1969, fish were found with 7500 times the legal PCB degree. ( Grunwald, 2002 ) . Company records reveal the company ‘s determination that â€Å" there was no ground to travel to expensive extremes in restricting discharge organize the works † . ( Grunwald, 2002 ) . The company was ordered to pay $ 53 million in killing cost and agreed to a planetary colony affecting current and future instances in Alabama. ( Lyons, 2004 ) . There are legion known contaminated sites around the U.S. Among the most unsafe of these, A is the Hudson River Valley. In 1947-1977, General Electric ( GE ) began dumping PCB in the river. By the prohibition in 1979, an estimated 1.3 million lbs of the man-made chemical had entered the Hudson river. The Hudson River was contaminated with PCB pollution. Twenty old ages subsequently, functionaries still have to cover with the environmental consequence of PCBs in the bedrocks of the Hudson River. ( Mele, 1998 ) . PCBs are now found throughout the Hudson River ecosystem, in in deposit, H2O, and wildlife. ( Mele, 1998 ) . The spread of PCBs throughout the Hudson River and the nutrient concatenation has created one of the most widespread, risky waste jobs in the nation.A The EPA ordered the General Electric Company to pay 460 million dollars to dredge the PCBs it had dumped into the Hudson River. ( Grunwald, 2002 ) . The Environmental Protection Agency Prevention regulates PCBs through the Toxic Substances Control Act ( TSCA ) . The Act bans the usage, distribution, industry, and processing of PCBs. TSCA gives EPA the authorization to develop and implement ordinances refering the industry, usage, killing, and proper disposal of PCBs. ( EPA, 2012 ) . Through the environment, worlds came into contact with the chemical. Polychlorinated Biphenyls are linked to legion wellness jeopardy. It has an acute toxic affect. Skin annoyances can happen in people exposed to high degrees of PCBs. Studies in the workplace suggest that exposure to PCBs may besides do annoyance of the nose and lungs. PCBs are a likely human carcinogen. EPAA?s ordinances on cancer-causing chemicals use the term `probableA? when a chemical is known to do malignant neoplastic disease in animate beings and where there is grounds that suggests that it causes malignant neoplastic disease in worlds but which is non conclusive. Surveies of PCBs in worlds have found increased rates of malignant neoplastic disease patients that may be connected to the man-made chemical. PCBs are known to do a assortment of types of malignant neoplastic disease in rats, mice, and other survey animate beings. ( EPA, 2012 ) Polychlorinated Biphenyls are linked to developmental effects. Proper development of the nervous system is critical for early acquisition and can hold potentially important deductions for the wellness of persons throughout their life-times. ( EPA, 2012 ) . Womans exposed to PCBs before or during gestation can give birth to kids with important neurological and motor control jobs. These jobs include lowered IQ and hapless short-run memory. ( EPA, 2012 ) . PCBs disrupt endocrine map. PCBs with merely a few Cl atoms can mime the bodyA?s natural endocrines. PCBs are besides thought to play a function in decreased sperm figure, reformed sex variety meats, pubescence, and altered sex ratios of kids. PCBs with more Cl atoms act like dioxins in changing the metamorphosis of sex steroids in the organic structure, which change the normal degrees of estrogens and testosterone. PCBs besides upset the balance of thyroid endocrines, which may impact the growing, rational, and behavioural development. ( EPA, 2012 ) . PCBs are found throughout the environment, and it may be impossible to avoid coming into contact with Polychlorinated Biphenyls. Peoples can seek avoiding contact with contaminated dirts and deposits. ( Wisconsin, 2012 ) . Practice good hygiene wonts. Restrict their ingestion of sport-caught fish. Wash fruits and veggies before eating them. Besides, if any member of the family works with old electrical equipment be certain the equipment is decently maintained and the country is good ventilated. ( Wisconsin, 2012 ) . Polychlorinated Biphenyls are a chemical that will non travel off. The Environmental Protection Agency is seeking their best to free the environment of its effects. The features of the man-made drug cause it to be transported easy and difficult to interrupt down. The drug has caused damaged to the environment, and the people around the environment. Polychlorinated Biphenyls will hold a lifetime consequence on the environment and people. Beginnings Barbalace, Roberta C. â€Å" The Chemistry of Polychlorinated Biphenyls. â€Å" A : PCB, The Manmade Chemicals That Wo n't Travel Away ( EnvironmentalChemistry.com ) . N.p. , n.d. Web. 27 Aug. 2012. & lt ; hypertext transfer