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A novel source of atmospheric H
2
: Abiotic degradation of organic material
H. Lee, T. Rahn,
H. L. Throop
Research output
:
Contribution to journal
›
Article
›
peer-review
7
Scopus citations
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Dive into the research topics of 'A novel source of atmospheric H
2
: Abiotic degradation of organic material'. Together they form a unique fingerprint.
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Agriculture & Biology
soil-atmosphere interactions
100%
degradation
59%
hydrogen production
55%
plant litter
49%
stratosphere
42%
atmospheric chemistry
39%
terrestrial ecosystems
30%
thermal degradation
27%
hydroxyl radicals
26%
lignin content
25%
ozone
25%
soil organic matter
22%
hydrogen
22%
solar radiation
21%
temperature
19%
ecosystems
18%
gases
18%
cellulose
17%
carbon
15%
nitrogen
14%
soil
12%
Earth & Environmental Sciences
degradation
63%
material
39%
litter
36%
atmosphere
34%
source-sink dynamics
30%
soil
24%
atmospheric chemistry
22%
hydroxyl radical
21%
trace gas
20%
loss
20%
lignin
20%
terrestrial ecosystem
19%
cellulose
18%
stratosphere
18%
solar radiation
17%
budget
16%
ozone
15%
hydrogen
15%
organic matter
13%
nitrogen
11%
ecosystem
11%
carbon
11%
laboratory
10%
temperature
7%