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Inland Waters and Their Catchments: An Introduction and Setting | |
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Introduction | |
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The Setting | |
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Organization of the Text | |
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Acknowledgments | |
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The Development of Limnology | |
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Limnology and Its Roots | |
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Limnology Between World War I and World War II | |
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The Development of Ideas: Europe | |
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The Development of Ideas: North America | |
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Limnology after World War II | |
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Scales and Patterns: A Conceptual Exploration | |
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Water: A Unique and Important Substance | |
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Introduction | |
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Characteristics of Water | |
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Water Resources, Water Pollution, and Lakes | |
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Introduction | |
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Water Resources | |
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Lakes, Rivers, Wetlands, and Their Global Distribution | |
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A Look at "Typical" Lakes and Streams | |
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Hydrology and Climate | |
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Introduction | |
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Water Movement in Catchments | |
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Humans and the Hydrologic Cycle | |
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Global Patterns in Precipitation and Runoff | |
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Runoff and the Presence of Waterbodies | |
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Water Inputs and Outputs | |
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The Aral Sea | |
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The Caspian Sea | |
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Origin and Age of Lakes | |
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Introduction | |
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Glacial Lakes | |
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Tectonic Lakes | |
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Coastal Lakes | |
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Riverine Lakes | |
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Volcanic Lakes | |
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Solution or Karst Lakes | |
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Manmade Lakes or Reservoirs | |
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Lake and Catchment Morphometry | |
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Introduction | |
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The Bathymetric Map | |
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Lake Surface Area | |
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Lake Depth | |
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Lake Shape | |
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Underwater and Catchment Slopes | |
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Rivers and the Export of Materials from Drainage Basins and the Atmosphere | |
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Introduction | |
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Flowing Water Systems | |
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Rivers and Their Ecotones | |
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Rivers, Their Banks, and Human Activity | |
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Drainage-Basin Export of Nitrogen and Phosphorus | |
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Atmospheric Deposition of Nutrients | |
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Nutrient Export, Catchment Size, Lake Morphometry, and the Biota: A Conceptualization | |
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Organic Carbon Export from Drainage Basins | |
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Aquatic Systems and their Catchments | |
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Catchment Size | |
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Catchment Form | |
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Catchment Soils and Vegetation | |
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Water Residence Time | |
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Nutrient Concentrations, Trophic State, and WRT | |
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Retention of Dissolved and Particulate Materials by Lakes and Reservoirs | |
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Sediment Loading to Aquatic Systems | |
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Light | |
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Introduction | |
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Detectors | |
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Light Above and Below the Water Surface | |
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Absorption, Transmission, and Scattering of Light in Water | |
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Ultraviolet Radiation and Its Effects | |
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Light Attenuation | |
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Light Attenuation and Photosynthesis | |
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Light Attenuation and Lake Stratification | |
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The Secchi Disc and Its Utility | |
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Limitations of the Secchi Disc | |
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Light and Primary Production | |
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Underwater Vision | |
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Temperature Cycles, Lake Stratification, and Heat Budgets | |
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Introduction | |
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Types of Stratification and Mixing | |
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Morphometry and Stratification | |
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Seasonal Temperature Cycles and Stratification | |
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Stability of Stratification | |
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Stability of Temperate vs Tropical Lakes | |
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Thermocline Depth | |
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Thermocline Shape | |
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Meromictic Lakes | |
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Development of Meromixis | |
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Heat Budgets | |
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Climatic Change and Aquatic Systems | |
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Water Movements | |
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Introduction | |
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Laminar vs Turbulent Flow | |
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Surface Gravity Waves | |
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Turbulent Flow and Measures of Stability | |
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Coefficient of Vertical Eddy | |