protocol: //environmentalchemistry.com/yogi/chemistry/pcb.html & gt ; . Environmental Protection Agency. â€Å" Polychlorinated Biphenyls. â€Å" A EPA. Environmental Protection Agency, n.d. Web. 7 Sept. 2012. & lt ; hypertext transfer protocol: //www.epa.gov/epawaste/hazard/tsd/pcbs/index.htm & gt ; . Firestone, David. â€Å" Alabama Jury Says Monsanto Polluted Town. â€Å" A The New York Times. N.p. , 23 Feb. 2002. Web. 7 Sept. 2012. & lt ; Alabama Jury Says Monsanto Polluted Town & gt ; . Grunwald, Michael. â€Å" Monsanto Held Liable For PCB Dumping. â€Å" A The Washington Post. Raw Food Info, 23 Feb. 2002. Web. 7 Sept. 2012. & lt ; Monsanto Held Liable For PCB Dumping & gt ; . Lyon, Steve. â€Å" PCB Pollution in Anniston, Alabama. † Reading.A Commonweal. Professor Raquel Pinderhughes. San Francisco State Unversity. Urban Studies and Environmental Programs, 2004. Web. 7 Sept. 2012. & lt ; hypertext transfer protocol: //www.commonweal.org/programs/brc/ppt-presentations/Anniston_AL_PCB.pdf & gt ; . â€Å" Human Health Hazards – PCBs and Your Health. â€Å" A Human Health Hazards – PCBs and Your Health. N.p. , n.d. Web. 7 Sept. 2012. & lt ; hypertext transfer protocol: //www.dhs.wisconsin.gov/eh/hlthhaz/fs/pcblink.htm & gt ; . The Hudson River PCB Story – A Toxic Heritage. Dir. Andy Mele. W. Alton Jones Foundation, 1998. Short Film.A The Hudson River PCB Story – A Toxic Heritage. Web. 7 Sept. 2012. & lt ; hypertext transfer protocol: //www.clearwater.org/pcb.html & gt ; . â€Å" What Are The Human Health Effects Of PCBs? â€Å" A What Are The Human Health Effects Of PCBs? A N.p. , n.d. Web. 7 Sept. 2012. & lt ; hypertext transfer protocol: //www.clearwater.org/news/pcbhealth.html & gt ; .

Free Essays on Coca Cola

The Coca-Cola company started out as an insignificant one man business and over the last one hundred and ten years it has grown into one of the largest companies in the world. The first operator of the company was Dr. John Pemberton and the current operator is Roberto Goizueta. Without societies help, Coca-Cola could not have become over a 50 billion dollar business. Coca-Cola was invented by Dr. John Pemberton, an Atlanta pharmacist. He concocted the formula in a three legged brass kettle in his backyard on May 8, 1886. He mixed a combination of lime, cinnamon, coca leaves, and the seeds of a Brazilian shrub to make the fabulous beverage. Coca-Cola debuted in Atlanta's largest pharmacy, Jacob's Pharmacy, as a five cent non-carbonated beverage. Later on, the carbonated water was added to the syrup to make the beverage that we know today as Coca-Cola. Coca-Cola was originally used as a nerve and brain tonic and a medical elixir. Coca-Cola was named by Frank Robinson, one of Pemberton's close friends, he also penned the famous Coca-Cola logo in unique script. Dr. John Pemberton sold a portion of the Coca-Cola company to Asa Candler, after Pemberton's death the remainder was sold to Candler. Pemberton was forced to sell because he was in a state of poor health and was in debt. He had paid $76.96 for advertising, but he only made $50.00 in profits. Candler acquired the whole company for $2,300. Candler achieved a lot during his time as owner of the company. On January 31, 1893, the famous Coca-Cola formula was patented. He also opened the first syrup manufacturing plant in 1884. His great achievement was large scale bottling of Coca-Cola in 1899. In 1915, The Root Glass Company made the contour bottle for the Coca-Cola company. Candler aggressively advertised Coca-Cola in newspapers and on billboards. In the newspapers, he would give away coupons for a free Coke at any fountain. Coca-Cola was sold after the Prohibition Era t... Free Essays on Coca Cola Free Essays on Coca Cola The Coca-Cola company started out as an insignificant one man business and over the last one hundred and ten years it has grown into one of the largest companies in the world. The first operator of the company was Dr. John Pemberton and the current operator is Roberto Goizueta. Without societies help, Coca-Cola could not have become over a 50 billion dollar business. Coca-Cola was invented by Dr. John Pemberton, an Atlanta pharmacist. He concocted the formula in a three legged brass kettle in his backyard on May 8, 1886. He mixed a combination of lime, cinnamon, coca leaves, and the seeds of a Brazilian shrub to make the fabulous beverage(Things go better with Coke 14). Coca-Cola debuted in Atlanta's largest pharmacy, Jacob's Pharmacy, as a five cent non- carbonated beverage. Later on, the carbonated water was added to the syrup to make the beverage that we know today as Coca-Cola. Coca-Cola was originally used as a nerve and brain tonic and a medical elixir. Coca-Cola was named by Frank Robinson, one of Pemberton's close friends, he also penned the famous Coca-Cola logo in unique