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Biogeochemical contributions of tree islands to Everglades wetland landscape nitrogen cycling during seasonal inundation
Tiffany G. Troxler,
Daniel Childers
Research output
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Contribution to journal
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Article
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peer-review
13
Scopus citations
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Dive into the research topics of 'Biogeochemical contributions of tree islands to Everglades wetland landscape nitrogen cycling during seasonal inundation'. Together they form a unique fingerprint.
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Chemical Compounds
Surface Water
79%
Ecosystem
60%
Nitrogen
45%
Soil
42%
Nitrate
37%
Flow
32%
Leaf Like Crystal
21%
Mass Transfer
20%
Ammonium
19%
Surface Area
16%
Chemical Transformation
15%
Agriculture & Biology
nitrogen cycle
100%
wetlands
73%
surface water
27%
wet season
23%
nitrates
14%
overland flow
13%
ecosystems
12%
canals (waterways)
11%
marshes
8%
estuaries
8%
plant litter
8%
soil
8%
ammonium
7%
surface area
7%
nitrogen
4%
Earth & Environmental Sciences
wetland
58%
nitrogen
45%
wet season
25%
surface water
17%
nitrate
12%
leaf litter
10%
ecosystem
9%
overland flow
9%
immobilization
8%
marsh
8%
litter
7%
canal
7%
soil
7%
ammonium
7%
surface area
6%
estuary
6%
restoration
6%
rate
5%
biomass
5%