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Biogeochemical processes of biogenic elements in the China marginal seas / Jinming Song.
Author
Song, Jinming
[Browse]
Format
Book
Language
English
Published/Created
Berlin : Springer, ©2010.
Description
xiii, 662 pages : illustrations, maps ; 25 cm.
Availability
Available Online
Springer Nature - Springer Earth and Environmental Science eBooks 2010 English International
Copies in the Library
Location
Call Number
Status
Location Service
Notes
ReCAP - Remote Storage
QH344 .S675 2010
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Details
Subject(s)
Biogeochemical cycles
—
Yellow Sea
[Browse]
Biogeochemical cycles
—
East China Sea
[Browse]
Biogeochemical cycles
—
South China Sea
[Browse]
Marine ecology
—
Yellow Sea
[Browse]
Marine ecology
—
East China Sea
[Browse]
Marine ecology
—
South China Sea
[Browse]
Series
Advanced topics in science and technology in China
[More in this series]
Bibliographic references
Includes bibliographical references and index.
Contents
Machine generated contents note: 1. Introduction
1.1. Basic Status of China Marginal Seas
1.1.1. Bohai Sea
1.1.2. Yellow Sea
1.1.3. East China Sea
1.1.4. South China Sea
1.2. Progress in Marine Biogeochemical Process Research in China
1.2.1. Progress in the Studies in Marine Biogeochemical Processes before 2000 in China
1.2.2. Progress in Biogeochemical Processes of Marine Carbon Cycles since 2000 in China
1.2.3. Biogeochemical Cycle of Biogenic Elements
1.3. Functions of China Marginal Sea Sediments in Cycles of Biogenic Elements
1.3.1. Biogenic Elements in China Marginal Sea Sediments
1.3.2. Chemical Environments of China Marginal Sea Sediments and Early Diagenesis of Biogenic Elements
1.3.3. Contribution of Settling Particles to Biogenic Element Recycling in China Marginal Seas
1.3.4. Contributions of China Marginal Sea Sediments in the Recycling of Biogenic Elements
1.3.5. Influences of Biological Productions in China Marginal Sea Sediments on the Recycling of Biogenic Elements
References
2. Biogeochemical Processes of the Bohai Sea
2.1. Change Processes of Carbon in the Bohai Sea
2.1.1. Partial Pressure of CO2 in Sea Water
2.1.2. Riverine Sources and Estuarine Fates of Particulate Organic Carbon in Seawaters
2.1.3. Inorganic Carbon in Liaodong Bay Sediments of the Bohai Sea
2.1.4. Biogeochemical Process of Organic Carbon in Sediments
2.2. Distributions and Transformations of Nitrogen in the Bohai Sea
2.2.1. Nitrogen in Seawaters
2.2.2. Evolution of Nutrients and Primary Production
2.2.3. Nitrogen Forms and the Decomposition of Organic Nitrogen in Sediments
2.2.4. Sediment-Water Exchange of Inorganic Nitrogen
2.3. Biogeochemical Processes of Phosphorus and Silicon in the Bohai Sea
2.3.1. Distribution of Phosphorus and Silicate in Seawaters
Note continued: 2.3.2. Forms of Phosphorus and Silicon in Surface Sediments
2.3.3. Processes of Nutrients across the Sediment-Water Interface
2.4. Behaviour of Heavy Metals in the Bohai Sea
2.4.1. Distribution of Dissolved Heavy Metals in Seawaters
2.4.2. Dissolved Heavy Metal Pollution in Bohai Bay
2.4.3. Heavy Metals in Bohai Bay Sediments
2.5. Persistent Organic Pollutants in the Coastal Areas of the Bohai Sea
2.5.1. Distributions of Persistent Organic Pollutants in Sediments and Mollusks
2.5.2. Composition and Sources of Persistent Organic Pollutants
2.5.3. Potential Risk of Persistent Organic Pollutants
3. Biogeochemical Processes of the Yellow Sea
3.1. Dynamic Processes of the Yellow Sea
3.1.1. Yellow Sea Currents
3.1.2. Water Exchange Between the Yellow Sea and the East China Sea
3.2. Carbon Biogeochemical Processes in the Yellow Sea
3.2.1. Carbon Processes across the Air-Sea Interface
3.2.2. Biological Carbon Fixation in the South Yellow Sea Seawater
3.2.3. Initial Carbon Fixed Production
3.3. Dimethylsulfide and Its Fluxes across the Sea-Air Interface of the Yellow Sea
3.3.1. Characteristics of Dimethylsulfide and Dimethylsulfoniopropionate
3.3.2. Sea-to-Air Flux of Dimethylsulfide
3.3.3. Source and Sink of Dimethylsulfide in the Microlayer
3.4. Biogeochemical Characteristics Nitrogen and Phosphorus in the Yellow Sea
3.4.1. Variations of Nitrogen and Phosphorus in Seawaters
3.4.2. Dry and Wet Fluxes of Nutrients
3.4.3. Nutrients in the South Yellow Sea Sediments
3.4.4. Nitrogen in the North Yellow Sea Sediments
3.4.5. Biogeochemical Processes of Phosphorus
3.5. Biogeochemical Processes of Jiaozhou Bay, South Yellow Sea
3.5.1. Behaviour and Variation of Carbon
