Titlebook: Topics in Gravitational Dynamics; Solar, Extra-Solar a Daniel Benest,Claude Froeschle,Elena Lega Book 2007 Springer-Verlag Berlin Heidelber

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es, the underlying simple data model enables great flexibility which allows it to be successfully employed in many different scenarios and to form the basis on which other technologies are developed. In order to apply an RDF-based approach in practice it is necessary to communicate the structure of

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Jean-Pierre Rozelotheir research knowledge and key literature which are vital toward the diagnosis of plant diseases across the globe, addressing traditional plant pathology techniques, as well as advanced molecular diagnostic approach.978-3-319-80113-1978-3-319-27312-9Series ISSN 2198-7777 Series E-ISSN 2198-7785

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On the Diffculty to Foresee Solar Cycles: A Non-Deterministic Approach,orithms, Shugira and May methods) is presented. A consistent scenario is given for the next grand minimum, scheduled between 2010 and 2050. Such predictions are of high importance, not only to put constraints on solar dynamo theories, but also in a new field of research, the Space Weather Physics.

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Deceit

Chaotic Di?usion of Asteroids,nse of ‘fast’ transport routes, related to secular phenomena, chaotic di?usion in the asteroid belt has a characteristic time-scale of ~ 1 Gy, i.e. the time needed for an asteroid to di?use away from the main belt is of the same order as the age of the solar system.

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On the Stability of Extra-Solar Planetary Systems,try to ?nd a planet—similar to our Earth—where complex life could have developed. Since we know that the development of a biosphere and the further evolution to intelligent life-form is a process on a long timescale, the longterm stability of such a planet is an important and necessary condition for the habitability of a planet.

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However, FRPs and ERPs differ with respect to the timelines associated with frequency and predictability effects. It is anticipated that space-related and time-related constraints of word recognition during reading will guide the further development of computational models of eye-movement control d