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E-grāmata: Global Environment: Water, Air, and Geochemical Cycles - Second Edition

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  • Formāts: 488 pages
  • Izdošanas datums: 22-Apr-2012
  • Izdevniecība: Princeton University Press
  • Valoda: eng
  • ISBN-13: 9781400842766
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  • Formāts: 488 pages
  • Izdošanas datums: 22-Apr-2012
  • Izdevniecība: Princeton University Press
  • Valoda: eng
  • ISBN-13: 9781400842766

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This newly revised edition of Global Environment discusses the major elements of the geochemical cycles and global fluxes found in the atmosphere, land, lakes, rivers, biota, and oceans, as well as the human effects on these fluxes. Retaining the strengths of the original edition while incorporating the latest discoveries, this textbook takes an integrated, multidisciplinary, and global approach to geochemistry and environmental problems and introduces fundamental concepts of meteorology, surficial geology (weathering, erosion, and sedimentation), biogeochemistry, limnology, and oceanography.

New concepts and information in this updated edition include changes of atmospheric carbon dioxide over geologic time, major advances in the study of chemical weathering of rocks, ocean acidification, and important environmental problems, such as the amelioration of the acid rain problem due to reduction in sulfur deposition, problems with nitrification of soils and lakes, and eutrophication of rivers and estuaries. An expanded chapter explores atmospheric chemistry and changing climate, with the most up-to-date statistics on CO2, the carbon cycle, other greenhouse gases, and the ozone hole. Only requiring a fundamental understanding in elementary chemistry, yet taking into account extensive and current data, this text is ideal for students in environmental geochemistry, environmental geology, global change, biogeochemistry, water pollution, geochemical cycles, chemical oceanography, and geohydrology, and serves as a valuable reference for researchers working on global geochemical and environmental issues.

  • Revised edition takes a close look at global fluxes involving the atmosphere, land, lakes, rivers, biota, and oceans, and the human effects on these fluxes
  • Detailed discussion of basic concepts including meteorology, surficial geology (weathering, erosion, and sedimentation), biogeochemistry, limnology, and oceanography
  • An expanded up-to-date chapter on atmospheric chemistry and changing climate, including CO2, other greenhouse gases, and ozone
  • Presentation of major advances in the study of chemical weathering
  • Discussion of current environmental topics
  • Global coverage of environmental problems involving water

Recenzijas

"This second edition of a useful book by distinguished authors Elizabeth Berner and Robert Berner surveys the status of the terrestrial environment from the standpoint of cycles of material and energy... Global Environment can also serve as a reliable, detailed introduction to environmental science for master's-level practitioners in the field. Well edited with an admirable consistency of writing style and viewpoint."--Choice "This well-written book is easy to read. It goes into just the right amount of detail; with the exception of trace elements! The authors have presented wide-ranging references providing the interested readers with more details for further investigation. The authors have followed a multidisciplinary approach in the whole book which makes it beneficial for students who major in Environmental Earth Sciences, Geology, Geochemistry, Biogeochemistry and the associated fields. Besides, this book is of reference value for researchers and graduate students."--Armaghan Attar, International Journal of Environmental Studies

