Medicine & Life Sciences
Volatile Organic Compounds
68%
Salix
39%
Temperature
33%
Light
33%
Darkness
29%
Climate
27%
Ecosystem
26%
3-carene
23%
N-dodecyl-L-lysine amide
19%
isoprene
19%
Bryophyta
18%
Monoterpenes
17%
Betula
16%
Sunlight
14%
Gas Chromatography-Mass Spectrometry
13%
Solar System
12%
Earth & Environmental Sciences
diel variation
68%
volatile organic compound
42%
field study
41%
temperature
17%
effect
11%
warming
7%
open-top chamber
6%
Arctic ecosystem
6%
monoterpene
6%
sedge
5%
isoprene
5%
climate
5%
moss
5%
peatland
4%
gas chromatography
4%
mass spectrometry
4%
vegetation
2%
ecosystem
2%
rate
1%
analysis
1%
Mathematics
Volatile Organic Compounds
100%
Field Study
69%
Climate
13%
Ecosystem
12%
Gas Chromatography
8%
Vegetation
7%
Mass Spectrometry
7%
Volatiles
7%
Sun
5%
Community
4%
Lowest
4%
Range of data
2%
Agriculture & Biology
volatile organic compounds
55%
Arctic region
49%
temperature
18%
Eriophorum russeolum
10%
Salix glauca
8%
Betula nana
7%
Tetragona
7%
ecosystems
7%
Arctica (Arcticidae)
6%
carene
6%
isoprene
6%
peatlands
5%
Salix
5%
adsorbents
5%
Cyperaceae
5%
global warming
4%
monoterpenoids
4%
mosses and liverworts
4%
gas chromatography-mass spectrometry
4%
solar radiation
4%
climate
3%
vegetation
3%
methodology
1%
Engineering & Materials Science
Volatile organic compounds
56%
Ecosystems
25%
Monoterpenes
24%
Isoprene
18%
Temperature
18%
Mass spectrometry
15%
Gas chromatography
14%
Adsorbents
14%
Sun
12%