• Earth's Protection Shield is Being Destroyed - Ozone Depletion and Global Warming Stratospheric Ozone
    The Earth's atmosphere is made up of different layers. The layer closest to the surface is called the troposphere which extends from the Earth's surface up to about 10 kilometers. The ozone layer is located above the troposphere in the stratosphere (10 km to about 50 km high). Stratospheric ozone is Earth's natural protection for all life forms, shielding our planet from harmful ultraviolet-B (UV-B) radiation. UV-B radiation is harmful to humans, animals, and plant life. The ozone layer is being destroyed by certain industrial chemicals including ozone depleting refrigerants, halons, and methyl bromide, a deadly pesticide used on crops.
    Colder Temperatures Increase Ozone Damage
    Ozone depletion damage gets much worse when the stratosphere is very cold. This has been the case the past two years, causing extensive ozone depletion. This past winter, ozone depletion reached the most severe levels ever recorded over the Northern Hemisphere. Western United States ozone levels also continue to drop 3-4 percent per decade. Even if all of our efforts to stop harmful emissions are successful, the ozone layer is not expected to begin recovery until around 2020 at the earliest.
    Montreal Protocol
    Under the auspices of United Nations Environment Programme (UNEP), Governments of the world, including the United States have cooperatively taken action to stop ozone depletion with the "The Montreal Protocol on Substances that Deplete the Ozone Layer", signed in 1987.
    Global Warming
    The terms, global warming and climate change are often used interchangeably. Gases such as carbon dioxide, methane, nitrous oxide, and refrigerants create a greenhouse effect by trapping heat in the lower atmosphere. This makes the Earth warmer because the sun's rays are allowed into the lower atmosphere but the heat from these rays isn't able to escape.
    Global Warming has been Verified
    In 1995, 2,500 scientists prepared a report called the Second Assessment of the Intergovernmental Panel on Climate Change (IPCC). The IPCC reports that global warming and climate change is a reality, and that human emissions of greenhouse cases are a culprit. There are several harmful impacts that result from a global warming trend. Impacts from global warming include sea level rise, more extreme weather events including heat waves, frosts, droughts, storms, extinction of species, loss of entire forests, marine life destruction and glacial retreat.
    Earth's Temperature is Rising
    1998 was the hottest year since accurate records began in the 1840s, and 10 of the hottest years have occurred during the last 15 years. By examining growth rings from trees and ice cores drilled in Antarctica, scientists have determined that the past decade was the warmest in more than four centuries, and that the current rate of warming is probably unprecedented in at least 10,000 years.
    The damage to our environment has already started. For example, sea level has risen from 10-25 centimeters and will continue to rise for centuries even if we stop all global warming emissions immediately. As the world warms, the outlook for all life forms looks bleak, unless we can turn down the heat by reducing concentrations of greenhouse gases in the atmosphere.
    Kyoto Protocol
    The United Nations has developed a framework the "Kyoto Protocol on Climate Change", signed in 1997 convention on global warming and climate change. The adoption of the Kyoto protocol strengthens the framework with new policies and measures including quantified limitation and reduction objectives to greenhouse gas emissions not covered by the Montreal Protocol.
    Global Warming Can Increase Ozone Depletion
    Scientist's are concerned that continued global warming will accelerate ozone destruction and increase stratospheric ozone depletion. Ozone depletion gets worse when the stratosphere (where the ozone layer is), becomes colder. Because global warming traps heat in the troposphere, less heat reaches the stratosphere which will make it colder. Greenhouse gases act like a blanket for the troposphere and make the stratosphere colder. In other words, global warming can make ozone depletion much worse right when it is supposed to begin its recovery during the next century.
    Effects of Ozone Depletion and Global Warming
    (UV-B) radiation causes skin cancer, cataracts and immune suppression in both animals and humans. UV-B also damages plants including hardwood forests, and phytoplankton (an alga is a type of phytoplankton which is the building block of the oceanic food chain).
    Effect on Infectious Diseases
    Most infectious diseases are transmitted by insects and rodents. Transmitters of disease are called vectors. For example, mosquitoes transmit malaria, dengue and viral encephalitis (inflammation of the brain). Like other animals and plants, vectors are accustomed to certain climate conditions. If the climate becomes warmer, the mosquito will try to fly to new places where it can survive and expose more people to the disease. Changes in sea surface temperature and sea level can lead to higher incidence of water-borne infectious and toxin-related illnesses such as malaria (severe chills and fever), cholera (intestinal disease), dengue (characterized by severe pains in the joints and back), and leishmaniasis (skin ulcers).
    Human susceptibility to infections can be further compounded by malnutrition. UV-B radiation from ozone depletion damages both plants and animals. UV-B harms amphibian eggs, midge larvae and trout. Crops that are damaged will reduce food availability. UV-B also can damage mammalian immune systems which makes humans and other animals more susceptible to infectious diseases.
    Approximately 92 million people are expected to become refugees from global warming and climate change by 2100, not including any added from population growth.
    Effects on Earth's Food Chain
    Ozone depletion and global warming have harmful effects on plants and animals. If allowed to continue, our food chain will be seriously disrupted. For example, phytoplantkton are tiny floating algae in the ocean which are the base of the marine food chain. In Antarctica, there has been upwards of 50 percent ozone depletion. This means that an unusually high amount of UV-B radiation has reached the Earth's surface in the Antarctic region. UV-B harms the productivity of phytoplankton, thereby reducing the available food for animals that feed on phytoplankton. Krill eat phytoplankton and penguins eat krill. From a climate change perspective, phytoplankton normally absorb a lot of carbon from the air. As phytoplankton dies from UV-B radiation, this carbon is no longer absorbed. This means that more carbon will be left in the atmosphere, contributing to more global warming. More global warming can increase ozone depletion, which kills more phytoplankton, and the process repeats itself.
    Total Environmental Impact" of Refrigerants
    Six parameters define the "total environmental impact" of refrigerants on our environment.
    Ozone Depletion Potential (ODP)
    Global Warming Potential (GWP)
    Atmospheric Life
    Energy Use
    Equipment Emission Rate
    Refrigerant Charge