script. Dr. John Pemberton sold a portion of the Coca-Cola company to Asa Candler, after Pemberton's death the remainder was sold to Candler. Pemberton was forced to sell because he was in a state of poor health and was in debt. He had paid $76.96 for advertising, but he only made $50.00 in profits. Candler acquired the whole company for $2,300. Candler achieved a lot during his time as owner of the company. On January 31,1893, the famous Coca-Cola formula was patented. He also opened the first syrup manufacturing plant in 1884. His great achievement was large scale bottling of Coca-Cola in 1899. In 1915, The Root Glass Company made the contour bottle for the Coca-Cola company. Candler aggressively advertised Coca-Cola in newspapers and on billboards. In the newspapers, he would give away coupons for a free Coke at any fountain. Coca-Cola was sold a... Free Essays on Coca Cola John Pemberton invented Coca Cola in 1886. He was a pharmacist who worked in Atlanta, Georgia. John made patent medicines and produced Coca Cola. His bookkeeper, Frank Robinson thought of the name because it was made of coca leaves and kola nuts. In John’s first year of selling Coca Cola he only made fifty dollars. John became very ill and he sold two-thirds of his company in 1888. John died. A man named Asa Candler, an Atlanta wholesale druggist, and his brother bought The Coca Cola Company for 2,300 dollars in 1891. Coca Cola was registered for a patented trademark in 1893. Since it was made with cocaine, Asa reduced the amount of coca leaves because of the dangers of cocaine. Asa only had a patent on the name and not the drink syrup itself. Other companies made soda with coca nuts such as the Pepsi company, which was Coca Cola’s major competitor. Asa spent 11,000 dollars on advertisement. The logo was shown on walls, posters, calendars and drinking glasses. A candy store owner installed bottled machines which had bottled coke but before it was only sold in soda fountains. In 1894 the company opened its first production plant in Dallas, Texas. In 1915 Asa Candler retired from the coca cola company and into politics. He passed it on to his children. Later he was elected mayor of Atlanta. In 1899 Benjamin Thomas and Joseph Whitehead, from Chattanooga, Tennessee, bought rights to distribute Coke syrup to bottlers for only one dollar. Asa saw very little profit in bottling and wanted to give up that part of the business. Benjamin and Joseph split their partnership because of time and money. In 1919, the whole Candler family sold the Coca Cola Company to Ernest Woodruff for twenty-five million dollars. In 1923, Ernest’s son, Robert, was elected the companies president. Robert made two new slogans which were â€Å"The pause that refreshes† and â€Å"It’s the real thing†. During World War II, Ernest Woodruff increased Cokeï ¿ ½... Free Essays on Coca Cola The Coca-Cola company started out as an insignificant one man business and over the last one hundred and ten years it has grown into one of the largest companies in the world. The first operator of the company was Dr. John Pemberton and the current operator is Roberto Goizueta. Without societies help, Coca-Cola could not have become over a 50 billion dollar business. Coca-Cola was invented by Dr. John Pemberton, an Atlanta pharmacist. He concocted the formula in a three legged brass kettle in his backyard on May 8, 1886. He mixed a combination of lime, cinnamon, coca leaves, and the seeds of a Brazilian shrub to make the fabulous beverage. Coca-Cola debuted in Atlanta's largest pharmacy, Jacob's Pharmacy, as a five cent non-carbonated beverage. Later on, the carbonated water was added to the syrup to make the beverage that we know today as Coca-Cola. Coca-Cola was originally used as a nerve and brain tonic and a medical elixir. Coca-Cola was named by Frank Robinson, one of Pemberton's close friends, he also penned the famous Coca-Cola logo in unique script. Dr. John Pemberton sold a portion of the Coca-Cola company to Asa Candler, after Pemberton's death the remainder was sold to Candler. Pemberton was forced to sell because he was in a state of poor health and was in debt. He had paid $76.96 for advertising, but he only made $50.00 in profits. Candler acquired the whole company for $2,300. Candler achieved a lot during his time as owner of the company. On January 31, 1893, the famous Coca-Cola formula was patented. He also opened the first syrup manufacturing plant in 1884. His great achievement was large scale bottling of Coca-Cola in 1899. In 1915, The Root Glass Company made the contour bottle for the Coca-Cola company. Candler aggressively advertised Coca-Cola in newspapers and on billboards. In the newspapers, he would give away coupons for a free Coke at any fountain. Coca-Cola was sold after the Prohibition Era t...