3.5.2. Historical Variation of Nitrogen
Note continued: 3.5.3. Historical Variation of Phosphorus
3.5.4. Biogenic Silica in the Sediments
3.5.5. Nutrients (N, P, Si) in the Seawaters
3.6. Biogeochemical Characteristics of Heavy Metals in Yellow Sea Sediments
3.6.1. Distributions of Heavy Metals
3.6.2. Annual Variations
3.6.3. Controlling and Influencing Factors
3.6.4. Pollution Characteristics and Ecological Risk Evaluation
3.7. Biogeochemistry of PAHs and PCBs in the Yellow Sea Sediments
3.7.1. Polycyclic Aromatic Hydrocarbons in the Sediments of the Northern Yellow Sea
3.7.2. Polychlorinated Biphenyls in the Sediments of the South Yellow Sea
3.7.3. Contamination History of Polycyclic Aromatic Hydrocarbons and Polychlorinated Biphenyls in the 20th Century
4. Biogeochemical Processes of the East China Sea
4.1. Dynamic Processes in the East China Sea and Its Adjacent Ocean
4.1.1. Circulation and Sea-Air Interaction in the Southern Yellow Sea and East China Sea
4.1.2. Kuroshio
4.1.3. Currents East of the Pyukyu Islands
4.2. Carbon Cycling in the East China Sea
4.2.1. Spatial Distributions of Inorganic Carbon in Seawaters
4.2.2. Organic Carbon (Dissolved Organic Carbon and Particulate Organic Carbon) in seawaters
4.2.3. Key Biogeochemical Processes of Carbon in Seawaters
4.2.4. Inorganic Carbon in Sediments
4.2.5. Biogeochemical Characteristics of Organic Carbon in Sediment
4.3. Nitrogen Variations and Budgets in the East China Sea
4.3.1. Seasonal Variations of Nitrogen in Seawaters
4.3.2. Nitrogen Distribution and Its Influencing Factors in the Sediment
4.3.3. Fluxes of Nitrogen
4.4. Phosphorus Biogeochemistry in the East China Sea
4.4.1. Distribution of Phosphorus in the Seawater
4.4.2. Distribution of Phosphorus in the Sediments
^ 4.4.3. Phosphorus Burial Fluxes
4.4.4. Phosphorus Balance
Note continued: 4.4.5. Cycling of Phosphorus
4.5. Silicate and Biogenic Silica in the East China Sea
4.5.1. Spatial Distribution of the Dissolved Silicate in Seawaters
4.5.2. Distribution of Biogenic Silica in Sediments
4.5.3. Silica Balance on the East China Sea Shelf
4.6. Dissolved Oxygen and O2 Flux across the Sea-Air Interface of the ECS
4.6.1. Dissolved Oxygen Distributions in Seawaters
4.6.2. O2 Flux across the Sea-Air Interface
4.6.3. Factors Influencing Dissolved Oxygen Concentration
5. Biogeochemical Processeses of the South China Sea
5.1. Water Dynamical Processes in the South China Sea
5.1.1. Circulation and Eddies
5.1.2. Water Exchange via the Straits
5.1.3. Dynamics of the Mixed Layer and Thermocline of the South China Sea
5.2. Nutrient Budgets in the Seawaters of the South China Sea
5.2.1. Nitrogen Budgets
5.2.2. Phosphorus Budgets
5.2.3. Silicate Budgets
5.3. Biogeochemical Processes in the Pearl River Estuary
5.3.1. Nutrients in Coastal Waters of the Pearl River Estuary
5.3.2. Carbon in the Pearl River Estuary
5.4. Biogenic Elements in the Northern South China Sea
5.4.1. Carbon in the Northern South China Sea
5.4.2. Distributions of Inorganic Nutrients in the Northern South China Sea
5.5. Biogeochemical Processes in the Nansha Islands Waters
5.5.1. Coral Reefs and Their Affected Factors
5.5.2. Simulated Drift-Net Theory: The New Viewpoint on the High Productivity Supporting the Nansha Coral Reef Ecosystem
5.5.3. Nitrogen in Sediments of the Nansha Islands Waters
5.5.4. Carbon Cycling in the Nansha Coral Reef Ecosystem
5.5.5. Vertical Transferring Process of Major and Rare Elements in the Nansha Coral Rreef Lagoons
5.5.6. Sulfide (-2 Valence) in Lagoon and Off-Reef Sediment Interstitial Waters
Note continued: 6. Prospects for Marine Biogeochemical Process Research in China
6.1. Marine Biogeochemical Process Research in China
6.1.1. Introduction
6.1.2. Focus on Marine Biogeochemical Process Research in China
6.1.3. Research Methods of China Marginal Seas' Biogeochemical Process
6.2. Main Key Biogeochemical Processes in China Marginal Seas
6.2.1. River Input
6.2.2. Coastal Anthropogenic Activities
6.2.3. Biological Pump
6.2.4. Ecological Disasters
6.3. Prospects for Biogeochemistry in China Marginal Seas
References.
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ISBN
9783642040597 ((hardcover ; : alk. paper))
3642040594 ((hardcover ; : alk. paper))
LCCN
2009933161
OCLC
432409401
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Biogeochemical Processes of Biogenic Elements in China Marginal Seas [electronic resource] / by Jinming Song.
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