    Approximately 70 percent of the world's electricity is generated by the burning of fossil fuels. For every additional kWh used, there are more greenhouse gas emissions generated by electric utility power plants. This is the indirect effect of global warming refrigerants. The environmental impact of even small changes in chiller energy use has an impact. There is a need to use refrigerants that minimize both ODP and GWP to address global environmental concerns. If the efficiency of every centrifugal chiller in the world were increased by only 0.08 kW/ton, power plant-generated greenhouse gas emissions would be reduced by literally billions of pounds. This is an amount equal to removing nearly two million cars from the road each year, or to planting nearly a half billion trees every year.
    Action Plan For Organizations Using Refrigerants
    Most refrigerants used in air conditioning and refrigeration contribute to global warming in addition to ozone depletion. Even the new non-ozone depleting alternative refrigerants add to the global warming problem. Businesses and organizations using refrigerants are encouraged to take action now to do what's right for both their organization and for the environment. Persons responsible for HVAC and/or environmental concerns in their company or organization need to take strong, immediate actions to reduce ozone depletion and global warming.
    Minimize emissions of ozone depleting (ODP) and direct global warming (GWP) refrigerants used by your organization. The most effective way to start reducing emissions is to implement a Refrigerant Management Plan and insure that your organization is complying with EPA's Section 608 Refrigerant Recycling Regulations. Refrigerants should be handled as a controlled substance. A defined leak management program, including leak monitoring and leak repair policies is essential. Provide Refrigerant Management and Regulations Compliance Training to your responsible employees. Organization's using refrigerants should review and implement industry best practices in refrigerant management to minimize emissions at every stage of refrigerant handling. Implement a process to keep current with regulatory changes to insure going compliance requirements are met.
    Reduce energy consumption of HVAC systems using refrigerants to reduce indirect global warming emissions. Conduct a building tune-up to reduce your heating, cooling, and electrical loads, and thus your overall energy consumption.
    Replace older HVAC systems containing high ozone depleting and/or global warming refrigerants with newer, more efficient systems. Frequently, HVAC systems are oversized. Thus, you may want to consider right-sizing your existing system with a smaller, more energy-efficient one that matches the newly reduced loads. The operating costs of a high efficiency system may offer an attractive pay back of your investment. Evaluate HVAC systems on a total cost of ownership basis, rather than first cost.

