Matthew Bayles
Brigham Young University
Recent Activity
ABSTRACT:
This is a Jupyter Notebook for calculating the return periods of the high and low flows of river for 10 year and 100 year events.
#{%Application% Time Series Script Manager}
#{%Title%High Low Flow Script}
#{%Description% This script calculates the return periods of the high and low flows of river for 10 year and 100 year events}
#{%TimeSeries1% This is the series for calculating the return periods}
ABSTRACT:
This is a test of using the HydroShare API to discover resources with custom input
#{%Application% Time Series Script Manager}
#{%Title% Gap Filling Script}
#{%Description% This is a gap filling script}
#{%TimeSeries1% This is the series to be gap filled. This description is made longer on purpose to test formatting.}
ABSTRACT:
This script compares national water model output with any user specified HydroSever. The script provides a default working example.
ABSTRACT:
A subset of NWM data for region Michigan: Model Configuration: Analysis and Assimilation; Geometry: Forcing; Date time/range: 2017-11-07 to 2017-11-08;
ABSTRACT:
Groundwater level above NAVD 1988, feet data collected from 2016-04-14 to 2016-10-04 created on Fri Apr 14 2017 10:19:23 GMT-0600 (MDT) from the following site(s): SC01006608CA LDAW 6. Data created by CUAHSI HydroClient: http://data.cuahsi.org/#.
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ABSTRACT:
This is a web app resource for viewing resources containing time series.
ABSTRACT:
Test file for the R Script Viewer.
ABSTRACT:
Second test file for R Script Viewer.
ABSTRACT:
Test python script
ABSTRACT:
Type your abstract here
ABSTRACT:
Date collected from 1975-01-01 to 2006-12-05 created on Mon Feb 13 2017 10:20:08 GMT-0700 (MST) from the following sites and Kon Tum. Data created from CUAHSI HydroClient.
ABSTRACT:
Date collected from 1975-01-01 to 2006-12-05 created on Mon Feb 13 2017 10:20:08 GMT-0700 (MST) from the following sites and Kon Tum. Data created from CUAHSI HydroClient.
Created: Feb. 24, 2017, 9:31 p.m.
Authors: Matthew Bayles
ABSTRACT:
Date collected from 1975-01-01 to 2006-12-05 created on Fri Feb 24 2017 14:31:22 GMT-0700 (MST) from the following site(s): Kon Tum. Data created by CUAHSI HydroClient: http://data.cuahsi.org/#.
Created: March 21, 2017, 7:27 p.m.
Authors: Matthew Bayles
ABSTRACT:
Date collected from 2016-03-21 to 2017-01-26 created on Tue Mar 21 2017 13:27:12 GMT-0600 (MDT) from the following sites and HOBBLE CREEK AT 1650 WEST AT SPRINGVILLE, UTAH. Data created from CUAHSI HydroClient.
Created: March 21, 2017, 9:16 p.m.
Authors: Matthew Bayles
ABSTRACT:
Discharge, cubic feet per second data collected from 2008-11-15 to 2017-01-27 created on Tue Mar 21 2017 15:15:47 GMT-0600 (MDT) from the following site(s): HOBBLE CREEK AT 1650 WEST AT SPRINGVILLE, UTAH. Data created by CUAHSI HydroClient: http://data.cuahsi.org/#.
Created: March 22, 2017, 4:45 p.m.
Authors: Matthew Bayles
ABSTRACT:
Date collected from 2007-10-01 to 2017-01-27 created on Wed Mar 22 2017 10:45:15 GMT-0600 (MDT) from the following sites and West Okoboji Lake at Lakeside Lab near Milford, IA. Data created from CUAHSI HydroClient.
ABSTRACT:
Groundwater level above NAVD 1988, feet data collected from 2016-04-14 to 2016-10-04 created on Fri Apr 14 2017 10:19:23 GMT-0600 (MDT) from the following site(s): SC01006608CA LDAW 6. Data created by CUAHSI HydroClient: http://data.cuahsi.org/#.
Created: Nov. 8, 2017, 4:33 p.m.
Authors: Matthew Bayles
ABSTRACT:
A subset of NWM data for region Michigan: Model Configuration: Analysis and Assimilation; Geometry: Forcing; Date time/range: 2017-11-07 to 2017-11-08;
Created: March 21, 2018, 11:56 a.m.
Authors: Matthew Bayles
ABSTRACT:
This script compares national water model output with any user specified HydroSever. The script provides a default working example.
ABSTRACT:
This is a test of using the HydroShare API to discover resources with custom input
#{%Application% Time Series Script Manager}
#{%Title% Gap Filling Script}
#{%Description% This is a gap filling script}
#{%TimeSeries1% This is the series to be gap filled. This description is made longer on purpose to test formatting.}
ABSTRACT:
This is a Jupyter Notebook for calculating the return periods of the high and low flows of river for 10 year and 100 year events.
#{%Application% Time Series Script Manager}
#{%Title%High Low Flow Script}
#{%Description% This script calculates the return periods of the high and low flows of river for 10 year and 100 year events}
#{%TimeSeries1% This is the series for calculating the return periods}