The Health and Pollution Risks of Charcoal Grilling

The Health and Pollution Risks of Charcoal Grilling Cooking with grills can be problematic for two reasons. First, both charcoal and wood burn â€Å"dirty,† producing not only hydrocarbons but also tiny soot particles that pollute the air and can aggravate heart and lung problems. Secondly, the grilling of meat can form two kinds of potentially carcinogenic compounds in the cooked meat: polycyclic aromatic hydrocarbons (PAHs) and heterocyclic amines (HCAs). Charcoal Grilling May Pose Cancer Risks According to the American Cancer Society, PAHs form when fat from meat drips onto the charcoal. They then rise with the smoke and can get deposited on the food. They can also form directly on the food as it is charred. The hotter the temperature and the longer the meat cooks, the more HCAs are formed. HCAs can also form on broiled and pan-fried beef, pork, fowl, and fish. In fact, National Cancer Institute researchers have identified 17 different HCAs that result from cooking â€Å"muscle meats,† HCAs that may pose human cancer risks. Studies have also shown an increased risk of colorectal, pancreatic, and breast cancers associated with high intakes of well done, fried, or barbequed meats. Cooking With Charcoal Grills Adds to Air Pollution According to the Texas Commission on Environmental Air Quality, Texans who like to say that they â€Å"live and breathe barbecue† may be doing just that to the detriment of their health. A 2003 study by scientists from Rice University found that microscopic bits of polyunsaturated fatty acids released into the atmosphere from cooking meat on backyard barbecues were helping to pollute the air in Houston. The city at times registers air quality levels that rank it one of the more polluted urban areas in the United State. Emissions from barbecues, however, are certainly dwarfed by those generated by motor vehicles and industry. Both briquettes and lump charcoal create air pollution. The production of lump charcoal, made from charred wood to add flavor, creates other environmental hazards. Their production contributes to deforestation and adds to the greenhouse gases in the atmosphere. Charcoal briquettes do have the benefit of being made partly from sawdust, which is a good use of waste wood. Popular brands, however, may also contain coal dust, starch, sodium nitrate, limestone, and borax. Canada Considers Charcoal Hazardous In Canada, charcoal is now a restricted product under the Hazardous Products Act. According to the Canadian Department of Justice, charcoal briquettes in bags that are advertised, imported to, or sold in Canada must display a label warning of the potential hazards of the product. No such requirements presently exist in the United States. Avoid Health Risks by Using Natural Charcoal Consumers can avoid exposure to these potentially harmful additives by sticking with so-called natural charcoal brands. Look for charcoal made of 100 percent hardwood and containing no coal, oil, limestone, or petroleum products. Third-party certification programs, like the Forest Stewardship Council, can help choose products that are harvested in a sustainable fashion. Edited by Frederic Beaudry.

Cellular Network Comparisons Essay Example | Topics and Well Written Essays - 1000 words

Cellular Network Comparisons - Essay Example Some the cellular networks include; UMTS, EV-DO, LTE, WiMax and Satellite (Kostas 38)2. The UMTS (Universal Mobile Telecommunications System) is known as the third world (3G) wireless frequency that is used on the (GSM) Global System for Mobile communication, to convey text, audiovisual, digitized voice as well as multimedia (Markus 62)3. The network architecture of UMTS entails simply of enodeBs continuously on the network. The functional components of UMTS are User Equipment (EU), the essential network as well as the Radio Network System (RNS) which delivers then bring about air interface fort and the call processing of UMTS involves controlling the call operating layer nodes. The weakness of UMTS might be distortion and weak signal while its strength is linked to the high speed to transfer voice as well as mobile data (Markus 93).The EV-DO (Evolution Data Only or Evolution Data Optimized) is a procedure intended to transfer high speed moveable data as well as voice (Markus 72). EV -DO network architecture is centered on wireless Internet Protocol architecture while the functional components of EV-DO are the Core Network (CN), the Radio Access Networks (RAN) and the Mobile Station (MS). The call processing are boosted by IS -95 over high speed data period. The weakness of EV-DO may be distortion as well as weak signal while its strength is allied to the high speed to convey voice plus wireless data (Markus 493). LTE (Long Term Evolution) is a  standard wireless communication, legally submitted as a contender  for a 4G  structure to  ITU-T. LTE is still on Continual architecture network improvement radio technology and its functional component was tested publicized and the achievement of a 4G trial where it succeeded an extreme  packet  its strength broadcast rate of about 5  Gbit/s in the downlink consuming 100  MHz frequency bandwidth to a wireless place stirring at 10  km/h while LTE weakness might be distortion as well as streaming signal. The WiMax refers to Worldwide Interoperability for Microwave Access, the WiMax network architecture is built on the Internet Protocol based where the network is split into three rations called ASN (the access service networks,) the mobile stations (MS) and the connectivity service network (CSN) which runs Internet Protocol linkage (Goff 77)4. The functional components of WiMax cellular network are the BS (base station), the connectivity service network (CSN) as well as the ASN-GW (access service network gateway) (Goff 66). Call process of WiMax session is started once the mobile station (MS) effectively complete the method of linking into the network, thus necessitates opening BCE Basic Capability Exchange, the recording and verification and Internet Protocol obligations. WiMax Strengths is that it is easily accessed, inexpensive and applied effortlessly, WiMax has a wireless broadband that alternate to Cable (Goff 300) while WiMax weakness is that the set up cost is costly, strang ely limited personnel may be capable, and WiMax networking safety might be weak (Goff 340). Satellite is a technology used to communication and is positioned into orbit by human endeavor. The functional component of human made satellite in the delivering of its mandate to cellular networks is to offer communication proficiencies