    Source : http://www.ess-home.com/

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  • Employee Engagement August 25 2009 - Kansas State University research has found support for the view that employees who are engaged in their work, including higher levels of vigor, dedication and absorption in daily activities, also have better moods and are more satisfied at home.
    The research was presented by Clive Fullagar, professor of psychology, Satoris Culbertson, assistant professor of psychology, and Maura Mills, graduate student in psychology, Manhattan, at this year's Society for Industrial and Organizational Psychology annual conference in New Orleans. Satoris Culbertson said:
    "Our research indicated that individuals who were engaged in positive experiences at work and who shared those experiences with significant others perceived themselves as better able to deal with issues at home, became better companions and became more effective overall in the home environment."
    The study followed 67 extension agents over two weeks to determine the relationship between daily work engagement and work-to-family facilitation. The participants completed two surveys each day - one at the end of the working day and the other before going to bed for the night. They also undertook a separate survey at the start of the two-week period and another at the end. According to Satoris Culbertson, stress at work and stress at home interact in both directions. The results suggest that engagement is significantly related to daily mood, and that mood also positively correlates with work-family facilitation. Both work engagement and work-to-family facilitation vary considerably from one day to the next.
    "Just because an employee might not be invigorated or dedicated to his or her work on a Monday doesn't mean he or she won't be engaged on Tuesday or vice versa," said Culbertson. "Additionally, one's work can facilitate things at home to a different extent depending on the day and what has happened on that particular day."
    Stressing that engagement refers to positive work involvement rather than more negative forms of job involvement like workaholism and work addiction, which have different effects on home lives, Culbertson said:
    "Work addicts, or workaholics, have been shown to experience higher levels of work-family conflict. On the contrary, our study showed that higher levels of engagement were related to higher levels of work-family facilitation rather than conflict." She believes that organizations can build on these findings and intervene in the workplace arguing that it is important for organizations to help employees balance work and personal lives.
    "Practically, our results indicate that engagement is controlled by situational factors that are manageable by the organization," Culbertson added. "Generating high levels of engagement among workers has a positive impact on the work-family interface."
    The meaning of employee engagement
    William H. Macey and Benjamin Schneider of the Valtera consultancy firm wrote an article published in Industrial and Organizational Psychology* in 2008 in which they discussed the meaning of 'employee engagement'. They noted its increasing popularity among HR consultants and the relatively recent interest in the notion among academics. However, they also considered that the notion, although compelling on the surface, was unclear in its meaning.
    Macey and Schneider considered that employee engagement refers to positive feelings held by employees about their jobs and also the motivation and effort they put into work. Engagement leads to positive employee behaviors that lead to organizational success.
    According to Macey and Schneider, engagement should not be confused with satisfaction or commitment. They identify two components of employee engagement:
    feelings of engagement (focus and enthusiasm), and
    engagement behavior (proactivity and persistence).
    So, they distinguish between engagement and satisfaction:
    engagement connotes energy and not satiation
    satisfaction connotes satiation and contentment but not energy
    They argued that employees come to work ready to be engaged but organizations need to create the conditions that will release that energy.
    They believe that employees will feel and act engaged when managers create the right conditions that allow them to do so. The essential condition for feeling engaged, they contended, is fair treatment leading to a feeling of trust which, in turn, allows them to feel safe to be engaged.
    According to Macey and Schneider:
    "Our framework places an emphasis on the management of human resources in ways that respect the energy people bring to the work place, and it puts the responsibility on management to create the conditions for employee engagement. Management is responsible for creating the conditions at work that will facilitate employee engagement."
    Employee engagement and manager behavior
    A telephone survey conducted for Lynn Taylor Consulting has shown that - rather than helping to create the conditions for employee engagement - manager behavior is seriously worrying employees across the country. When bosses stay behind closed office doors, workers begin to fear for their jobs. No fewer than 76% of respondents to the survey said that the 'closed door scenario' triggers thoughts of being laid off.
    According to Lynn Taylor, author of the forthcoming book, Tame Your Terrible Office Tyrant™ (TOT); How to Manage Childish Boss Behavior and Thrive in Your Job (John Wiley & Sons, July 2009):
    "In today's economic environment, employees are searching for every clue to determine their job fate. Too often, not enough direct input is given to employees, and so non-verbal cues are heavily relied upon. Managers working behind closed doors may be shutting out more than noise - they may be shutting down productivity.
    The U.S. telephone survey of 1,000 respondents, 18 years of age or older, was conducted by a national independent research firm. The study concluded that employees averaged 2.8 hours (168.8 minutes) a day worrying about personal job concerns, such as mass lay-offs or losing their own jobs. Respondents were deeply suspicious of boss behaviors such as keeping office doors closed. When asked how often they think a boss's closed door was a signal of lay offs, the respondents said:
    Always Often Sometimes Rarely Never/Don't Know
    11% 32% 33% 15% 9%
    "Changes in manager behavior, such as a closed door, more private conferences, or less direct communication all represent potential 'exit signs' to many employees," said Lynn Taylor, adding that while managers have to deal with more sensitive personnel issues today than in previous decades, they can counter employee concerns at a critical time with more proactive communication.
    "Acknowledging the astounding impact a small gesture can have on corporate productivity in tense times is a good first step. Providing your team with reassurances whenever possible will mitigate unnecessary panic and help them stay focused," she said.
    "Many employees may also avoid speaking up to their bosses for fear of being shown the door, when, in fact, their ideas might boost a company's bottom line at a time when that is sorely needed. Opening your door literally and figuratively might not only mean greater profitability. In some cases, it might also help keep the doors of your business open," Lynn Taylor concluded.
    Source : http://www.hrmguide.net

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  • Ahmed Zewail - Femtochemistry and Laser Spectroscopy Ahmed Zewail was born February 26, 1946, in Damanhur, Egypt. His father worked for the government and ran a business. He is the only son of four children. His family stressed the importance of education and he had an early interest in the physical sciences. He grew up knowing his family wanted him to become a university professor.
    He attended Alexandria University and received a BS with honors and an MS in chemistry. He was named a demonstrator for his postgraduate work and found he enjoyed teaching courses. He came to believe that there was a simple, clear way to explain complex concepts. His professors encouraged him to leave Egypt for his doctoral studies, and he was accepted at the University of Pennsylvania where he received a Ph.D. in chemistry in 1973.
    Zewail decided to remain in the United States and accepted a position at the University of California at Berkeley where he worked with Charles Harris on several projects including building a picosecond laser. A picosecond is one trillionth of a second (10-12).
    In 1976, he was named an assistant professor at the California Institute of Technology (Caltech) in Pasadena, where he has remained throughout his illustrious career. In 1990, Zewail was named the Linus Pauling Chair in Chemical Physics.
    Zewail won the Nobel Prize in Chemistry in 1999 for his developmental work in femtochemistry, which uses lasers to capture images of chemical reactions as they happen, as if taking a photograph once every femtosecond. A femtosecond is one quadrillionth of a second or one thousandth of a nanosecond, and is the smallest known length of time.
    Zewail is currently the Director of the NSF Laboratory for Molecular Sciences. His current research includes technology to control outcomes of chemical reactions. He retains close ties to his home country and holds both US and Egyptian citizenship. Zewail has a wife and four children. He continues to enjoy music and reading.
    Honors and Awards
    Alfred P. Sloan Foundation Fellow, 1978-1982
    Camille and Henry Dreyfus Teacher-Scholar Award, 1979-1985
    Fellow, American Physical Society, 1982
    Alexander von Humboldt Award for Senior United States Scientists, 1983
    National Science Foundation Award for especially creative research, 1984, 1988, 1993
    Buck-Whitney Medal, American Chemical Society, 1985
    John Simon Guggenheim Memorial Foundation Fellow, 1987
    King Faisal International Prize in Science, 1989
    Harrison Howe Award, American Chemical Society, 1989
    Member, National Academy of Sciences, USA, 1989
    Member, Third World Academy of Sciences, Italy, 1989
    First Linus Pauling Chair, Caltech, 1990
    Carl Zeiss International Award, Germany, 1992
    Member, Sigma Xi Society, USA, 1992
    Earle K. Plyler Prize, American Physical Society, 1993
    The copyright of the article Ahmed Zewail - Femtochemistry and Laser Spectroscopy in Biographies of Scientists is owned by Jackie DiGiovanni. Permission to republish Ahmed Zewail - Femtochemistry and Laser Spectroscopy in print or online must be granted by the author in writing. Read more at Suite101: Ahmed Zewail - Femtochemistry and Laser Spectroscopy http://www.suite101.com/article.cfm/biographies_scientists/113576#ixzz0AxIW7PJb

