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Processes of soil acidification in tropical durandepts, nicaragua
Roderic A. Parnell
Earth and Sustainability
Research output
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Contribution to journal
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Article
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peer-review
18
Scopus citations
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Keyphrases
Nicaragua
100%
Soil Acidification
100%
Soil Solution
100%
Allophane
75%
Anion Exchange Capacity
75%
Acidity
75%
Base Cations
75%
Rain
50%
Volcano
25%
Throughfall
25%
Volcanic Glass
25%
Soil-plant
25%
Amorphous Silicate
25%
Potassium
25%
Rainfall
25%
Plant Uptake
25%
Control Soil
25%
Soil Minerals
25%
Plant Root System
25%
Metric Ton
25%
Sulfate Release
25%
Sulfate Concentration
25%
Wedge Shape
25%
Composition Control
25%
Masaya Volcano
25%
Capacity Drop
25%
Northeastern North America
25%
Tropical Vegetation
25%
Lantana
25%
Acid Rain
25%
Soil pH
25%
Cation Release
25%
Exchangeable Cation Population
25%
Sulfuric Acid
25%
Sulfate Leaching
25%
Bulk Deposition
25%
Solution Composition
25%
Volcanic Ash
25%
Earth and Planetary Sciences
Allophane
100%
Soil Acidification
100%
Ion Exchange
100%
Nicaragua
100%
Vegetation
66%
North America
33%
Throughfall
33%
Volcanic Glass
33%
Silicate
33%
Volcanic Ash
33%
Plant Root
33%
Acid Rain
33%
Root System
33%
Agricultural and Biological Sciences
Soil Acidification
100%
Soil Solution
100%
Anion Exchange Capacity
75%
Allophane
75%
Root System
25%
Soil Minerals
25%
Throughfall
25%
Lantana
25%
Volcanic Ash
25%
Exchangeable Cations
25%
Tropical Vegetation
25%