Titlebook: Changes of Atmospheric Chemistry and Effects on Forest Ecosystems; A Roof Experiment wi Reinhard F. Hüttl (Chair),Klaus Bellmann Book 1998

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Book 1998portunity to test the role of SO.2. and alkalineparticle deposition with regard to changes or damage to forestecosystems and whether the forest stands return to a state ofresilience. In this respect, this ecosystem experiment can be lookedupon as a roof experiment without a roof.

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1387-5248 aunique opportunity to test the role of SO.2. and alkalineparticle deposition with regard to changes or damage to forestecosystems and whether the forest stands return to a state ofresilience. In this respect, this ecosystem experiment can be lookedupon as a roof experiment without a roof.978-90-481-5224-7978-94-015-9022-8Series ISSN 1387-5248

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Changes of Atmospheric Chemistry and Effects on Forest EcosystemsA Roof Experiment wi

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Plasma Flows in a Strong Magnetic Field,rthermore, it has to be considered that the measurements do not quite reflect the actual average growth, because it is only possible to investigate the trees that have survived, while many of the slow growing individuals have already died.

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Nutrient element distribution in the above-ground biomass of Scots pine stands,eated needle analysis. In addition, the quantity and distribution of above-ground biomass has been assessed after a whole-tree harvest at the end of the experimental period. The results have served as important input variables for the pine ecosystem model FORSANA (cf. Grote ., this volume).

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1387-5248 ermany - Effects on Terrestrial Ecosystems‘.Before the unification of Germany, emission loads of SO.2. anddust particles were up to 18-fold higher in East than in West Germany.However, emission rates have decreased significantly sincereunification in 1990, due to the breakdown of a large number ofin

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