    Member, American Academy of Arts and Sciences, 1993
    Wolf Prize in Chemistry, 1993
    Medal of the Royal Netherlands Academy of Arts and Sciences, Holland, 1993
    Bonner Chemiepreis, Germany, 1994
    Member, Académie Européenne des Sciences, des Arts et des Lettres, France, 1994
    Order of Merit, first class (Sciences & Arts), from President Mubarak, 1995
    Herbert P. Broida Prize, American Physical Society, 1995
    Leonardo Da Vinci Award of Excellence, France, 1995
    Collége de France Medal, France, 1995
    Peter Debye Award, American Chemical Society, 1996
    National Academy of Sciences Award, Chemical Sciences, USA, 1996
    J.G. Kirkwood Medal, Yale University, 1996
    Peking University Medal, PU President, Beijing, China, 1996
    Robert A. Welch Award in Chemistry, 1997
    Pittsburgh Spectroscopy Award, 1997
    First E.B. Wilson Award, American Chemical Society, 1997
    Linus Pauling Medal Award, 1997
    Benjamin Franklin Medal, Franklin Institute, USA, 1998
    Richard C. Tolman Medal Award, 1998
    William H. Nichols Medal Award, 1998
    Paul Karrer Gold Medal, University of Zürich, Switzerland, 1998
    E.O. Lawrence Award, U.S. Government, 1998
    Member, American Philosophical Society, 1998
    Nobel Prize in Chemistry, 1999
    Grand Collar of the Nile, Highest State Honor, conferred by President Mubarak, 1999
    Merski Award, University of Nebraska, 1999
    Röntgen Prize, (100th Anniversary of the Discovery of X-rays), Germany, 1999
    Member, Pontifical Academy of Sciences, 1999
    Member, American Academy of Achievement, 1999
    Member, Royal Danish Academy of Sciences and Letters, 2000
    Honorary Degrees from over 12 universities Read more at Suite101: Ahmed Zewail - Femtochemistry and Laser Spectroscopy

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  • Content Developer & Technical Writer ICDL GCC Foundation
    Working closely with both the Development & Support Departments, you will take responsibility for writing and editing assessment exams and technical documentation for our products. As you master the use of our software, you must individually develop & update online HTML Help, as well as create Product & Training Documentation that is well written, presented, and communicates efficiently to the end-user. When creating, updating and enhancing the documentation, the expert technical writer will adhere to format, content and style guidelines, giving consideration to usability and ensuring accuracy, consistency and quality. Responsibilities: Prepare quality skills assessment exams. Edit, standardize, or make changes to material prepared by other writers or establishment personnel. Review published materials and recommend revisions or changes in scope, format, content, and methods of reproduction and binding. Select photographs, drawings, sketches, diagrams, and charts to illustrate material. Observe production, developmental, and experimental activities to determine operating procedure and detail. Assist in laying out material for publication. Analyze developments in specific field to determine need for revisions in previously published materials and development of new material.
    Skills
    With excellent organization, communication and writing styles the ideal candidate will have an eye for detail. This position requires highly motivated individuals that are able to grasp software and learn quickly. It also requires the ability to work within tight deadlines. Proficiency in Microsoft Word, Access, Excel and PowerPoint is essential. Technical Writing experience is required. Ability to communicate, written and verbal, in English is required, in Arabic is an advantage.
    Company Profile
    The International Computer Driving Licence (ICDL) concept is a global computer literacy initiative developed to raise the level of knowledge about Information Technology (IT) and increase the level of competence in using personal computers and common computer applications for all the citizens of the world. Owned and co-ordinated by The European Computer Driving Licence Foundation Limited (ECDL-F), a non-profit organisation based in Dublin, Ireland, the ICDL is an internationally recognised, vendor-neutral certificate which demonstrates a person’s competence in computing knowledge and skills in accordance with international standards. ECDL (European Computer Driving Licence) and ICDL are synonymous, and identical standards apply to both. The ECDL-F has produced a set of standards and quality guidelines which govern the procedures for the ICDL concept and ensure that it is operated in a consistent fashion in all member countries through adherence to these common quality standards. The Foundation has appointed and licensed ICDL GCC Foundation as the sole body to implement and disseminate the program in the Gulf Region with the support of the regions leading educational institutions and accreditation bodies

