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Abstract
Three sets of 21 GPR lines were collected (single set at each location, unlike Shale Hills experiment which had duplicate lines). The set of lines are diagramed in GPR_grid_2013.xlsx. Each group is identified by a line number given in FieldNotesWithLineNumbers. The three sets are pre-infiltration, after water infiltration, and after dye infiltration. The water infiltration pre-wet the soil to extend the range of the dye migration. All of these were collected in a single day. Duplicate radar lines provide a measure of data reproducibility and sensitivity. Processed radargrams are available in the appendix of the Pitman master’s thesis. Processing parameters are provided there. A MALA GPR with 800 Mhz shielded antenna was used. The sample interval was 0.1164 ns. The time window was 46.434 nanoseconds (400 samples per trace). A trace was collected every 1 cm along the lines triggered by the Mala survey wheel attached to the antenna. The antenna was pulled by hand, but guided by a rigid board for reproducible location. A distance measuring wheel was used to encode the horizontal position..
Subject Keywords
Coverage
Spatial
Temporal
| Start Date: | |
|---|---|
| End Date: |
Content
ReadMe.md
SSHCZO -- Ground Penetrating Radar (GPR) -- Shale Hills, Missed Grouse -- (2013)
OVERVIEW
Description/Abstract
Three sets of 21 GPR lines were collected (single set at each location, unlike Shale Hills experiment which had duplicate lines). The set of lines are diagramed in GPR_grid_2013.xlsx. Each group is identified by a line number given in FieldNotesWithLineNumbers. The three sets are pre-infiltration, after water infiltration, and after dye infiltration. The water infiltration pre-wet the soil to extend the range of the dye migration. All of these were collected in a single day. Duplicate radar lines provide a measure of data reproducibility and sensitivity. Processed radargrams are available in the appendix of the Pitman master’s thesis. Processing parameters are provided there. A MALA GPR with 800 Mhz shielded antenna was used. The sample interval was 0.1164 ns. The time window was 46.434 nanoseconds (400 samples per trace). A trace was collected every 1 cm along the lines triggered by the Mala survey wheel attached to the antenna. The antenna was pulled by hand, but guided by a rigid board for reproducible location. A distance measuring wheel was used to encode the horizontal position..
Creator/Author
Toran, Laura
CZOs
Shale Hills
Contact
Laura Toran, Temple University, ltoran@temple.edu
Subtitle
Level 1 - Quality-controlled Data
SUBJECTS
Disciplines
Geophysics|Hydrology
Topics
Ground Penetrating Radar (GPR)
Keywords
Infiltration experiment|Shale Hills|Missed Grouse|geophysical monitoring
Variables
latitude (deg)|longitude (deg)|elevation (m msl)
Variables ODM2
Elevation|Latitude|Longitude
TEMPORAL
Date Start
2013-07-01
Date End
2013-07-31
SPATIAL
Field Areas
Susquehanna Shale Hills Critical Zone Observatory
Location
Shale Hills, Missed Grouse
North latitude
40.66593819
South latitude
40.6637321
West longitude
-77.90747404
East longitude
-77.90100215
REFERENCE
Citation
The following acknowledgment should accompany any publication or citation of these data: Logistical support and/or data were provided by the NSF-supported Shale Hills Susquehanna Critical Zone Observatory.
CZO ID
4830
Additional Metadata
| Name | Value |
|---|---|
| czos | Shale Hills |
| czo_id | 4830 |
| citation | The following acknowledgment should accompany any publication or citation of these data: Logistical support and/or data were provided by the NSF-supported Shale Hills Susquehanna Critical Zone Observatory. |
| keywords | Infiltration experiment, Shale Hills, Missed Grouse, geophysical monitoring |
| subtitle | Level 1 - Quality-controlled Data |
| variables | latitude (deg), longitude (deg), elevation (m msl) |
| disciplines | Geophysics, Hydrology |
How to Cite
This resource is shared under the Creative Commons Attribution CC BY.
http://creativecommons.org/licenses/by/4.0/
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