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Responses of trace gases to hydrologic pulses in desert floodplains
Tamara K. Harms,
Nancy Grimm
Geographical Sciences and Urban Planning, School of (SGSUP)
Human Evolution and Social Change, School of (SHESC)
Life Sciences, School of (SOLS)
Research output
:
Contribution to journal
›
Article
›
peer-review
41
Scopus citations
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Earth & Environmental Sciences
trace gas
75%
floodplain
64%
desert
58%
redox conditions
40%
substrate
40%
antecedent conditions
34%
nitrogen
27%
moisture
26%
nutrient
22%
water
21%
monsoon
19%
long-term effect
12%
wet season
12%
biological processes
11%
dry season
10%
soil
9%
soil moisture
9%
drought
9%
effect
8%
in situ
7%
ecosystem
6%
carbon
6%
resource
6%
gas
5%
test
4%
Agriculture & Biology
floodplains
81%
antecedent moisture
74%
deserts
66%
gases
52%
monsoon season
32%
water
28%
carbon dioxide
27%
nitrogen
27%
nutrients
21%
labile carbon
17%
desert soils
17%
gas emissions
16%
long term effects
11%
dry season
10%
wet season
10%
soil water
9%
drought
9%
ecosystems
8%
soil
5%
testing
4%
Physics & Astronomy
deserts
100%
gases
35%
pulses
34%
nutrients
31%
monsoons
29%
water
26%
moisture
25%
nitrogen
22%
soils
16%
drought
14%
soil moisture
12%
long term effects
11%
ecosystems
10%
stimulated emission
8%
resources
7%
carbon
5%
causes
4%
interactions
3%
Chemical Compounds
Nutrient
56%
Redox Condition
50%
Nitrogen
42%
Gas
37%
Soil
29%
Flood Reaction
25%
Stimulated Emission
23%
Ecosystem
20%
Fuel
14%
Shape
11%
Carbon Atom
8%