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  • The Sunspot Enigma: The Sun is “Dead”—What Does it Mean for Earth?
    Dark spots, some as large as 50,000 miles in diameter, typically move across the surface of the sun, contracting and expanding as they go. These strange and powerful phenomena are known as sunspots, but now they are all gone. Not even solar physicists know why it’s happening and what this odd solar silence might be indicating for our future.
    Although periods of inactivity are normal for the sun, this current period has gone on much longer than usual and scientists are starting to worry—at least a little bit. Recently 100 scientists from Europe, Asia, Latin America, Africa and North America gathered to discuss the issue at an international solar conference at Montana State University. Today's sun is as inactive as it was two years ago, and solar physicists don’t have a clue as to why.
    "It continues to be dead," said Saku Tsuneta with the National Astronomical Observatory of Japan, program manager for the Hinode solar mission, noting that it is at least a little bit worrisome for scientists.
    Dana Longcope, a solar physicist at MSU, said the sun usually operates on an 11-year cycle with maximum activity occurring in the middle of the cycle. The last cycle reached its peak in 2001 and is believed to be just ending now, Longcope said. The next cycle is just beginning and is expected to reach its peak sometime around 2012. But so far nothing is happening.
    "It's a dead face," Tsuneta said of the sun's appearance.
    Tsuneta said solar physicists aren't weather forecasters and they can't predict the future. They do have the ability to observe, however, and they have observed a longer-than-normal period of solar inactivity. In the past, they observed that the sun once went 50 years without producing sunspots. That period coincided with a little ice age on Earth that lasted from 1650 to 1700. Coincidence? Some scientists say it was, but many worry that it wasn’t.
    Geophysicist Phil Chapman, the first Australian to become an astronaut with NASA, said pictures from the US Solar and Heliospheric Observatory also show that there are currently no spots on the sun. He also noted that the world cooled quickly between January last year and January this year, by about 0.7C.
    "This is the fastest temperature change in the instrumental record, and it puts us back to where we were in 1930," Dr Chapman noted in The Australian recently.
    If the world does face another mini Ice Age, it could come without warning. Evidence for abrupt climate change is readily found in ice cores taken from Greenland and Antarctica. One of the best known examples of such an event is the Younger Dryas cooling, which occurred about 12,000 years ago, named after the arctic wildflower found in northern European sediments. This event began and ended rather abruptly, and for its entire 1000 year duration the North Atlantic region was about 5°C colder. Could something like this happen again? There’s no way to tell, and because the changes can happen all within one decade—we might not even see it coming.
    The Younger Dryas occurred at a time when orbital forcing should have continued to drive climate to the present warm state. The unexplained phenomenon has been the topic of much intense scientific debate, as well as other millennial scale events.
    Now this 11-year low in Sunspot activity has raised fears among a small but growing number of scientists that rather than getting warmer, the Earth could possibly be about to return to another cooling period. The idea is especially intriguing considering that most of the world is in preparation for global warming.
    Canadian scientist Kenneth Tapping of the National Research Council has also noted that solar activity has entered into an unusually inactive phase, but what that means—if anything—is still anyone’s guess. Another solar scientist, Oleg Sorokhtin, a fellow of the Russian Academy of Natural Sciences, however, is certain that it’s an indication of a coming cooling period.
    Sorokhtin believes that a lack of sunspots does indicate a coming cooling period based on certain past trends and early records. In fact, he calls manmade climate change "a drop in the bucket" compared to the fierce and abrupt cold that can potentially be brought on by inactive solar phases.
    Sorokhtin’s advice: "Stock up on fur coats"…just in case.

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  • The environment needs public participation

    China’s environmental challenge will only be met through public participation in decision-making, says Pan Yue. Enhanced transparency and legal reform can help strengthen a society facing acute pressure on resources.


    In China, environmental protection is an increasingly pressing issue. Not only are pollution and ecological degradation becoming ever more serious, but also people are more and more unsatisfied about the situation. The speed with which we are polluting the environment far outstrips our efforts to clean it up. Why is this? China has a large population but few resources, and our production and consumption methods are too out of date. But at the root of the problem lies a more significant cause -- the lack of public participation in China.

    The initial motivation for the world environmental protection movement came from the public, without their participation it would not exist.

    In 1962, the US marine biologist Rachel Carson published her landmark book, Silent Spring, which focused on the environmental and human costs of pesticide use. This was a starting point in the development of environmental protection. On April 22, 1970, 20 million Americans took part in environmental demonstrations across the US. “Earth Day” is still celebrated on that date, and was a major event in the development of modern environmental participation.

    Take Japan as an example; although the country faces a greater pressure on resources than China, it is a world leader in protecting the environment. Visitors to Japan in recent years are invariably impressed by the country’s clean environment. But Japan also experienced the serious social consequences of pollution midway through the last century, when it underwent large-scale industrialisation. In the 1960s, Japanese victims of pollution first brought lawsuits against the companies responsible for environmental degradation. Japan’s media began to investigate and report on environmental accidents. In many places, grass-roots environmental groups were founded to combat polluting industries. By 1970, 45% of Japanese citizens opposed economic development that did not take environmental protection into account, overwhelming the 33% who polled in favour of unrestricted economic growth. Electoral support for Japan’s Liberal Democratic Party (LDP) declined from 58% to 48% as a result.

    Broad public participation forced both the LDP and the Diet to take notice of the environmental and social effects of pollution. In 1967, Japan issued the Basic Law for Environmental Pollution Control, and enacted the Law for the Compensation of Pollution-Related Health Injuries in 1973. A series of other environmental rules and regulations were put into place in the following years. In particular, the Basic Law for the Recycling–based Society employs the concept of “environmental culture” to promote public awareness of environmental protection and its moral value. The law promotes the use of new energy sources and compulsory limits on the consumption of natural resources. It not only regulates waste output but also encourages recycling and the safe disposal of non-recyclable waste. In the past 10 years, Japan has become a recycling-based society which strikes a balance between environmental protection and economic growth. Their example can show us that resolving the problems of pollution needs both governmental and citizen engagement, and that public participation and a democratic legal system are important factors in environmental protection.

