Sask Glacier Dynamic data set
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This Sask_Glacier_Dynamics-data.zip file was generated on 2022-April_20 by N Stevens GENERAL INFORMATION 1. Title of Dataset: Sask_Glacier_Dynamics.zip 2. Author Information<br> A. Principal Investigator Contact Information<br> Name: Lucas Zoet<br> Institution: University of Wisconsin - Madison<br> Address: 1215 W. Dayton Street<br> Email: lzoet@wisc.edu<br> B. Corresponding Investigator Contact Information<br> Name: Nathan Stevens<br> Institution: University of Wisconsin - Madison<br> Address: 1215 W. Dayton Street<br> Email: ntstevens@wisc.edu 3. Date of data collection: <br> 1948 to 2019-08 4. Geographic location of data collection:<br> Saskatchewan Glacier, Banff National Park of Canada, Alberta, Canada<br> Madison, Wisconsin All data processing was conducted at the University of Wisconsin - Madison 5. Information about funding sources that supported the collection of the data:<br> N.T.S. was funded by PR-1738913, the Weeks Graduate Fellowship, Department of Geosciences, University of Wisconsin - Madison. N.T.S., C.J.R., D.D.H., and L.K.Z. were funded in part by start-up funds from the Department of Geosciences at the University of Wisconsin - Madison and the Wisconsin Alumni Research Foundation (WARF). R.B.A. and E.S. were funded in part by the Evan Pugh Research Endowment from the Pennsylvania State University. SHARING/ACCESS INFORMATION<br> 1. License/restrictions placed on the data: Citation of paper<br> 2. Links to publications that cite or use the data: None<br> 3. Recommended citation for this dataset: Title: N.T. Stevens, C.J. Roland, L.K. Zoet, R.B. Alley, D.D. Hansen, E. Schwans (2022) Multi-decadal basal slip enhancement at Saskatchewan Glacier, Canadian Rocky Mountains, Journal of Glaciology Authors:<br> N.T. Stevens<br> C.J. Roland<br> L.K. Zoet<br> D.D. Hansen<br> R.B. Alley<br> E. Schwans DATA & FILE OVERVIEW<br> 1. File List:<br> Folders:<br> BOREHOLE - digitized data from the borehole deformation survey in Meier (1957) at Saskatchewan Glacier in .csv format GIS - Geographic Information Systems files<br> ==> GeoRef - GeoTIFF outputs from georeferencing maps from Meier (1957) in *.tif format<br> ==> Moulins - Handheld GPS observations of moulin locations during August 2019 survey in *.txt format<br> ==> Shapefiles - Assorted ESRI shapefiles<br> ==> Meier1957_Extracted - ShapeFiles containing georeferenced point data for survey sites from Meier (1957)<br> ==> Modern_Extracted - ShapeFiles for transect lines used in Stevens and others (2022)<br> ==> Transects - Extracted data along transects from Tennant & Menounos (2013, TM13), Meier (1957, M57), Danielson & Geisch (2011, DG11), and Stevens and others (2022, SGGS) in *.csv format. GPS<br> ==> CUBE - contains DataCube GPS positioin data from the August 2017 survey<br> ==> Meta - Metadata associated with GNSS post processing from the August 2019 survey<br> ==> continuous - contains manually classified data gaps used to create the "stitched" ice-surface displacement record in Stevens and others (2022) in *.txt format<br> ==> postprocessing - contains the RTKLIB postprocessing configuration file and command-line calls for GNSS data from August 2019<br> ==> POST_PROCESSED - contains post-processed GNSS data from August 2019<br> ==> campaign - *.csv files for position solutions of GNSS point measurements following post-processing<br> ==> continuous - *.pos (CSV-compliant) file for position solutions of continuous GNSS measurements following post-processing<br> ==> RAW - raw GNSS observations from August 2019 in native formats exported from Emlid antennae<br> ==> BASE - data from GNSS antenna used as the reference station and a python script (*.py) used to estimate the base-station reference location<br> ==> ROVER1 - data from GNSS antenna labeled unit #1<br> ==> ROVER2 - data from GNSS antenna labeled unit #2<br> ==> README.md - text file explaining changes in naming convention between acquisition and presentation in Stevens and others (2022) MELT - contains local meteorologic observations and ice-surface ablation measurements<br> ==> LOWER - contains digitized notes on ice-surface ablation in *.csv format from August 2019<br> ==> WXSG - contains observational data from the automated weather station deployed at Saskatchewan Glacier during August 2019 in *.csv format SEISMIC - contains active-source and passive-source seismic data from August 2017 and 2019 surveys<br> ==> Active - contains median stacked common shotpoint gathers in MiniSEED format and phase arrival time picks in text-format compatable with the Pyrocko Project Snuffler (pyrocko.org)<br> ==> Meta - contains post-processed GNSS surveys of station locations (site.csv)<br> ==> Passive - contains rotated & downsampled passive seismic data and OpenHVSR project used in ice-thickness estimation in Stevens and others (2022)<br> ==> ASCII - contains waveform data in *.txt format compatable with OpenHVSR (Bignardi and others, 2016; 2018)<br> ==> OpenHVSR - contains OpenHVSR projects for the 2017 (OpenHVSR_SS1_proj_100Hz.m) and 2019 (OpenHVSR_proj.m) seismic surveys defined by matlab (*.m) scripts<br> ==> Elaboratioin - elaboration files containing the HV analysis of 2019 survey data<br> ==> SaskSeis_Array - elaboration files containing the HV analysis of 2017 survey data METHODOLOGICAL INFORMATION: For methodological information see N.T. Stevens, C.J. Roland, L.K. Zoet, R.B. Alley, D.D. Hansen, E. Schwans (2022) Multi-decadal basal slip enhancement at Saskatchewan Glacier, Canadian Rocky Mountains, Journal of Glaciology