Dose spirituality have a place in the organisation when a manager is Research Paper

Dose spirituality have a place in the organisation when a manager is tackling issue such as sustainability - Research Paper Example also involves the psychological contract that exists between the employee and the organization for acknowledging the connectivity to the humanity, ecology, community, selfless work, integrity, and care. Fornaciari and Dean (2001) argue that, it has facilitated the linkage to ethics and values in order to allow for the alignment of the organization values in accordance to their philosophical or religious roots. Through this, the managers are able to understand spiritual yearnings of the employees in order to help them in establishing ways for addressing the work of the organization. Mohamed, Wisnieski, Askar and Syed (2004) explains that, it also provides with a deeper allegiance that increases the discretionally effort that in turn fosters the organization sustainability. In the instances of the employee motivation being low, the engagement of the employee to the flourishing of the organizational leads to the profits that are targeted also for the sustainability of the organization. The spirituality in the organization encourages employees to flourish thus leading to a good organizational performance improvement, thus the spiritual initiatives tend to have the influence on the financial return. Foundation for workplace spirituality. (2006). Resources: Organizational spirituality – away with the fairies. Retrieved on 9 march 2012 from

A Critical Discussion on the Issue of Gay Marriage Essay

A Critical Discussion on the Issue of Gay Marriage - Essay Example For the purpose of arguments, the term traditional marriage will represent a marriage between consenting adults of opposite genders, and the term gay marriage will relate to male/male, female/female as well as transgender marriage. One could argue that the majority of arguments against gay marriage are moralistic in nature. The first such example is those gay relationships and by extension gay marriage are forbidden by most religious texts. By contrast, traditional marriages are held up as the preferred model using religious texts. According to Eckholm (2011), it was identified that homosexuality in regards to the Christian faith was not in accordance with God's law on sexual morality. Some people who oppose gay marriage would do so because they differentiate between religious and civil unions. As such, some people only recognize religious unions and in specific terms oppose the idea of the state overseeing and approving marriages. As gay relationships are forbidden in religious text s then gay marriage would represent a sort of sacrilege and people who adhere to a religious lifestyle may oppose gay marriages for this reason. ... From this perspective, it could also be argued that gay marriages represent a sort of slippery slope that will ultimately lead to the destruction of traditional marriages and by extension the collapse of 'traditional' society. The reasoning behind this argument is that in the eyes of some people who oppose gay marriage, the very institution of traditional marriage is for couples to raise children in a wholesome family-oriented environment, and these children go on to live productive lives and raise children of their own (Presumably also in a wholesome family environment). As is the case that gay couples cannot conceive children on their own, then gay marriage will be built on a foundation that is not considered traditional. As such some people who oppose gay marriage would do so as a means of preserving traditional societal norms.  

History of All Saints Church Margaret Street

History of All Saints Church Margaret Street 1.0 INTRODUCTION Figure 1: All Saints Margaret Street All Saints Margaret Street, (1849-59) a almost hidden beautiful church that luckily had pointed out by Hengry-Russell Hitchcock more than 40 years ago and now the church had listed Grade 1 Anglican Church in London, England(1).William Butterfield was the architect who designed this building and this church had been said as Butterfield’s masterpiece.  This church marks a turning point in the Gothic Revival building style it’s also a leading building on High Victorian Gothic style that can potray British architecture around 1850 to 1870.This church was built as a model church of Ecclesiological Society(2)and the church stands on the north side of Margaret street in Fitzrovia, that’s a place near Oxford Street. Its located in an extremely narrow site and is set back from mainstreet in a delightful court yard between the vicarage and the choir school.