    In China, the major problem is that environmental protection laws are not strictly observed and implemented due to a lack of democratic legal mechanisms for public participation. As early as 1978, the government stated clearly that where serious pollution is occurring, if no measures are put in place to improve this for a long time, it will be established who is personally responsible, and the enterprise in question will be shut down. Financial penalties are also to be applied and legal action taken in serious cases. But in the past 20 years, how many polluters -- businesspeople or officials -- have ever been penalised? How many government policies that have caused pollution and ecological damage have ever been corrected? And to what extent are we following the sustainable development strategy that was put forward in 1992?

    Guided by a traditional model of development, many in government and business are devoted to short-term profit, and officials are solely motivated by the prospect of an increase in GDP. None of them pay adequate attention to environmental protection. Frequently we hear people say that Chinese living standards are too low and that the most urgent thing is to develop the economy. They hold that environmental protection should be an issue of secondary importance. But in fact, China is the last country that can hold this view. The country has too many people and few natural resources; China does not have the capacity to take on this burden. The sustainable development model is the only model of development for China. We must set in place a series of practical policies and regulations, call on citizens to participate in the environmental protection movement and strengthen our democratic and legal systems. Otherwise, sustainable development will become a mere slogan.

    But how can we promote public participation in environmental protection?

    First of all, we must understand clearly that public participation is the right and interest of the people endowed by law. The government has the obligation to respond to and to protect this right. Public participation is not a charitable measure offered to the public by the government. Nor is it the old model of a mass movement driven by the government. During wartime, the Party needed to mobilise the masses to fight for their rights. But nowadays, the Party has an administrative role, to govern the country by means of the law. Any country governed by law has to recognise and protect the rights of the people. Involving public participation in environmental protection should be an aspect by which to evaluate political performance; and should be based on the principles of the Party serving the public and the administration serving the people. It is a useful trial for the construction of socialist democracy and a demonstration of the advantages of the socialist system.

    Secondly, environmental information must be made freely available. Disclosure is a tool for environmental management. We should recognise the public’s right to be informed about and to criticise environmental issues. By increasing the transparency of environmental information, the force of public opinion can put pressure on those who destroy the environment. In 1998, 35 countries from Europe and central Asia signed the Aarhus Convention in Demark, which ensure the public’s right to be informed about environmental issues. Now 40 countries have joined the Convention. China’s government has made many efforts to promote the disclosure of environmental information, including the publication of an annual environment report, a monthly report on the water quality of major rivers and a daily report on air quality. The mass media are also working hard on reporting environmental incidents. But the problem remains that it is very difficult for individuals to obtain environmental information from businesses or government. Where should the public turn for such information? Who can provide it? There is a lack of communication between the government and the public. Regulations on the disclosure of environmental information are the way to ensure the public’s right to be informed.

    Thirdly, we must democratise decision-making on environmental issues. China’s Environmental Protection Law of 1989 states: “All units and individuals shall have the obligation to protect the environment and shall have the right to report on or file charges against units or individuals that cause pollution or damage to the environment.” The Law on Evaluation of Environmental Effects, implemented on September 1 2003, is of great significance. It stipulates that before approving any project that may affect the environment, the authorities must hold consultative meetings and public hearings to collect opinions from relevant organisations, experts and the public. The “environment interests” of Chinese citizens have, for the first time, been enshrined in law. The people have the right to know, to understand and to supervise public policy related to their environment. It also means that anyone preventing people from taking part in the decision-making process is breaking the law. But despite this, details of the conditions and procedures for public participation have not yet been clearly stipulated. That is to say, faced with a specific problem, the public still does not know how to participate. For example, some of the plans for China’s dam projects have raised many people’s concerns. But the expression of this concern is has been limited to a few articles published on the internet and meetings among experts. The public cannot find a way to participate. In the end, they have to turn their worries and complaints into legal appeals. We must, therefore, produce clear procedures for public participation in decision-making about large environmental projects.

    The fourth key is public-interest environment litigation. This would mean that all citizens, communities, and government offices could bring a lawsuit to the national judiciary in their own name, on behalf of the wider public. Our current environmental law states that only the victims of environmental incidents have the right to bring such a lawsuit, and the case is regarded as a civil action. Since environmental rights do not only relate to individuals but also are the concern of wider society, they should be regarded as in the public interest, as they are in European and US environmental law. Because environmental lawsuits often involve very technical issues, those countries have put measures in place that help reduce the cost of environmental lawsuits for the public, and can help with technical knowledge. In order to strengthen China’s environmental law, we must enlarge the scope of those who can bring environmental lawsuits to include government environmental bodies, environmental protection organisations and the public.

    Finally, we must strengthen our cooperation with environmental NGOs. The majority of China’s environmental NGOs, except for a very small number who take an extreme western environmentalist line without considering the country’s special characteristics, are positive and healthy, especially the youth groups who are volunteering for the environment. They love their country and are eager to make a contribution to society. They are promoting conservation out of concern for the environment. The government should give direction and support to these organisations. For example, the government can provide groups with professional training; build platforms for communication with the public; organise activities that involve environmental groups and public figures; and make arrangements to collect opinions on particular policies.

