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Titlebook: Mechanisms and Effects of Pollutant-Transfer into Forests; Proceedings of the M H.-W. Georgii Conference proceedings 1989 Kluwer Academic P

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书目名称Mechanisms and Effects of Pollutant-Transfer into Forests
副标题Proceedings of the M
编辑H.-W. Georgii
视频video
图书封面Titlebook: Mechanisms and Effects of Pollutant-Transfer into Forests; Proceedings of the M H.-W. Georgii Conference proceedings 1989 Kluwer Academic P
描述In November 1988 the "‘Third Oberursel Symposium" devoted to the problems of input of pollutions into forest-ecosystems and their effects on plants or soil convened. After several years of intensive research on the effects of pollutions on forest­ ecosystems it is obvious that not a single specific pollutant can be made responsible but a mixture of several components act together or interact with each other. The contributions of the workshop _ reflect to a large extend the results of research­ projects which were started at the beginning of the eighties. They review our improved knowledge on the patterns of concentration, of the mechanism of wet and dry deposition and fog interception, modelling studies and the effect of the processes on plant­ receptors and surfaces. Since the 1985 symposium the pathways of pollutants leading to biological damage have been examined and are more clearly recognised. The book reflects the common interest and the continuous effort of scientists from many different disciplines to better understand the physical and chemical processes which finally lead to the observed damage of forest-trees. Comparing the conclusions of the contributions of this book _
出版日期Conference proceedings 1989
关键词Aerosol; Cloud; Dew; Fog; Oxide; Precipitation; Snow; Vegetation; ecosystem; forest
版次1
doihttps://doi.org/10.1007/978-94-009-1023-2
isbn_softcover978-94-010-6951-9
isbn_ebook978-94-009-1023-2
copyrightKluwer Academic Publishers 1989
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Ozone in Forest Stands - Examinations to its Occurence and Degradationevels in the forests decrease only slightly. Vertical concentration gradients are determined in forest stands. At ground level inside the forest stand, the degradation of ozone is observed during night time which may be caused by NO exhalation from the soil. During sunny day hours, especially in summer, ozone is produced above the tree canopy.
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Dry Deposition of Atmoshperic Particles to an Old Spruce Standities fall in the range of 1 cm/sec and indicate a minimum at a particle diameter of about 2–5 μm. These results support, therefore, high deposition velocities for canopies with a rough surface and a high leave area index.
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Deposition of Gaseous Pollutants in a Douglas Fir Forest: First Results of the Aciforn Project be quite low and comparable to the general levels in the Dutch countryside. NH. reached up to hourly values of 60 .g/m. at an average of 5 .g/m. for the summer of 1988. For O. some peaks up to 240 .g/m. were found during clear summer days, exceeding critical levels for damage to sensitive plant species.
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