Preface to the Second Edition xiii
1 Introduction to the Global Environment: The Water and Energy Cycles and Atmospheric and Oceanic Circulation
1(23)
Introduction
1(1)
The Global Water Cycle
2(5)
Major Water Masses
2(1)
Fluxes between Reservoirs
2(2)
Geographic Variations in Precipitation and Evaporation
4(3)
The Energy Cycle
7(7)
Introduction
7(1)
Radiation and Energy Balance
7(4)
Variations in Solar Radiation: The Atmospheric and Oceanic Heat Engine
11(3)
Circulation of the Atmosphere
14(2)
Oceanic Circulation
16(8)
Introduction
16(1)
Wind-Driven (Shallow) Circulation
17(2)
Coastal Upwelling
19(1)
Thermohaline (Deep) Circulation
19(5)
2 Air Chemistry: The Greenhouse Effect and the Ozone Hole
24(55)
Atmospheric Gases
24(2)
Carbon Dioxide
26(13)
Present and Future CO2 and the Surficial Carbon Cycle
26(10)
Past CO2 Levels
36(3)
Other Greenhouse Gases: Methane, Nitrous Oxide
39(7)
Other Greenhouse Gases: Halogens and Tropospheric Ozone
46(1)
Radiative Forcing by Anthropogenic Factors
47(1)
Climatic Effects of Radiative Forcing: Climate Sensitivity, Global Warming, and Hydrologic Changes
48(11)
Observed Changes in Temperature and Atmospheric Circulation
50(2)
Observed Changes in the Water Cycle: Water Vapor, Precipitation, Streamflow, and Storms
52(2)
Observed Changes in Ice, Sea Level and the Oceans
54(3)
Predictions for Future Climate Change
57(2)
Aerosols
59(10)
Aerosol Cloud Effects
60(1)
Types of Aerosols
61(1)
Gaseous Emissions
62(1)
Sulfate Aerosols
62(1)
Black Carbon Aerosols
63(2)
Organic Carbon Aerosols
65(1)
Biomass Burning Aerosols
65(1)
Nitrate Aerosols
65(1)
Mineral Dust Aerosols
66(1)
Sea-Salt Aerosols
67(1)
Surface Dimming by Aerosols
68(1)
Aerosols and the Hydrologic Cycle
68(1)
Black Carbon Aerosols and Snow Cover
69(1)
Ozone and the Ozone Hole
69(10)
Stratospheric Ozone: The Ozone Hole
70(6)
Tropospheric Ozone: Air Pollution
76(3)
3 Air Chemistry: Rainwater, Acid Rain, and the Atmospheric Cycles of Sulfur and Nitrogen
79(72)
Introduction
79(1)
Formation of Rain (and Snow)
80(5)
Water Vapor in the Atmosphere
80(3)
Condensation
83(1)
Sublimation
84(1)
Rain (and Snow) Formation
84(1)
Air Motion in Cloud Formation
85(1)
Chemical Composition of Rainwater: General Characteristics
85(7)
Cl-, Na+, Mg++, Ca++ and K+ in Rain
92(10)
Gases and Rain
102(1)
Sulfate in Rain: The Atmospheric Sulfur Cycle
102(14)
Sea-Salt Sulfate
103(1)
U.S. Sulfur Emissions
104(3)
Conversion of Sulfur Dioxide to Sulfate in Rain
107(1)
Biogenic Reduced Sulfur
108(1)
Other Sulfur Sources: Biomass Burning, Volcanism, and Soil Dust
109(1)
Sulfur Deposition on Land
110(1)
Anthropogenic Sulfur Deposition in the United States
111(2)
Atmospheric Sulfur Cycle: Human Perturbation
113(2)
Radiative Forcing from Sulfate Aerosol
115(1)
The Atmospheric Nitrogen Cycle and Nitrogen in Rain
116(21)
N2, Nitrogen Fixation, Denitrification, and Total Nitrogen Fluxes
116(4)
Nitrogen Cycle: Anthropogenic Changes and Climate
120(1)
Atmospheric Nox and Nitrate in Rain
120(3)
Nitrate in Rain: Anthropogenic Sources
123(3)
Nitrate Deposition in Rain and the Nitrate-Nitrogen Cycle
126(4)
Ammonium in Rain: Atmospheric Ammonium-Nitrogen Cycle
130(3)
Ammonium in Rain
133(2)
Reactive N Deposition
135(2)
Acid Rain
137(14)
The pH of Natural Rainwater
138(2)
Acid Rain from Pollution
140(1)
Acid Rain in Europe
141(1)
Acid Rain in the United States from 1955 to 1985
142(2)
Acid Deposition Changes in the United States from 1980 to 2007
144(1)
Acid Rain in Other Parts of the World
145(1)
Distinguishing Naturally Acid Rain from That Due to Pollution
146(3)
Effects of Acid Rain
149(2)
4 Chemical Weathering: Minerals, Plants, and Water Chemistry
151(34)
Introduction
151(2)
Biogeochemical Cycling in Forests
153(5)
Soil Water and Microorganisms: Acid Production
158(1)
Chemical Weathering