    China’s increasing public environmental awareness, especially among the younger generation, is a reflection of the progress of our socialist democracy and political civilisation. It is the success of the concept of sustainable scientific development, and the hope for the future of the Chinese nation. This requires us to recognise and support the public’s right to be informed, to supervise and to take part in decision-making on environmental issues. Chinese people who have a sense of responsibility should actively participate in the cause of environmental protection and facilitate its development. The environmental cause is the most selfless cause promoted by the most selfless people. It needs more and more selfless people to make a contribution.


    Pan Yue is deputy director of China's State Environmental Protection Administration (SEPA). Part of a new generation of outspoken Chinese senior officials, Pan has given rise to a tide of environmental debate, attracting enormous attention and controversy. This is an edited extract of Pan's essay Environmental Protection and Public Participation (2004).

    Also by Pan Yue on chinadialogue: “The rich consume and the poor suffer the pollution”

    source : http://www.chinadialogue.net

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  • William Shakespeare William Shakespeare (baptised 26 April 1564 – died 23 April 1616)[a] was an English poet and playwright, widely regarded as the greatest writer in the English language and the world's preeminent dramatist.[1] He is often called England's national poet and the "Bard of Avon".[2][b] His surviving works, including some collaborations, consist of 38 plays,[c] 154 sonnets, two long narrative poems, and several other poems. His plays have been translated into every major living language and are performed more often than those of any other playwright.[3]
    Shakespeare was born and raised in Stratford-upon-Avon. At the age of 18, he married Anne Hathaway, who bore him three children: Susanna, and twins Hamnet and Judith. Between 1585 and 1592, he began a successful career in London as an actor, writer, and part owner of a playing company called the Lord Chamberlain's Men, later known as the King's Men. He appears to have retired to Stratford around 1613, where he died three years later. Few records of Shakespeare's private life survive, and there has been considerable speculation about such matters as his physical appearance, sexuality, religious beliefs, and whether the works attributed to him were written by others.[4]
    Shakespeare produced most of his known work between 1589 and 1613.[5][d] His early plays were mainly comedies and histories, genres he raised to the peak of sophistication and artistry by the end of the sixteenth century. He then wrote mainly tragedies until about 1608, including Hamlet, King Lear, and Macbeth, considered some of the finest works in the English language. In his last phase, he wrote tragicomedies, also known as romances, and collaborated with other playwrights.
    Many of his plays were published in editions of varying quality and accuracy during his lifetime. In 1623, two of his former theatrical colleagues published the First Folio, a collected edition of his dramatic works that included all but two of the plays now recognised as Shakespeare's.
    Shakespeare was a respected poet and playwright in his own day, but his reputation did not rise to its present heights until the nineteenth century. The Romantics, in particular, acclaimed Shakespeare's genius, and the Victorians worshipped Shakespeare with a reverence that George Bernard Shaw called "bardolatry".[6] In the twentieth century, his work was repeatedly adopted and rediscovered by new movements in scholarship and performance. His plays remain highly popular today and are constantly studied, performed and reinterpreted in diverse cultural and political contexts throughout the world
    Early Life

    William Shakespeare was the son of John Shakespeare, a successful glover and alderman originally from Snitterfield, and Mary Arden, the daughter of an affluent landowning farmer.[7] He was born in Stratford-upon-Avon and baptised on 26 April 1564. His actual birthdate is unknown, but is traditionally observed on 23 April, St George's Day.[8] This date, which can be traced back to an eighteenth-century scholar's mistake, has proved appealing because Shakespeare died on 23 April 1616.[9] He was the third child of eight and the eldest surviving son.[10] Although no attendance records for the period survive, most biographers agree that Shakespeare was educated at the King's New School in Stratford,[11] a free school chartered in 1553,[12] about a quarter of a mile from his home. Grammar schools varied in quality during the Elizabethan era, but the curriculum was dictated by law throughout England,[13] and the school would have provided an intensive education in Latin grammar and the classics.


    At the age of 18, Shakespeare married the 26-year-old Anne Hathaway. The consistory court of the Diocese of Worcester issued a marriage licence on 27 November 1582. Two of Hathaway's neighbours posted bonds the next day as surety that there were no impediments to the marriage.[14] The couple may have arranged the ceremony in some haste, since the Worcester chancellor allowed the marriage banns to be read once instead of the usual three times.[15] Anne's pregnancy could have been the reason for this. Six months after the marriage, she gave birth to a daughter, Susanna, who was baptised on 26 May 1583.[16] Twins, son Hamnet and daughter Judith, followed almost two years later and were baptised on 2 February 1585.[17] Hamnet died of unknown causes at the age of 11 and was buried on 11 August 1596.[18]
    After the birth of the twins, there are few historical traces of Shakespeare until he is mentioned as part of the London theatre scene in 1592. Because of this gap, scholars refer to the years between 1585 and 1592 as Shakespeare's "lost years".[19] Biographers attempting to account for this period have reported many apocryphal stories. Nicholas Rowe, Shakespeare’s first biographer, recounted a Stratford legend that Shakespeare fled the town for London to escape prosecution for deer poaching.[20] Another eighteenth-century story has Shakespeare starting his theatrical career minding the horses of theatre patrons in London.[21] John Aubrey reported that Shakespeare had been a country schoolmaster.[22] Some twentieth-century scholars have suggested that Shakespeare may have been employed as a schoolmaster by Alexander Hoghton of Lancashire, a Catholic landowner who named a certain "William Shakeshafte" in his will.[23] No evidence substantiates such stories other than hearsay collected after his death.[24]

