Ebook: The Role of Water and the Hydrological Cycle in Global Change

Water is an extremely important factor in global environmental change. Water influences the processes causing change. The human and economic consequences of changes in the water system can be very significant. The aim of this NATO Advanced Study Institute was to present a state-of-the-art assessment of the role of water in global change, ranging from a consideration of atmospheric processes to the social and political impacts of changes in water resources. Many initiatives have recently been developed, such as international conferences and research programmes in particular themes, but there was still a need for information from these diverse activities to be brought together. One of the aims of the ASI was to encourage cross-fertilization between the various disciplines looking at water in the global system. This book contains the expanded written versions of the lectures presented during the AS! held in Italy in May/June 1994. It falls into two basic parts. The first twelve chapters cover the role of water in the climate system and climate modelling. Various areas of the water balance including global budgets, the effect of each element of the water balance on regional and global climates, and procedures used to model hydrological processes at all scales are discussed. Precipitation, ice, lake, groundwater, land surface and atmospheric considerations are included together with hydrological process linkage to climate models. Ocean effects were not covered as they were considered to be outside the scope of this particular AS!.

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This book presents a state-of-the-art assessment of the role of fresh water in global change. Included in its multi-disciplinary approach are examples and a discussion of both measurement and modelling techniques. Physical processes are comprehensively covered over a wide range, from the global scale down to the single plant. In addition, there are several chapters on the socio-economic impacts of climate change - an area of future concern where a new discipline is assuming increasing importance.
The book is an invaluable reference source for both senior students and researchers who wish to obtain an overview of current knowledge.

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This book presents a state-of-the-art assessment of the role of fresh water in global change. Included in its multi-disciplinary approach are examples and a discussion of both measurement and modelling techniques. Physical processes are comprehensively covered over a wide range, from the global scale down to the single plant. In addition, there are several chapters on the socio-economic impacts of climate change - an area of future concern where a new discipline is assuming increasing importance.
The book is an invaluable reference source for both senior students and researchers who wish to obtain an overview of current knowledge.
Content:
Front Matter....Pages I-VIII
The Role of Water in Global Environmental Change Processes....Pages 1-22
Evaluating the Terrestrial Water Balance from the Historical Climate Record....Pages 23-58
Hydrology in Climate Models and Effects on Climate....Pages 59-104
Plant Control on Evapotranspiration: Models and Measurements....Pages 105-133
Soil — Vegetation — Atmosphere Relations: Process and Prospect....Pages 135-162
Effects of CO2-fertilization on Evapotranspiration....Pages 163-188
Snow and Ice Cover and Climate Sensitivity....Pages 189-198
The role of the atmosphere in the water cycle....Pages 199-252
Laurentian Great Lakes Dynamics, Climate, and Response to Change....Pages 253-296
Modeling of Runoff and Streamflow at Regional to Global Scales....Pages 297-316
New Trends in Modelling Soil Processes from Hillslope to GCM Scales....Pages 317-347
River Runoff Data for the Validation of Climate Simulation Models....Pages 349-371
Introduction to Climate Impact Assessment....Pages 373-388
Scenarios for Hydrological Climate Change Impact Studies....Pages 389-407
Potential Changes to Hydrological Systems....Pages 409-427
Socio-economic impacts of changes in water resources due to global warming....Pages 429-457
Back Matter....Pages 459-470

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This book presents a state-of-the-art assessment of the role of fresh water in global change. Included in its multi-disciplinary approach are examples and a discussion of both measurement and modelling techniques. Physical processes are comprehensively covered over a wide range, from the global scale down to the single plant. In addition, there are several chapters on the socio-economic impacts of climate change - an area of future concern where a new discipline is assuming increasing importance.
The book is an invaluable reference source for both senior students and researchers who wish to obtain an overview of current knowledge.
Content:
Front Matter....Pages I-VIII
The Role of Water in Global Environmental Change Processes....Pages 1-22
Evaluating the Terrestrial Water Balance from the Historical Climate Record....Pages 23-58
Hydrology in Climate Models and Effects on Climate....Pages 59-104
Plant Control on Evapotranspiration: Models and Measurements....Pages 105-133
Soil — Vegetation — Atmosphere Relations: Process and Prospect....Pages 135-162
Effects of CO2-fertilization on Evapotranspiration....Pages 163-188
Snow and Ice Cover and Climate Sensitivity....Pages 189-198
The role of the atmosphere in the water cycle....Pages 199-252
Laurentian Great Lakes Dynamics, Climate, and Response to Change....Pages 253-296
Modeling of Runoff and Streamflow at Regional to Global Scales....Pages 297-316
New Trends in Modelling Soil Processes from Hillslope to GCM Scales....Pages 317-347
River Runoff Data for the Validation of Climate Simulation Models....Pages 349-371
Introduction to Climate Impact Assessment....Pages 373-388
Scenarios for Hydrological Climate Change Impact Studies....Pages 389-407
Potential Changes to Hydrological Systems....Pages 409-427
Socio-economic impacts of changes in water resources due to global warming....Pages 429-457
Back Matter....Pages 459-470
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