These book is a comprehensive account of some of the most popular mathematical models of watershed hydrology. It includes a variety of models that spanned a range of characteristics, such as representativeness, comprehensiveness, broadbased applicability, and use of modern tooIs. Based on these considerations, 23 popular models were selected for inclusion. The contributing hydrologists are known nationally and internationally for their contributions to the hydrologic modeling technology. Their combined wealth of expertise and experience in teaching, research, and practice spans virtually the entire spectrum of hydrology and water resources. Most of the authors are originators of the models discussed in this book, and they offer unique insights and experiences pertaining to the models. This book, in conjunction with Mathematical Models of Large Watershed Hydrology, will have a special appeal to hydrologic modelers and model users, worldwide, as well as any one engaged in practice of hydrology, civil engineering, agricultural engineering, environmental science, forest and range science, climatology, and watershed science. Furthermore, both publications will be useful to teachers and professors who are engaged in graduate courses and research studies.
116.1 (Einfluss der Vegetation auf Niederschlag, Verdunstung (einschl. Transpiration), Luftfeuchtigkeit usw. (experimentelle und theoretische Studien) Einfluss auf Wasser; Einfluss auf die Umgebung (siehe auch 907.3)) 116.2 (Einsickerung. Wasserabfluss und Wassererosion (experimentelle und theoretische Studien)) 116.3 (Untersuchungen über Wasserführung in Gewässern und Ufererosion [Unterteilung wenn nötig wie 116.2])
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Monographie
Institut für Naturgefahren und Waldgrenzregionen - Innsbruck