(3) __________________________________________________________ (1) Saints, Margaret Street, available on http://en.wikipedia.org/wiki/All_Saints,_Margaret_Street, accessed on 3th May 2015, 04;45pm. (2) Sir Banister Fletcher, A History of Architecture Nineteenth Edition, England, Borough Green, Sevenoaks, Kent TN15 8PH, UK, page 1095 (3) All Saints Margaret Street-London’s Hidden Victorian Gothic Masterpiece, available on http://www.guidedwalksinlondon.co.uk/blog/read_81612/all-saints-margaret-street-londons-hidden-victorian-gothic-masterpiece.html, accessed on 3th May 2015, 05;05pm. 2.0 Building History Figure2: Frederick Oakeley Portrait Source: available on http://www.hymnary.org/person/Oakeley_F accessed on 6th May 2015, 01:01am Figure 3: William Dodsworth portrait Source: available on http://en.wikipedia.org/wiki/William_Dodsworth accessed on 6th May 2015, 01:03 am All Saints got a lot of history that when it stands on Margaret Street since 1760s.The church had proceeded a lots of thing such as the various gradation of Dissent and Low-Churchism until 1829, William Dodsworth that’s a Tractarian become the chapel’s incumbent and he later converted to Roman Catholicism, same like one of his successors who are Federick Oakeley. Federick Oakeley said the chapel as ’a complete paragon of ugliness’ it means that he don’t like the chapel design and think it was very ugly at the time before he resign the chapel’s inclument and this word had gave the Idea to rebuild the chapel as the correct ecclesiastical style that he think about. This rebuilding chapel idea had success collected a sum of almost  £30, 000 for the rebuilding purpose. After this scheme he was succeeded by his assistant that is William Upton Richards and he was decided to carry on this rebuilding chapel plan. In 1845, Alexander Beresford said that this plan can combined with the project of the Cambridge Camden Society that they want to found a model church and his proposal had approved by Upton Richards, George Chandler who are the rector of ALL Souls, and Charles Blomfield, the Bishop of London. Sir Stephen Glynne and Sir Alexander Beresford Hope had appointed by the Cambridge Camden Society to take the fully control and oversee work of the architectural and ecclesiological aspects. Sir Stephen Glynne was unable to actively participate in this project and only Sir Alexander Beresford Hope took the charge of this rebuilding project.(4) After the plan had confirmed, William Butterfield was selected as the architect of this rebuild chapel project and this is a curious choice and they also paid Margaret street  £14, 500.(4)The last services for the old chapel was on Easter Monday, 1850.After that the foundation stone of the new building was laid All Saints’ Day of the year by Edward Bouverie Pusey. The services was held on the other temporary chapel that’s in Titchfield Street for the next nine years because of the rebuild construction for the new chapel. On 28 May 1859, the new church was finally finished the rebuild and the chapel had consecrated by Dr Trait who are the Bishop of London at that time(5). The total cost for the new church was a highly cost, including the site cost and endowments the cost was around  £70, 000. The donation helped the church a lot on this rebuilt project. ___________________________________ (4) English Church Architecture- City of Westminister: London Borough. All Saints, Margaret Street (TQ 292 815) available on http://www.english-church-architecture.net/london city of westminster/all saints, margaret street/all_saints, _margaret_street.htm, accessed on 6th May 2015, on 01:29 am. (5)All Saints, Margaret Street , available on http://en.wikipedia.org/wiki/All_Saints, _Margaret_Street, accessed on 6th May 2015, on 01:40AM. 3.0 Architecture of Building All Saints by William Butterfield had brought a new grandeur to the Gothic Revival building style and the Gothic Revival style was popular during the 1800s.’Structural Polychromy’ had became Butterfield’s habitual contribution to the Gothic Revivalist style of church architecture and the structural polychromy is the used of coloured material especially stone and bricks and tiles to make a building where colour and pattern are special in the structure. (6) In 2014 Simon Thurley who are the Chief Executive of English Heritage had listed All Saints as one of the ten most important building in England. Sir John Betjeman had said the design of the church showed Butterfield ‘going on from where the Middle Age left off’. Charles Locke Eastlake who was the 19th century architect and writer had wrote Butterfield’s design was ’a bold and magnificent endeavor to shake off the trammels of antiquarian precedent, which had long fettered the progress of the Revival, to create not a new style , but development of previous styles’. John Ruskin the Victorian critic had wrote something after seeing All Saints and he wrote’ Having done this, we may do anything;†¦and I believe it to be possible for us, not only to equal, but far to surpass, in some respects, any Gothic yet seen in Northern countries.(7) ___________________________________ (6) All Saints’ Church, Margaret Street, Church London, United Kingdom, available on http://global.britannica.com/EBchecked/topic/15911/All-Saints-Church-Margaret-Street, accessed on 6th May 2015, 01:59 AM. (7) All Saints, Margaret Street , available on http://en.wikipedia.org/wiki/All_Saints, _Margaret_Street, accessed on 6th May 2015, on 02:28AM. Figure 4: All Saints, Margaret Street exterior Source: available on http://www.londonarchitectureblog.com/search?q=all+saints+margaret+street+ accessed on 6th May 2015, 07:30AM 3.1 Building Exterior For the building exterior William Butterfield had use the innovate building material that is red brick. The church’s contrast to the other Gothic Revival churches of the 1840s that is common built by the grey Kentish ragstone and All Saints had been built by the red bricks. At that time most of the cheap churches use the red brick as the building material but Butterfield chose the red brick and this church is the first important building where brick was used decoratively. The red brick will banded and patterned with the black bricks and the sipre is banded with stone. All the decoration will make into the structure and this made All Saints the first example of ‘structure polychromy’ in London.