Increases in mean annual temperature do not alter soil bacterial community structure in tropical montane wet forests

Agriculture & Biology

• Acidobacteria 17%
• age of soil 20%
• bacterial communities 26%
• carbon 16%
• climate change 10%
• community structure 85%
• ecosystems 29%
• forest ecosystems 14%
• forest soils 14%
• global warming 13%
• greenhouse gases 15%
• Hawaii 14%
• history 9%
• phylogeny 7%
• Proteobacteria 14%
• soil air 17%
• soil bacteria 100%
• soil carbon 15%
• soil pH 12%
• soil water 10%
• species diversity 10%
• temperature 36%
• temperature profiles 27%
• testing 5%
• vegetation 9%
• water 5%

Earth & Environmental Sciences

• atmosphere 5%
• bacterium 6%
• carbon flux 32%
• climate 5%
• climate change 5%
• community composition 18%
• community structure 76%
• disturbance 6%
• ecosystem 17%
• effect 2%
• forest ecosystem 9%
• forest soil 10%
• greenhouse gas 8%
• history 5%
• phylogenetics 8%
• plant species 8%
• soil 38%
• soil carbon 10%
• soil moisture 8%
• substrate 6%
• temperature 33%
• temperature gradient 19%
• test 3%
• vegetation 6%
• warming 23%
• water availability 10%