Ammonia-oxidizing bacterial community composition in estuarine and oceanic environments assessed using a functional gene microarray

Agriculture & Biology

• bacterial communities 84%
• ammonia 69%
• ammonia monooxygenase 66%
• Nitrosospira 44%
• Chesapeake Bay 38%
• bacteria 37%
• Nitrosospira briensis 28%
• genes 28%
• Choptank River 26%
• salinity 21%
• hybridization 21%
• dissolved organic carbon 18%
• oligonucleotide probes 16%
• marine environment 16%
• oceans 14%
• Archaea 14%
• estuaries 14%
• dominance (genetics) 13%
• particulates 13%
• oxidants 13%
• sediments 12%
• niches 12%
• principal component analysis 11%
• glass 11%
• chlorophyll 9%
• sampling 9%
• oxygen 9%
• clones 9%
• carbon 9%
• environmental factors 8%
• nitrogen 7%
• organisms 7%
• temperature 5%

Medicine & Life Sciences

• Ammonia 93%
• ammonia monooxygenase 83%
• Bays 71%
• Bacteria 46%
• Salinity 40%
• Fresh Water 33%
• Genes 33%
• Carbon 27%
• chlorophyll a' 24%
• Estuaries 22%
• Oligonucleotide Probes 17%
• Rivers 16%
• Archaea 16%
• Oceans and Seas 15%
• Ecosystem 15%
• Principal Component Analysis 14%
• Nitrogen 13%
• Glass 13%
• Clone Cells 10%
• Temperature 9%
• Oxygen 9%

Earth & Environmental Sciences

• estuarine environment 100%
• community composition 76%
• ammonia 65%
• gene 62%
• guild 52%
• probe 44%
• bacterium 29%
• transect 15%
• cultivated species 14%
• salinity 12%
• freshwater sediment 12%
• ecological niche 10%
• clone 9%
• dissolved organic carbon 8%
• library 8%
• chlorophyll a 8%
• marine environment 7%
• principal component analysis 7%
• environmental factor 7%
• estuary 7%
• glass 6%
• organism 6%
• oxygen 5%
• nitrogen 5%
• ocean 5%
• carbon 5%
• trend 4%
• river 4%
• temperature 3%
• analysis 2%