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Coefficient of Horizontal Eddy Diffusion | |
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Horizontal Currents | |
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Long-term Surface Current Patterns | |
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Langmuir Currents | |
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Standing Surface Waves | |
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Internal or Thermocline Seiches | |
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Internal Seiches, Hypolimnetic Currents, and Sediment Resuspension | |
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Turbulent Mixing and the Biota | |
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Salinity and Major Ion Composition of Lakes and Rivers | |
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Introduction | |
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Salinity and Its Origins | |
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Total Salinity and Its Determination | |
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Major Ion Composition | |
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Human Activity, Climate, and Ion Composition | |
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Saline Lakes and Their Distribution | |
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Ionic Composition of Inland Saline Lakes and Wetlands | |
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The Salinity Spectrum and the Biota | |
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Inorganic Carbon and pH | |
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Introduction | |
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Carbon Dioxide in Water | |
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pH and Its Range in Aquatic Systems | |
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Alkalinity of Inland Waters | |
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pH, Extreme Environmental Conditions, and Species Richness | |
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Carbonates: Precipitation and Solubilization | |
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Dissolved Oxygen | |
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Introduction | |
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Solubility of Oxygen in Water | |
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Sources and Sinks of Oxygen | |
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Photosynthesis, Respiration, and DOC | |
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Dissolved Oxygen Consumption and Lake Productivity | |
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Oxygen Depletion in Ice-covered Waters | |
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Dissolved Oxygen and the Biota | |
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Oxidation-Reduction Potential | |
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Introduction | |
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Redox Reactions and Nutrient Cycling | |
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Phosphorus Concentrations and Cycling | |
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Introduction | |
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The Classical Model of Phosphorus Cycling | |
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The Modern Model and Aerobic Phosphorus Release | |
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The Mass-Balance Equation and Phosphorus Cycling | |
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Sediment Phosphorus Release and Phytoplankton Production | |
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Phosphorus Control, Internal Loading, and Lake Management | |
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The Empirical Modeling of Phosphorus | |
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The Dynamic Modeling of Phosphorus | |
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Nitrogen Cycling | |
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Introduction: The Atmosphere, the Land, and the Water | |
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Nitrogen Transformation Processes | |
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Nitrification | |
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Denitrification | |
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Nitrogen Fixation: Rates and Process | |
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Nitrogen Fixation Rates: Plankton vs Littoral Zone | |
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Forms and Quantities of Nitrogen in Inland Waters | |
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Iron, Manganese, and Sulfur | |
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Introduction | |
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Iron Cycling | |
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Iron and Sulfur | |
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Iron and Organic Matter | |
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The Manganese Cycle | |
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Iron, Manganese, and Trace Metals | |
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Particle Sedimentation and Sediments | |
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Introduction | |
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Origin and Distribution of Sediments | |
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Sedimentation and Sediment Traps | |
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Sinking Velocities and Sedimentation Rates | |
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The Sediment Record | |
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Dating Sediments | |
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Profundal Sediment Characteristics | |
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The Phytoplankton | |
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Introduction | |
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Species Composition and Phylogenetic Generalities | |
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Phytoplankton Size and Activity: Small Cells vs Large Cells | |
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Seasonal Biomass Cycles: A Conceptual Model | |
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The Composition of Phytoplankton Cells | |
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Algal Sedimentation and Buoyancy Control | |
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Parasitism and Disease | |
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Photosynthesis, Light, and Temperature | |
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Photosynthesis, Respiration, and Growth | |
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Primary Production in Nature | |
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Production: Biomass (P:B) Ratios and Specific Growth Rates in Nature | |
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Limiting Nutrients and Eutrophication | |
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Nitrogen vs Phosphorus | |
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Empirical Nutrient-Phytoplankton Relationships | |
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The Maximum Phytoplankton Biomass | |
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The Bacteria | |
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Introduction | |
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From Past to Present | |
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Bacterial Size, Form, and Metabolism | |
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Abundance, Biomass, and Distribution | |
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Heterotrophic Bacterial Abundance and Environmental Factors | |
