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Field hospitals are deployed in a wide range of scenarios including natural disasters, epidemic outbreaks, armed conflicts and refugee crises. Operation in these conditions requires adaptation to disaster medicine principles and operation in an austere environment and unfamiliar cultural milieu, whilst maintaining acceptable standards of care. For many of those involved it may be their first encounter. This book, which is the first to address the preparation and operation of field hospitals, brings together the experience of world leaders in the field. Coming from a wide variety of organizations and backgrounds, all have extensive experience in field hospital deployment in multiple scenarios. The text - containing both background information and practical guidelines - will serve all those involved in field hospital deployment, including policy makers and planners, physicians and nurses, paramedical professionals and logisticians. It will help them deliver optimal care to people around the globe in difficult times of need.
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"The price of catastrophe risks is viewed by many to be too high and/or too volatile. Catastrophe risk practitioners point out that, contrary to standard insurance, such as automobile insurance, catastrophe re-insurance is exposed to infrequent but potentially very large losses. It thus requires keeping a large amount of capital in hand, generating a cost of capital to be added to the long-term expected loss. This paper pulls together data from about 250 catastrophe bonds issued on the capital markets to investigate how catastrophe risks are priced. The analysis reveals that catastrophe risk prices are a function of the underlying peril, the expected loss, the wider capital market cycle, and the risk profile of the transaction. The market-based catastrophe risk price is estimated to be 2.69 times the expected loss over the long term, that is, the long-term average multiple is 2.69. When adjusted from the market cycle, the multiple is estimated at 2.33. Peak perils like US Wind are shown to have a much higher multiple than that of non-peak perils like Japan Wind, revealing the diversification of credit from the market. "--World Bank web site.
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Provides the basis for the semi-annual decision on the adequacy of the Reserve Account of the PRGF Trust. It also updates the status of resources for financing PRGF operations and the HIPC Initiative and bilateral contributions to the subsidization of emergency assistance.
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"The price of catastrophe risks is viewed by many to be too high and/or too volatile. Catastrophe risk practitioners point out that, contrary to standard insurance, such as automobile insurance, catastrophe re-insurance is exposed to infrequent but potentially very large losses. It thus requires keeping a large amount of capital in hand, generating a cost of capital to be added to the long-term expected loss. This paper pulls together data from about 250 catastrophe bonds issued on the capital markets to investigate how catastrophe risks are priced. The analysis reveals that catastrophe risk prices are a function of the underlying peril, the expected loss, the wider capital market cycle, and the risk profile of the transaction. The market-based catastrophe risk price is estimated to be 2.69 times the expected loss over the long term, that is, the long-term average multiple is 2.69. When adjusted from the market cycle, the multiple is estimated at 2.33. Peak perils like US Wind are shown to have a much higher multiple than that of non-peak perils like Japan Wind, revealing the diversification of credit from the market. "--World Bank web site.
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