    London and theatrical career
    It is not known exactly when Shakespeare began writing, but contemporary allusions and records of performances show that several of his plays were on the London stage by 1592.[26] He was well enough known in London by then to be attacked in print by the playwright Robert Greene:
    ...there is an upstart Crow, beautified with our feathers, that with his Tiger's heart wrapped in a Player's hide, supposes he is as well able to bombast out a blank verse as the best of you: and being an absolute Johannes factotum, is in his own conceit the only Shake-scene in a country.[27]
    Scholars differ on the exact meaning of these words,[28] but most agree that Greene is accusing Shakespeare of reaching above his rank in trying to match university-educated writers, such as Christopher Marlowe, Thomas Nashe and Greene himself.[29] The italicised phrase parodying the line "Oh, tiger's heart wrapped in a woman's hide" from Shakespeare’s Henry VI, part 3, along with the pun "Shake-scene", identifies Shakespeare as Greene’s target.[30]
    Greene’s attack is the first recorded mention of Shakespeare’s career in the theatre. Biographers suggest that his career may have begun any time from the mid-1580s to just before Greene’s remarks.[31] From 1594, Shakespeare's plays were performed only by the Lord Chamberlain's Men, a company owned by a group of players, including Shakespeare, that soon became the leading playing company in London.[32] After the death of Queen Elizabeth in 1603, the company was awarded a royal patent by the new king, James I, and changed its name to the King's Men.[33]
    In 1599, a partnership of company members built their own theatre on the south bank of the Thames, which they called the Globe. In 1608, the partnership also took over the Blackfriars indoor theatre. Records of Shakespeare's property purchases and investments indicate that the company made him a wealthy man.[34] In 1597, he bought the second-largest house in Stratford, New Place, and in 1605, he invested in a share of the parish tithes in Stratford.[35]
    Some of Shakespeare's plays were published in quarto editions from 1594. By 1598, his name had become a selling point and began to appear on the title pages.[36] Shakespeare continued to act in his own and other plays after his success as a playwright. The 1616 edition of Ben Jonson's Works names him on the cast lists for Every Man in His Humour (1598) and Sejanus, His Fall (1603).[37] The absence of his name from the 1605 cast list for Jonson’s Volpone is taken by some scholars as a sign that his acting career was nearing its end.[38] The First Folio of 1623, however, lists Shakespeare as one of "the Principal Actors in all these Plays", some of which were first staged after Volpone, although we cannot know for certain what roles he played.[39] In 1610, John Davies of Hereford wrote that "good Will" played "kingly" roles.[40] In 1709, Rowe passed down a tradition that Shakespeare played the ghost of Hamlet's father.[41] Later traditions maintain that he also played Adam in As You Like It and the Chorus in Henry V,[42] though scholars doubt the sources of the information.[43]
    Shakespeare divided his time between London and Stratford during his career. In 1596, the year before he bought New Place as his family home in Stratford, Shakespeare was living in the parish of St. Helen's, Bishopsgate, north of the River Thames.[44] He moved across the river to Southwark by 1599, the year his company constructed the Globe Theatre there.[45] By 1604, he had moved north of the river again, to an area north of St Paul's Cathedral with many fine houses. There he rented rooms from a French Huguenot called Christopher Mountjoy, a maker of ladies' wigs and other headgear.[46]
    Later years and death
    Rowe was the first biographer to pass down the tradition that Shakespeare retired to Stratford some years before his death;[47] but retirement from all work was uncommon at that time,[48] and Shakespeare continued to visit London.[47] In 1612 he was called as a witness in a court case concerning the marriage settlement of Mountjoy's daughter, Mary.[49] In March 1613 he bought a gatehouse in the former Blackfriars priory;[50] and from November 1614 he was in London for several weeks with his son-in-law, John Hall.[51]

    After 1606–1607, Shakespeare wrote fewer plays, and none are attributed to him after 1613.[52] His last three plays were collaborations, probably with John Fletcher,[53] who succeeded him as the house playwright for the King’s Men.[54]
    Shakespeare died on 23 April 1616[55] and was survived by his wife and two daughters. Susanna had married a physician, John Hall, in 1607,[56] and Judith had married Thomas Quiney, a vintner, two months before Shakespeare’s death.[57]
    In his will, Shakespeare left the bulk of his large estate to his elder daughter Susanna.[58] The terms instructed that she pass it down intact to "the first son of her body".[59] The Quineys had three children, all of whom died without marrying.[60] The Halls had one child, Elizabeth, who married twice but died without children in 1670, ending Shakespeare’s direct line.[61] Shakespeare's will scarcely mentions his wife, Anne, who was probably entitled to one third of his estate automatically. He did make a point, however, of leaving her "my second best bed", a bequest that has led to much speculation.[62] Some scholars see the bequest as an insult to Anne, whereas others believe that the second-best bed would have been the matrimonial bed and therefore rich in significance.[63]
    Shakespeare was buried in the chancel of the Holy Trinity Church two days after his death.[64] The stone slab covering his grave is inscribed with a curse against moving his bones:


    Good frend for Iesvs sake forbeare,
    To digg the dvst encloased heare.
    Blest be ye man yt spares thes stones,
    And cvrst be he yt moves my bones.
    Sometime before 1623, a monument was erected in his memory on the north wall, with a half-effigy of him in the act of writing. Its plaque compares him to Nestor, Socrates, and Virgil.[65] In 1623, in conjunction with the publication of the First Folio, the Droeshout engraving was published.[66]
    Shakespeare has been commemorated in many statues and memorials around the world, including funeral monuments in Southwark Cathedral and Poet's Corner in Westminster Abbey.
    soruce :http://en.wikipedia.or/




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