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Environmental Microbiology
1. Introduction to Environmental Microbiology
2. Microbial Ecology
3. Methods in Environmental Microbiology
4. Microbiology of Major Environments
5. Biogeochemical Cycling
6. Applied Environmental Microbiology
7. Global Environmental Change and Microbiology
Microbiology of Major Environments
Aquatic Microbiology
Freshwater Environments
Lakes
Thermal Stratification
Microbial Food Webs
Seasonal Dynamics
Rivers and Streams
Flow Dynamics and Microbial Communities
Biofilm Development
Nutrient Spiraling
Wetlands
Anaerobic Processes
Methanogenesis
Biogeochemical Cycling
Marine Environments
Pelagic Zone
Planktonic Microorganisms
Primary Production
Microbial Loop
Benthic Zone
Sediment Microbiology
Bioturbation Effects
Anaerobic Processes
Coastal Systems
Estuarine Microbiology
Tidal Influences
Salinity Gradients
Deep-Sea Environments
Hydrothermal Vents
Cold Seeps
Abyssal Plains
Groundwater Systems
Aquifer Microbiology
Subsurface Biogeochemistry
Contaminant Biodegradation
Terrestrial Microbiology
Soil Microbiology
Soil Structure and Microbial Habitats
Soil Horizons
Aggregate Formation
Pore Space Dynamics
Rhizosphere Microbiology
Root-Microbe Interactions
Root Exudates
Mycorrhizal Associations
Bulk Soil Processes
Organic Matter Decomposition
Nutrient Cycling
Soil Formation
Subsurface Terrestrial Environments
Deep Terrestrial Biosphere
Vadose Zone Microbiology
Bedrock Microbiology
Plant-Associated Microbiology
Phyllosphere Microbiology
Endophytic Microorganisms
Plant Disease Ecology
Atmospheric Microbiology
Microbial Aerosols
Sources and Composition
Sampling Methods
Viability Assessment
Atmospheric Transport
Long-Range Dispersal
Deposition Mechanisms
Biogeographical Implications
Atmospheric Processes
Cloud Microbiology
Ice Nucleation
Precipitation Chemistry
Extreme Environment Microbiology
Temperature Extremes
Thermophiles and Hyperthermophiles
High-Temperature Adaptations
Thermal Springs
Geothermal Systems
Psychrophiles
Cold Adaptations
Polar Environments
Permafrost Microbiology
Chemical Extremes
Acidophiles
Acid Mine Drainage
Volcanic Environments
Alkaliphiles
Soda Lakes
Alkaline Soils
Halophiles
Salt Lakes
Hypersaline Environments
Physical Extremes
High Pressure Environments
Deep-Sea Piezophiles
Subsurface High-Pressure Systems
High Radiation Environments
Radioresistant Microorganisms
Nuclear Waste Sites
Polyextremophiles
Multiple Stress Tolerance
Adaptation Mechanisms
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5. Biogeochemical Cycling