Meet Me in the Middle: Median Temperatures Impact Cyanobacteria and Photoautotrophy in Eruptive Yellowstone Hot Springs

Keyphrases

• Cyanobacteria 100%
• Photoautotrophy 100%
• Temperature Impact 100%
• Yellowstone Hot Springs 100%
• Temperature Fluctuation 44%
• Outflow Channels 44%
• Ecological Diversification 33%
• High Temperature 22%
• Community Composition 22%
• Microbial Evolution 22%
• Allopatry 22%
• Phototrophs 22%
• Temperature Swing 22%
• Yellowstone National Park 11%
• Evolutionary Implications 11%
• Extreme Environments 11%
• Increased Temperature 11%
• Chemical Characteristics 11%
• Unique Environment 11%
• Temperature Gradient 11%
• Water Flow 11%
• Temperature Range 11%
• Physical Characteristics 11%
• Microbial Adaptation 11%
• Fluctuating Temperature 11%
• Synechococcus 11%
• Light-dependent 11%
• Geographic Isolation 11%
• Photoautotrophic 11%
• Thermal Adaptation 11%
• Niche Breadth 11%
• Spring Flow 11%
• Geyser 11%
• Inorganic Carbon Uptake 11%
• Carbon Uptake Rate 11%
• Geysers 11%
• Main Drivers 11%
• Amplicon Sequence Variants 11%
• Community Potential 11%

Agricultural and Biological Sciences

• Hot Springs 100%
• Cyanobacteria 100%
• Allopatry 13%
• Inorganic Carbon 6%
• National Parks 6%
• Geochemistry 6%
• Amplicon 6%
• Water Flow 6%
• Synechococcus 6%

Immunology and Microbiology

• Cyanobacteria 100%
• Phototroph 28%
• Allopatry 28%
• Microbial Evolution 14%
• Synechococcus 14%
• Water Flow 14%
• Amplicon Sequencing 14%
• Temperature Acclimatization 14%