Earth & Environmental Sciences
peatland
64%
respiration
43%
substrate
42%
incubation
30%
decomposition
26%
organic matter
24%
temperature
23%
relative abundance
22%
warming
19%
peat soil
15%
climate change
14%
effect
14%
soil nitrogen
14%
carbon sink
14%
mesocosm
13%
nutrient cycling
13%
temperature effect
12%
soil carbon
12%
soil organic matter
11%
litter
11%
peat
11%
field experiment
10%
soil
10%
global warming
10%
enzyme
9%
bacterium
7%
cell
7%
biomass
7%
nitrogen
7%
ecosystem
7%
carbon
6%
experiment
4%
parameter
4%
rate
4%
Medicine & Life Sciences
Substrate Cycling
100%
Soil
66%
Temperature
44%
Respiration
29%
Climate Change
24%
Carbon Sequestration
19%
Nitrogen
17%
Global Warming
14%
Plant Roots
13%
Carbon Cycle
13%
Proteobacteria
12%
Ecosystem
9%
Carbon
8%
Nutrients
7%
Bacteria
5%
Enzymes
4%
Agriculture & Biology
peatlands
77%
soil organic matter
33%
cell respiration
26%
temperature
24%
nitrogen cycle
23%
subarctic soils
16%
degradation
16%
climate change
14%
ecosystem respiration
14%
global warming potential
12%
peat soils
12%
soil enzymes
11%
soil carbon
10%
carbon sinks
10%
biogeochemical cycles
9%
Proteobacteria
9%
microbial biomass
9%
peat
9%
microorganisms
5%
carbon
5%
bacteria
4%
soil
4%
cells
2%