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Klaus Bohne An Introduction into Applied Soil Hydrology Contents Preface1 Introduction; The soil as a reactor between the earth'satmosphere and the subsurface 12 Mechanical composition of mineral soils 22.1 Soiltexture Mechanical analysis Grain size distribution Textural classes 72.2 Soil structure 83 Basic parameters of bulk soil 93.1 Macroscopic approach 93.2 Soil as a three-phase System 93.3 Standard values of bulk density 144 Soil water balance in the field 164.1 Water balance equation Precipitation Surface runoff Evapotranspiration A first approximation to real evapotranspiration andgroundwater recharge Simplified approach to drainage and capillary rise The soil water storage term 264.2 Measurement of soil water content in the field 274.3 Simulation of water storage in soil Spreadsheet model of soil water storage (see Appendix, files Simulations.xls or Simulations.sxc ) Simple multi-layer soil water balance Simulation model(see Appendix, files Swb ) 315 Energy Status of water in soil 335.1 Total potential of soil water 3 35.2 Gravitational potential 355.3 Solute potential 365.4 Tensiometer pressure potential Air pressure potential Overburden potential Hydrostatic pressure potential Wetness and matrix potential 395.5 Soil water potential related to flow phenomena 405.6 Soil water potential and vapor pressure 435.7 Measurement of soil water potential 436 Water retention in soil 466.1 Capillary tubes 466.2 Soil water retention curve 48 Lecture Notes Geo Ecology Fundamentals - Differential water capacity, air entry point, and residualwater content Pore size distribution Effect oftemperature on pressure head Hysteresis ' 526.3 Mathematical functions representing the water retention curve Introduction The.
Reviews Excellent, I can see practical examples. The information presented is in good order and well structured. Description This is an introductory book on hydrology that covers the fundamental theories on hydrological cycle (water balance, atmospheric water, subsurface water, surface water precipitation analysis, evaporation and evapotranspiration processes, infiltration, ground water movement, hydrograph analysis, rainfall runoff modelling (unit hydrograph hydrological flow routing, measurements and data collection, hydrological statistics and hydrological design. The text has been written in a concise format that is integrated with the relevant graphics, examples, questions, answers and full solutions. Preface Hydrology is a branch of scientific and engineering discipline that deals with the occurrence, distribution, movement, and properties of the waters of the earth. A knowledge of hydrology is fundamental to water and environmental professionals (engineers, scientists and decision makers) in such tasks as the design and operation of water resources, wastewater treatment, irrigation, flood defence, navigation, pollution control, hydropower, ecosystem modelling, etc. This is an introductory book on hydrology and written for undergraduate students in civil and environmental engineering, environmental science and geography. The aim of this book is to provide a concise coverage of key contents in hydrology that is easy to access through the Internet. The book covers the fundamental theories on hydrological cycle (water balance, atmospheric water, subsurface water, surface water precipitation analysis, evaporation and evapotranspiration processes, infiltration, ground water movement, hydrograph analysis, rainfall runoff modelling (unit hydrograph hydrological flow routing, measurements and data collection, hydrological statistics and.
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