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Denudation of the Golan Heights basaltic terrain using in-situ
36
Cl and OSL dating
ASTER Team
Department of Geography and Environmental Studies
Department of Natural Resources and Environmental Management
Research output
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Contribution to journal
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Article
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peer-review
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Dive into the research topics of 'Denudation of the Golan Heights basaltic terrain using in-situ
36
Cl and OSL dating'. Together they form a unique fingerprint.
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Keyphrases
In Situ
100%
Golan Heights
100%
OSL Dating
100%
Basaltic Terrain
100%
Denudation
100%
Denudation Rate
100%
36Cl Dating
100%
Basalt
83%
Lithology
66%
Dead Sea Rift
50%
Carbonate
33%
Sediment Yield
33%
Dead Sea Fault
33%
Landslide
33%
Drainage System
33%
Alluvial Terraces
33%
Sediment Samples
16%
Rock Outcrops
16%
Terraces
16%
Mean Annual Precipitation
16%
Temporal Change
16%
OSL Ages
16%
Erosion Rate
16%
Basin Scale
16%
Daily Mean Temperature
16%
Time Estimates
16%
Residence Time
16%
Exposed Bedrock
16%
Blanket
16%
Alluvial Sediments
16%
Soil Interface
16%
Subsurface Weathering
16%
Colluvial Sediments
16%
Cosmogenic 36Cl
16%
Denudation Processes
16%
Chemical Weathering
16%
Earth and Planetary Sciences
Denudation
100%
Basalt
55%
Holocene
22%
Sediment Yield
22%
Drainage System
22%
Outcrop
11%
Erosion Rate
11%
Chemical Weathering
11%