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Resource Limitation vs Grazing Control of Bacterial Abundance | |
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Heterotrophic Bacteria: Production, Losses, and System Contribution | |
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Viruses | |
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The Microbial Food Web | |
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Photosynthetic Bacteria | |
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Heterotrophic Sediment Bacteria | |
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Zooplankton | |
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Introduction | |
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Zooplankton Sampling | |
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Protozoa, Rotifers, and Crustaceans | |
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Species Richness and Its Prediction | |
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Seasonal Cycles | |
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Long-term Variation in Zooplankton Abundance | |
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Top-down Control of Zooplankton | |
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Biomanipulation and Lake Management | |
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Chaoborus: The Phantom Midge | |
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Zooplankton Feeding | |
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Nutrient Cycling and Zooplankton | |
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Resource Availability and Zooplankton Biomass | |
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Zooplankton Production | |
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Diel Migration and Cyclomorphosis | |
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Benthic Plants | |
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Introduction | |
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Wetlands and Their Utilization | |
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Macrophyte Distribution and Species Richness | |
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Macrophyte Biomass and Its Determinants | |
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Submerged Macrophyte Distribution: Light and Lake Morphometry | |
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Submerged Macrophyte Distributions and Plant Nutrients | |
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Submerged Macrophyte Distribution and Dissolved Inorganic Carbon (DIC): A Physiological Exploration | |
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Plant Size, Community Structure, and Function | |
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Attached Algae | |
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Eutrophication and Benthic Plants | |
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Lake Management and Macrophytes | |
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Zoobenthos | |
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Introduction | |
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Taxonomic Distribution, Species Richness, and Abundance | |
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Life-History Aspects | |
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Lake Morphometry, Substrate Characteristics, and the Zoobenthos | |
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Resource and Predation Control | |
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The Zebra Mussel: A Keystone Species | |
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The Zoobenthos and Energy Flow in Lakes | |
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Fish and Water Birds | |
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Introduction | |
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Fish Species and Species Richness | |
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Life-History Attributes and Population Dynamics of Age-0 Fish | |
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Fish Growth: Determinants and Measurement | |
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Fisheries and Fisheries Management | |
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The Biology of a Temperate Zone Fish and a Tropical Fish: Perch and Tilapia | |
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Predicting Fish Biomass, Production, and Yield | |
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Aquaculture and Water Quality | |
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Water Birds | |
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Acidification of Waterways | |
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Introduction | |
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Sources and Distributions | |
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Acid-Sensitive Waters | |
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Characteristics of Acid-Sensitive Waters and Catchments | |
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Catchments and Lake Acidification: Wet and Dry Deposition | |
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Neutralization and Buffering Processes in Catchments | |
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Buffering Capacity of Lakes, Rivers, and Wetlands | |
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Aluminum and Other Toxic Metals | |
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Effects of Acidification on the Aquatic Biota | |
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Modeling the Acidification Process | |
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Lake Management: Recovering from Acidification | |
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The Future | |
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Contaminants | |
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Introduction | |
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Toxic Substances | |
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Sources of Contaminants | |
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The Fate of Contaminants | |
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The Sediment Record | |
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Physical and Chemical Characteristics of Contaminants and Their Distribution in Nature | |
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Toxicity and Its Prediction | |
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Bioaccumulation and Biomagnification | |
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Mercury and the Mercury Cycle | |
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Toxic Chemicals, Environmental Health, and Lake Management | |
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Reservoirs | |
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Introduction | |
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Natural Lakes and Reservoirs | |
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The River-Lake-Reservoir Continuum | |
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Water Residence Time and Plankton Growth Rates | |
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Reservoir Zonation: A Conceptual View | |
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Drawdowns | |
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Reservoir Aging and the Trophic Upsurge | |
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Large Reservoirs and Their Impacts | |
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International Organization for Standardization of Country Codes | |
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Conversion Factors for Selected Elements and Reported Species | |
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Bibliography | |
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Index | |