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Carbon flux from wetlands
Hojeong Kang
, Inyoung Jang
Department of Civil and Environmental Engineering
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Chapter in Book/Report/Conference proceeding
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Earth & Environmental Sciences
carbon flux
70%
wetland
50%
decomposition
39%
carbon
37%
global climate
18%
human activity
16%
drainage
16%
wetlands ecosystem
13%
coastal wetland
12%
climate change
12%
carbon stock
11%
atmospheric deposition
11%
water chemistry
11%
carbon cycle
10%
dwelling
10%
dissolved organic carbon
10%
aquatic ecosystem
10%
sea level rise
10%
aeration
10%
primary production
10%
drought
8%
warming
8%
leaching
8%
sulfur
8%
mineralization
8%
nutrient
7%
oxygen
7%
nitrogen
6%
atmosphere
6%
Engineering & Materials Science
Wetlands
100%
Fluxes
53%
Carbon
49%
Decomposition
29%
Climate change
17%
Drainage
17%
Aquatic ecosystems
13%
Organic carbon
12%
Drought
12%
Sea level
10%
Nutrients
10%
Leaching
9%
Ecosystems
8%
Sulfur
7%
Nitrogen
7%
Oxygen
6%
Availability
5%
Agriculture & Biology
wetlands
63%
carbon
42%
degradation
28%
drainage
18%
climate change
15%
atmospheric deposition
14%
carbon cycle
12%
dissolved organic carbon
12%
hydrochemistry
12%
carbon sinks
11%
agricultural development
11%
primary productivity
11%
aquatic ecosystems
11%
sea level
10%
aeration
9%
mineralization
9%
leaching
9%
sulfur
7%
drought
7%
ecosystems
7%
oxygen
6%
nutrients
5%
nitrogen
5%
Medicine & Life Sciences
Carbon Cycle
99%
Carbon
64%
Climate Change
22%
Ecosystem
18%
Sea Level Rise
17%
Human Activities
16%
Urban Renewal
14%
Drainage
13%
Droughts
13%
Sulfur
9%
Atmosphere
9%
Agriculture
9%
Carbon Monoxide
8%
Nitrogen
8%
Nutrients
7%
Oxygen
5%
Water
5%
Social Sciences
wetland
87%
climate change
15%
drought
11%
chemistry
8%
water
7%