(8) The broach spire soaring 69 meter high and it was the second height in London and it still visible above and between the shops at a few of point along the Oxford street. The columns internally include Aberdeen granite, serpentine, veined alabaster, the so-called Derbyshir e fossil ‘marble’ actually is a hard limestone capable of taking polish and among the true marbles, red Languedoc, yellow Sienna and green Connemara. And this such a palette actually rather cosmopolitan for William Butterfield that showed he was discriminate in favor for vernacular materials. William Butterfield had made his the best use of the limited space that available such about 100’ square that is church guide and placing his church along the back and setting out a courtyard at the front, covered by the place of vicar stay that’s call vicarage on the right side and a parish on the left side. The only windows able to be constructed in the North side of the clerestory because of adjoined other buildings to the north and east. The tower is the most striking feature for the external which has angle buttresses reaching up to the base of the bellstage and the bell-opening stands of two very tall and narrow. Two–light geometric bell-opening per wall and set together in the recessed rectangles with denticulation in moulded brick above.and a needle spire which is clearly the product its author. The pattern in the brickwork at the church consist chiefly of a rich of horizontal bands, zigzag and lozenges(9). As All Saints was a metropolitan church and there was a plenty of money available for the church rebuild, William Butterfield no need to limit himself on the basis of the generous capital for him to design this masterpiece. The church had success absorb people attention and although it had its critics and it was potent source for an entire generation of British architects. ___________________________________ (8) All Saints, Margaret Street , available on http://en.wikipedia.org/wiki/All_Saints, _Margaret_Street, accessed on 6th May 2015, on 07:58 AM (9) ) English Church Architecture- City of Westminister: London Borough. All Saints, Margaret Street (TQ 292 815) available on http://www.english-church-architecture.net/london city of westminster/all saints, margaret street/all_saints, _margaret_street.htm, accessed on 6th May 2015, on 08:20 am. 3.2 Building Interior Figure 5: All Saints Margaret Street’s interior, available on http://www.londonarchitectureblog.com/search?q=all+saints+margaret+street+, accessed on 6th May 2015 10:30AM All Saints, Margaret Street also very famous for its beautiful interior design and decoration. The interior of All Saints is more brightly coloured than the exterior of the church. The church’s interior is richly decorated with granite, marble, alabaster and tiles. Nikolaus Pevsner, the architectural historian had telling the church’s interior as ’dazzling, through in an eminently High Victorian ostentatiousness or obtrusiveness. †¦No part the wall is left undecorated. From everywhere the praise of the Lord is drummed into you. Figure 6:Church’s layout plan of the church from the 1856 Builder, available on http://www.victorianweb.org/art/architecture/butterfield/6.html, accessed on 6th May 2015, 11:05AM A three-bay nave and two-bay chancel running along the center had formed in the building. On the North side, from the west to east that’s a three-bay aisle, a short Lady Chapel and organ chamber that’s terminate about half a bay short of the East. At the south that’s a two-bay aisle alongside the two eastern bays of the nave, leading into another chapel with vestry far to the east, and into a baptistery surmounted by the tower and spire to the west side and there is also a small S. porch. The baptistery is divided by a solid wall that’s from the westernmost bay of the nave, no scared about the structural necessity because the wall can support the weight of the tower above(10). That’s a series of painting on decorated wall covered at the east wall of the chanel that’s painted by Ninian Comper in 1909 and William Dyce was the people who work as the restoration at the earlier time. At the north side wall a large ceramic tile freized had been dec orated at there and designed by William Butterfield. The wall describe out a variety of figures from the Old Testament, a central Navity scene depictions of Early Church Fatherd and it painted by Alexander Gibbs and fired by Hengry Poole and Sons in 1873(10).The stained glass windows are limited in the church because of the density of the buildings around All Saints and that are mostly located in the upper part of the building. Alfred Gerente but this designed the original windows but his work was not held in high regard and then replaced. The originally fitted largest west window by Gerente in 1853-1858 was replaced in 1877 by a design by Alexander Gribbs based on the Tree of Jesse window in Wells Cathedral. The clerestory’s glass date from 1853 and Michael O’Connor designed the east window of the south chancel aisle which show Christ in Majesty with ST Edward and St Augustine. The baptistery in the south-west corner of the church was features an image of the Pelican in her Piety in the ceiling tiles that’s a symbol of the fall and redemption of man(11). The nave arcades are formed by cluster of four major and four minor deeply-cut stiff leaf capitals, supporting two centred arches bearing waves and rolls with fillets. The church’s spandrels are decorated embed b the coloured stone and mastic. The nave roof is characterized above all by the way in which its painted arched support simulate stone. The painted wall tiles was depicting between other tableaus. The chancel arch from the corbel shafts and half arches had cross the aisles between the aisles and chapels. The chancel had vaulted in two quadripartile bays and add of a ridge rib which done by William Butterfield and the wall were painted and gilded shortly as what William Butterfield wished. The Minton floor-tile patterns cover the the All Saints show the ordinary build-up in effect as on e passes from east to west. As usual, Butterfield was very attention on his font and pulpit. Maybe the pulpit is a little heavy but the decoration is still very nice. The brown marble shafts with stiff leaf capitals supported the drum and the green narrower shafts surrounded it.