159(22)
Minerals Involved in Weathering
159(3)
Silicate Weathering Reactions: Secondary Mineral Formation
162(6)
Mechanism of Silicate Dissolution
168(3)
Rate of Silicate Weathering
171(5)
Silicate Weathering: Soil Formation
176(2)
Carbonate Weathering
178(1)
Sulfide Weathering
179(2)
Groundwaters and Weathering
181(4)
Garrels's Model for the Composition of Groundwaters from Igneous rocks
182(3)
5 Rivers
185(72)
Introduction
185(5)
Components of River Water
185(1)
River Runoff
186(2)
Major World Rivers
188(2)
Suspended Matter in Rivers
190(11)
Amount of Suspended Matter
190(5)
Human Influence
195(3)
Chemical Composition of Suspended Matter
198(3)
Chemical Composition of Rivers
201(12)
World Average River Water
201(1)
Chemical Classification of Rivers
202(10)
Relief and River-Water Composition
212(1)
Major Dissolved Components of River Water
213(24)
Chloride and Cyclic Salt
213(3)
Sodium
216(1)
Potassium
217(2)
Calcium and Magnesium
219(1)
Bicarbonate (HCO3-)
220(2)
Silica
222(5)
Sulfate
227(2)
Sulfate Pollution and Acidic Rivers
229(3)
Organic Matter in Rivers: Organic Acidity
232(4)
Organic Acid Rivers
236(1)
Chemical and Total Denudation of the Continents as Deduced from River-Water Composition
237(4)
Nutrients in River Water
241(16)
Nitrogen in Rivers: The Terrestrial Nitrogen Cycle
242(7)
Reactive Nitrogen Deposition and River Transport in the United States
249(1)
Phosphorus In Rivers: The Terrestrial Phosphorus Cycle
250(7)
6 Lakes
257(46)
Physical Processes in Lakes
257(12)
Water Balance
257(2)
Thermal Regimes and Lake Classification
259(5)
Lake Models
264(5)
Biological Processes in Lakes as They Affect Water Composition
269(16)
Photosynthesis, Respiration, and Biological Cycling
269(3)
Eutrophication
272(3)
Limiting Nutrients
275(4)
Sources of Phosphorus in Lakes
279(6)
Pollutive Changes in Major Lakes: Potential Loading
285(2)
Acid Lakes
287(11)
Changes in Acid Lakes in the Northeastern and Upper Midwestern United States
291(1)
Changes in Acid Lakes in Europe
292(1)
Naturally Acid Lakes
293(1)
Chemical Composition of Acid Lakes
294(4)
Saline and Alkaline Lakes
298(5)
7 Marginal Marine Environments: Estuaries
303(36)
Introduction
303(8)
Estuaries: Circulation and Classification
303(4)
The Black Sea
307(1)
Estuarine Chemistry: Conservative vs Nonconservative Mixing
308(3)
Estuarine Chemical Processes
311(19)
Inorganic (Nonbiogenic) Removal in Estuaries
311(3)
Biogenic Nutrients in Estuaries
314(3)
Limiting Nutrients: Nitrogen, Phosphorus, and Silica
317(4)
Eutrophication from Nutrient Pollution of Estuaries
321(3)
Coastal Hypoxia from Nutrient Loading and Eutrophication
324(5)
Harmful Algal Blooms and Eutrophication
329(1)
Suspended Sediment Deposition in Marginal Marine Environments
330(5)
Antiestuaries and Evaporite Deposition
335(4)
8 The Oceans
339(50)
Introduction
339(1)
Chemical Composition of Seawater
339(4)
pH and the Human Acidification of the Oceans
343(1)
Modeling Seawater Composition
344(3)
Sillen's Equilibrium Model
344(1)
Oceanic Box Models
345(2)
Continuum Models
347(1)
Energy Sources for Chemical Reactions
347(1)
Major Processes of Seawater Modification
348(21)
Biological Processes
349(11)
Volcanic-Seawater Reaction
360(5)
Interaction with Detrital Solids
365(4)
Chemical Budgets for Individual Elements
369(20)
Summary of Processes
369(1)
Chloride
370(1)
Sodium
371(1)
Sulfur
372(2)
Magnesium
374(1)
Potassium
375(1)
Calcium
376(5)
Bicarbonate
381(1)
Silica
382(2)
Phosphorus
384(2)
Nitrogen
386(3)
References 389(46)
Index 435
Elizabeth Kay Berner is a lecturer in geology at the University of Connecticut and research affiliate in the Department of Geology and Geophysics at Yale University. Robert A. Berner is the Alan M. Bateman Professor of Geology and Geophysics Emeritus at Yale University.