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The use of alkalinity as a conservative tracer in a study of near-surface hydrologic change in tropical karst
David G. Chandler
, James J. Bisogni
Research output
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Contribution to journal
›
Article
›
peer-review
15
Scopus citations
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Dive into the research topics of 'The use of alkalinity as a conservative tracer in a study of near-surface hydrologic change in tropical karst'. Together they form a unique fingerprint.
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Keyphrases
Tropical Karst
100%
Infiltration
100%
Hydrological Change
100%
Conservative Tracer
100%
Alkalinity
100%
Epikarst
60%
Mulching
40%
Pasture
40%
Slash
40%
Soil Surface
20%
Forest Site
20%
Pipe Flow
20%
Runoff Generation
20%
Philippines
20%
Saturation Ratio
20%
Forest Cover
20%
Soil Disturbance
20%
Frequency Following
20%
Forest Clearance
20%
Infill
20%
Rainfall Depth
20%
Runoff Depth
20%
Leyte
20%
Water Shortage
20%
Rainy Season
20%
Karst
20%
Contour Hedgerows
20%
Surface Infiltration
20%
Soil Structure
20%
Earth and Planetary Sciences
Percolation
100%
Hydrologic Change
100%
Near-Surface Geology
100%
Epikarst
75%
Soil Surface
25%
Soil Structure
25%
Forest Clearance
25%
Pipe Flow
25%
Forest Cover
25%