(12) ___________________________________ (10) All Saints, Margaret Street , available on http://en.wikipedia.org/wiki/All_Saints, _Margaret_Street, accessed on 6th May 2015, on 09:20 AM. (11) All Saints, Margaret Street , available on http://en.wikipedia.org/wiki/All_Saints, _Margaret_Street, accessed on 7th May 2015, on 10:05 AM. (12) ) English Church Architecture- City of Westminister: London Borough. All Saints, Margaret Street (TQ 292 815) available on http://www.english-church-architecture.net/london city of westminster/all saints, margaret street/all_saints, _margaret_street.htm, accessed on 8th May 2015 on 11:30 AM. 4.0 ARCHITECT, WILLIAM BUTTERFIELD Figure 7: William Butterfield’s portrait Source: William Butterfield available on http://en.wikipedia.org/wiki/William_Butterfield accessed on 8th May 2015, 01:39 PM William Butterfield, born on 7 September 1814 and dead on 23 February 1900 when he was 85 years old. A British architect influential in the Gothic Revival architecture style in England. Sometime he had been called as the Oxford movement’s most original architect and he also introduced an architectural realism that’s including materials of contrasting textures and colorful patterns clearly expressed. He is also noted for his polychromy that’s the practice of decorating architectural element, sculpture that’s in a variety colour..Conservative estimates he had done 25 architectural projects included churches, school and hospital, 67 drawings are design for the ecclesiastical objects.(13) 4.1 BIOGRAPHY William Butterfield was one of the nine children in his family and he live in a seriously non-conformist family but he was a very high church despite his non-conformist family .His father operated a chemist’s shop in The Strand, London(14). He was educated locally until he was 16 years old he started apprenticed to a builder in Pimlico that’s name Thomas Arber. But later William Butterfield later went to study architecture with an architect name EL Blackburn because of the Thomas Barber later went bankrupt. After his study he became an assistant and articled to an architect name Harvey Eginton that’s practicing in Worceseter . In 1840 he moved back to where he belong and launched his own architectural practice at Lincoln’s Inn Fields, London, England. This was the early life of the William Butterfield but his early life did not change his career and his architectural concept in the future.(15) From 1842 William Butterfield associate vigorously with the Cam bridge Camden Society and later develop into the Ecclesiological Society. This Society was set up by the students of Cambridge Univesity and they set up this society is for studying Gothic architecture in general and church in particular. They became one of the effect in advocate a return to the Gothic Style of architecture in England. He gave a lot of designs to the Society’s journal that’s The Ecclesiologist at the caught up in the Oxford Movement that’s a serious movement begun by John Keble that’s aim for reinvigorate the English Anglican Church. William Butterfield’s design was in a mediaval Gothic style that’s known as Gothic Revival or Victorian Gothic. Many buildings include his style such as churches, secular buildings that’s schools and colleges(16). One of his church design was All Saints, Margaret Street, in London that’s a style of building rapidly increasing throughout Britain and to every corner of the Empire in every urban buildings and churches alike. After All Saints, Margaret Street he went to design other churches, but there is one building he will remember all the time that’s Keble College, Oxford University.(17) The college was unanimously of red bricks and emphasize with black and white brick to make creation of chequerboard patterns. The chapel had been called a ‘monument to High Victorian Gothic’ it also called as he masterpiece to the High Victorian Gothic. The best thing for the chapel that’s William Butterfield think was it contains Holman’s painting ‘The Light of The World’. Unfortunately, William Butterfield’s polychrome style like all things in the world of art and architecture.it faded. After year 1875, the public begin to forget his design and he became less in requirement in the public. William Butterfield had put all of himself to his interests beyond architecture and used his hand and knowledge to design the church interior decoration and future. He liked to use the high quality and durable material in all of his design. He was such a quiet man but he got a deeply religious for his conviction. Rigid and austere was his personal priciples and this principle showed on his design. He know how to use the polychrome scheme with a strong massing of shapes and the high steeples. He also used very strong colour but he preferred not to spoiled the colour of the materials provided. He used the marble, alabaster, stone, brick, colour tile and also mosaic that extensively to provide decorative colour for his philosophy(18). The famous buildings William Butterfield had design was Balliol College Chapel, Oxford , St Augustine’s Church in Penarth Glamorgan), Rugby School, Dorchester Abbey. In year 1884, William Butterfield received an award that’s RIBA Gold Medal. After 6 years in 1900 , he dead in London. He was buried in Tottenham Cemetery, Haringey that’s North side of London. The grave can saw easily from the public path through the cemetery. A blue plaque had simply states â€Å"William Butterfield, 1814-1900, Architect lived here† and just simply recognized on it.