Temperature impacts community structure and function of phototrophic Chloroflexi and Cyanobacteria in two alkaline hot springs in Yellowstone National Park

Medicine & Life Sciences

• Chloroflexi 100%
• Hot Springs 88%
• Recreational Parks 85%
• Cyanobacteria 72%
• Temperature 39%
• Photosynthesis 20%
• 16S Ribosomal RNA 9%
• Chloroflexus 9%
• hydracrylic acid 8%
• Carbon Isotopes 8%
• Proton-Motive Force 6%
• rRNA Genes 4%
• Carbon 4%
• Bacteria 3%

Agriculture & Biology

• Chloroflexi 80%
• hot springs 69%
• community structure 52%
• national parks 52%
• Cyanobacteria 49%
• temperature 22%
• autotrophs 15%
• geochemistry 15%
• photosynthesis 10%
• Chloroflexus 8%
• niches 8%
• ribosomal RNA 6%
• ecophysiology 5%
• photosynthetic bacteria 5%
• carbon isotopes 5%
• carbon 3%
• genes 1%

Earth & Environmental Sciences

• thermal spring 62%
• cyanobacterium 51%
• national park 49%
• community structure 47%
• temperature 20%
• photosynthesis 13%
• niche 8%
• ecophysiology 6%
• microcosm 4%
• carbon isotope 4%
• gene 3%
• rate 3%
• bacterium 2%
• in situ 2%
• carbon 2%
• history 2%