Temperature and Geographic Location Impact the Distribution and Diversity of Photoautotrophic Gene Variants in Alkaline Yellowstone Hot Springs

Medicine & Life Sciences

• Hot Springs 100%
• Geographic Locations 81%
• Chloroflexi 51%
• Temperature 45%
• Recreational Parks 43%
• Carbon Cycle 34%
• Photosynthesis 34%
• Ecology 27%
• Nitrogen Fixation 26%
• Genes 25%
• Metagenome 24%
• Cyanobacteria 22%
• Bacteria 11%
• Phototrophic Processes 11%
• Autotrophic Processes 10%
• Octopodiformes 8%
• Genome 7%
• Sulfides 7%
• Agaricales 7%
• Carbon 5%
• Nitrogen 5%
• Proteins 2%

Agriculture & Biology

• autotrophs 64%
• hot springs 63%
• Chloroflexi 45%
• Calvin cycle 38%
• national parks 29%
• temperature 25%
• photosynthetic bacteria 23%
• genes 21%
• nitrogen fixation 19%
• ecology 18%
• Cyanobacteria 16%
• photosynthesis 14%
• springs (water) 8%
• Octopodidae 8%
• ecophysiology 7%
• carbon metabolism 7%
• biotic factors 7%
• nitrogen metabolism 7%
• genome 6%
• sulfides 6%
• mushrooms 6%
• physiology 5%
• environmental factors 4%
• nucleotide sequences 3%
• proteins 2%

Earth & Environmental Sciences

• thermal spring 51%
• gene 47%
• carbon fixation 29%
• national park 25%
• temperature 23%
• nitrogen fixation 20%
• ecology 17%
• photosynthesis 16%
• cyanobacterium 15%
• bacterium 10%
• genome 10%
• photoautotrophy 9%
• autotrophy 8%
• ecophysiology 7%
• mushroom 6%
• biotic factor 6%
• abiotic factor 6%
• metabolism 4%
• sulfide 4%
• protein 4%
• nitrogen 3%
• carbon 3%
• analysis 1%