Characterization of growing bacterial populations in McMurdo Dry Valley soils through stable isotope probing with ¹⁸O-water

Agriculture & Biology

• stable isotopes 94%
• valleys 83%
• organic matter 81%
• Antarctica 75%
• Proteobacteria 49%
• DNA 46%
• soil 45%
• microbial communities 43%
• Planctomyces 40%
• Deinococcus-Thermus 37%
• water 37%
• Gemmatimonadetes 36%
• Acidobacteria 31%
• sampling 24%
• microbial activity 23%
• bacterial communities 23%
• Actinobacteria 22%
• ribosomal RNA 16%
• microorganisms 14%
• genes 7%

Medicine & Life Sciences

• Antarctic Regions 100%
• Soil 98%
• Isotopes 98%
• Proteobacteria 61%
• Water 60%
• Microbiota 44%
• Acidobacteria 41%
• DNA 38%
• Thermus 37%
• Deinococcus 36%
• Population 35%
• Bacterial DNA 29%
• Actinobacteria 28%
• rRNA Genes 23%
• 16S Ribosomal RNA 23%
• Light 16%

Earth & Environmental Sciences

• stable isotope 76%
• DNA 74%
• valley 62%
• organic matter 60%
• Antarctica 58%
• soil 38%
• microbial community 37%
• water 27%
• microorganism 25%
• microbial activity 21%
• community composition 20%
• gene 17%
• rate 7%