Titlebook: One Health: The Human-Animal-Environment Interfaces in Emerging Infectious Diseases; The Concept and Exam John S. Mackenzie,Martyn Jeggo,Ju

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Nicholas D. Preston,Peter Daszak,Rita R. Colwellconducting business, learning and science. The Web is highly dynamic in both the content and quantity of the information that it encompasses. In order to fully exploit its enormous potential as a global repository of information, we need to understand how its size, topology and content are evolv- in

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Barbara H?sler,William Gilbert,Bryony Anne Jones,Dirk Udo Pfeiffer,Jonathan Rushton,Martin Joachim Ond specific information without them. This has given rise to a problem: How can we automatically determine the quality and relevance of a Web page to a particular query? The original search engines used the content of a page to determine its relevance, but recently it was found that results could be

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Peter Daniels,Agus Wiyono,Elly Sawitri,Bagoes Poermadjaja,L. D. Simsmmunications, is presented. The Internet and World Wide Web are perhaps two of the most impressive and intriguing examples of this type of networks. However, they are only particular examples of a more vast class of evolving networks. The present knowledge about their structure, topology, local prop

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Daniel E. Impoinvil,Matthew Baylis,Tom Solomonh as dielectric polarization and absorption, are approximately linear with respect to the field amplitude. However, they deviate from the linear dependence for large amplitudes. The deviations are generally called nonlinear-optic effects. They are classified into second-order nonlinearity, i.e., the

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Rea Tschopp,Jan Hattendorf,Felix Roth,Adnan Choudhoury,Alexandra Shaw,Abraham Aseffa,Jakob Zinsstagmmunications, is presented. The Internet and World Wide Web are perhaps two of the most impressive and intriguing examples of this type of networks. However, they are only particular examples of a more vast class of evolving networks. The present knowledge about their structure, topology, local prop

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