Physiological Ecology of Microorgansisms in Subglacial Lake Whillans

Earth and Planetary Sciences

• Acetate 10%
• Area 10%
• Assay 10%
• Average 10%
• Behavior 10%
• Calculation 10%
• Carbon 20%
• Darkness 10%
• Efficiency 10%
• Electron 10%
• Energetics 30%
• Environment 30%
• Fixation 10%
• Flux Density 10%
• Growth 30%
• Growth Rate 10%
• Habitat 10%
• Ice Cover 10%
• Ice Sheet 10%
• Incorporation 10%
• Incubation 10%
• Investigation 10%
• Laboratory 10%
• Lake 100%
• Lake Ecosystem 10%
• Magnitude 10%
• Maintenance 10%
• Metabolism 40%
• Micro-Organism 20%
• Microbial Activity 10%
• Microbial Community 10%
• Model 10%
• Ocean 10%
• Order 10%
• Organic Matter 10%
• Oxidation 10%
• Oxygen 10%
• Physiology 10%
• Planet 10%
• Rate 10%
• Region 10%
• Substrate 20%
• Sunlight 10%
• Support 20%
• Switching 10%
• Thermodynamics 10%
• Thymidine 10%
• Time 20%
• Turnover 10%
• Water 10%
• Water Column 20%