Titlebook: Ocean Biogeochemistry; The Role of the Ocea Michael J. R. Fasham Book 2003 Springer-Verlag Berlin Heidelberg 2003 Climate change.Coast.Join

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Scott C. Doney,Keith Lindsay,J. Keith Mooreür eine effiziente Bürgergesellschaft.Enth?lt die KonzipieruDas 21. Jahrhundert erfordert ein konsequentes Weiter-Denken, das weit über die Treibhausgasbedrohung hinausgeht: Wie beenden wir die fortlaufende Naturzerst?rung? Was k?nnen wir gegen die fortgeschrittene Vergiftung unserer Lebensgrundlage

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Introduction,ycle was perceived in the late 1980s. Peter Brewer was in the fore-front of these developments and in the Foreword he gives his own personal view of events and the excitement generated by this new global approach to ocean biogeochemistry.

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Biogeochemical Provinces: Towards a JGOFS Synthesis,d animal populations — the basis of the ecosystem concept in ecology. Theophrastus (ca. 320 b.c.) documented this recognition in his ‘Inquiry into Plants’ and it is implicit much later in the writings of Thoreau, G. P. Marsh and others who by the mid-19. century already lamented the loss of the Nort

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Continental Margin Exchanges,tal margins, with waters shallower than 200 m, occupy a mere 7% of the ocean surface and even less than 0.5% of the ocean volume, they still play a major role in oceanic biogeochemical cycling. Significantly higher rates of organic productivity occur, in fact, in the coastal oceans than in the open

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The Impact of Climate Change and Feedback Processes on the Ocean Carbon Cycle, as geology. However, it is only in the last century that a putative link, termed the ‘the Greenhouse Effect’ (.), has been suggested between the atmospheric concentrations of particular gases and climate. The composition of the atmosphere has been studied routinely since the late fifties/early sixt

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