The Fukushima Nuclear Disaster A First-Hand Account of Japan’s Nuclear Crisis Katsumi Furitsu . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .28 Young doctors speak out on the Fukushima disaster . . . . . . . . . . .40 Japan’s Nuclear Nightmare Ronald McCoy . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .41 “A terribly difficult situation with a lot of uncertainties”: PSR Press Conference . . . . . . . . . . . . .
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We have a personal responsibility to the natural world to take care of our natural resources. If our natural resources fail‚ we will in turn have failed our decedents by leaving behind a life that is harder to live. Imagine that water is limited to the point that there is only one source on the planet. Imagine that the air is full of pollutants because trees are almost extinct. What kind of future do we want to leave our kids‚ grandkids‚ and great grandkids? The future of our fresh water supply
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CONTENTS 1) AREA OF STUDY 2) METHOD OF STUDY 3) MAJOR REASONS OF MONOPOLIES 4) OWNERSHIP OF KEY RESOURCE : DE BEERS EXAMPLE 5) GOVT. OWNED STRATEGIC RESOURCES: CIL EXAMPLE 6) PATENTS IN DRUG INDUSTRY 7) NATURAL MONOPOLY: INDIAN RAILWAYS EXAMPLE 8) CONCLUSION 9) REFERENCES Area of study: This report studies what are the various sources of monopoly and real life examples for each source. It
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Natural Resources Resources on the Earth Biosphere: The whole combination of animals‚ plants and non-living beings which by their interaction make the planet earth a live and vibrant place is called biosphere. Biotic Components: Living things constitute the biotic component of the biosphere. Abiotic Components: The air‚ the water and the soil form the non-living or a biotic component of the biosphere. The air is called the hygrosphere‚ the water is hydrosphere and the soil is called lithosphere
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International Dimensions of Ethics Education in Science and Engineering Case Study Series Bhopal Plant Disaster Appendix A: Chronology by MJ Peterson Revised February 26‚ 2009 Appendix Contents: 1.) Bhopal Chronology 2.) Ensuing Litigation Chronology References used in this section: Paul Srivastava‚ Bhopal: Anatomy of a Crisis (Cambridge‚ MA: Ballinger‚ 1987). Sanjoy Hazarika‚ Bhopal: The Lessons of a Tragedy (New Delhi: Penguin Books India Pvt Ltd‚ 1987) This case was created by the International
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Man-made disasters are disasters is the element of human intent‚ negligence or involving a failure of a man-made system that leads to human suffering and environmental damage. Man-made disasters are sometimes referred to as anthropogenic. The term anthropogenic designates an effect or object resulting from human activity. Man-made disasters can be divided into different categories and they include technological hazards‚ sociological hazards and transportation hazards among others. These are
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Engineering Disaster Civil Engineers build significant structures that can last more than a century‚ some of these structures such as Burj Khalifa‚ pyramids and evil towers in France can be considered as landmarks‚ because of its history and its beauty of design. Civil Engineers study the four factors of building structures to determine which tools and materials they will use in order to build permanent structures. Although engineers studying the factors and take the determination‚ there is some
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NATURAL LAW ROBERT P. GEORGE* Oliver Wendell Holmes‚ the legal philosopher and judge whom Richard Posner has‚ with admiration‚ dubbed “the American Nietzsche‚”1 established in the minds of many people a certain image of what natural law theories are theories of‚ and a certain set of reasons for supposing that such theories are misguided and even ridiculous. While I have my own reasons for admiring some of Holmes’s work—despite‚ rather than because of‚ the Nietzscheanism that endears him
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1986‚ the Space Shuttle Challenger exploded during launch‚ taking the lives of six astronauts and one teacher. Questions arose about what factors led to this disaster. I will discuss these factors in terms of general engineering disasters. In an article “Explaining Disasters” (Harris 1995)‚ three factors are discussed which cause disasters: bad management‚ engineering faults and bad ethics. Success for any company depends on good management. A communication gap between management and the employees
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China seems to fall on to the weak side of the scale for their natural resources and economic base measuring of latitude and panarchy. Latitude is the degree to which a system can be altered before not having the ability to recover. China’s natural resources and environmental base are very weak in latitude. This conclusion is drawn from the fact that the demand on the limited resources is high due to the high population and low regulation. This is evident in the energy sector‚ because the increasing
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