Checking for non-preferred file/folder path names (may take a long time depending on the number of files/folders) ...

FLASH and CLIMBS P4 Data Repository


Authors:
Owners: This resource does not have an owner who is an active HydroShare user. Contact CUAHSI (help@cuahsi.org) for information on this resource.
Type: Resource
Storage: The size of this resource is 36.3 MB
Created: Jan 23, 2025 at 8:51 p.m. (UTC)
Last updated: Apr 29, 2026 at 1:59 p.m. (UTC)
Citation: See how to cite this resource
Content types: CSV Content 
Sharing Status: Public
Views: 1639
Downloads: 107
+1 Votes: Be the first one to 
 this.
Comments: No comments (yet)

Abstract

This repository was created to store, organize, and share data collected for two closely related NSF EPSCoR projects, both committed to better understanding flash flooding in headwater streams and mitigating flood impacts in Appalachia. The repository primarily contains data from water pressure leveloggers and various real-time telemetered water quality and flow sensors. The collected data has been carefully extracted, processed, and stored in Excel files (.xlsx and .csv) to ensure compatibility with various analysis tools.

The EPSCoR projects include the FLASH (Flooding in Appalachian Streams and Headwaters) Initiative: Mitigating impacts of climate change and flash flooding in Appalachia, and CLIMBS (Climate Resilience through Multidisciplinary Big Data Learning, Prediction and Building Response Systems) Project 4: Mitigate Flood Impacts. Both projects aim to enhance understanding of flash flooding and co-create effective mitigation strategies across Appalachia and the United States. FLASH further aims to empower vulnerable communities with knowledge, tools, resources, and technologies to build flash flood resilience via heavy focus on community relationships, involvement, and local student participation. CLIMBS Project 4 focuses more on improvement of flash flooding modeling and prediction to help provide actionable information to mitigate the loss of life and property.

In addition to providing secure storage, this repository is designed to support efficient data sharing, transparency, and interdisciplinary collaboration. By offering a well-organized dataset, it enables researchers to analyze and build upon existing data, promoting high-quality research outputs. The repository ultimately aims to advance understanding and inform decision-making in water resource management for Eastern Kentucky and Appalachia.

Subject Keywords

Coverage

Spatial

Coordinate System/Geographic Projection:
WGS 84 EPSG:4326
Coordinate Units:
Decimal degrees
Place/Area Name:
Letcher County, Kentucky
North Latitude
37.2948°
East Longitude
-82.5938°
South Latitude
37.0135°
West Longitude
-83.2324°

Temporal

Start Date:
End Date:

Content

readme.md

Overview

Thank you for taking an interest in the FLASH (Flooding in Appalachian Streams and Headwaters) Initiative and CLIMBS (Climate Resilience through Multidisciplinary Big Data Learning, Prediction and Building Response Systems) project. The data provided in this repository is used across both projects.

This document provides guidance on the provided data and metadata. If you have questions about the data that this document cannot answer, please contact Lindsey Barnes, CLIMBS and FLASH research technician, at lindsey.barnes@louisville.edu.

Sensor Metadata

Contained in file 'SensorLocations_LASTUPDATE.csv'. Includes site descriptions, coordinates, sensor information, and upstream catchment area.

Column Name Description
Station_ID Site shorthand name. Used for differentiating site-specific csv/xlsx files.
Location General location of sensor
Stream_Name Name of sampled stream
Latitude Latitude coodrinate, in decimal degrees
Longitude Longitude coordinate, in decimal degrees
Upstream_Catchment_Area_sqkm Area of upstream catchment drainage area in square kilometers, delineated via USGS StreamStats
Timezone_UTC UTC timezone of sensor location
Sensors_Used List of sensors deployed at site
Parameters Water-related data type collected at site
Logging_Start Date of first recorded datapoint
Telemetered_Sensor Binary yes(1)/no(0) record if a deployed water sensor is telemetering data in real-time
Precip Binary yes(1)/no(0) record if there is a paired precipitation gauge or sensor deployed at site
Telemetered_Precip Binary yes(1)/no(0) record if a deployed precipitation gauge/sensor is telemetering data in real-time
Soil_Moisture_telemetered Binary yes(1)/no(0) record if there is a paired telemetered soil moisture sensor deployed at site

Data Guidance

The data provided is collected from the following sensors:

  • Solinst water level and temperature pressure loggers

  • Solinst water level, temperature, and conductivity pressure loggers

  • Geolux non-contact depth and flow radars

  • YSI EXO2 water quality sensors

  • HOBO rain gauges and weather stations

Solinst Water Level Data

All Solinst water level data can be found by navigating to 'All-Data_NON-FLAGGED' > 'Water-Level-Pressure-Compensated' folder. Water level data is provided already barometric pressure compensated. These sensors require manual data collection and processing, so final data timestamps may vary between sites.

PLEASE NOTE that the provided data has not undergone a quality control error-flagging process at this time and should be treated with discretion.

Each Excel file in the 'Water-Level-Pressure-Compensated' folder contains three (3) sheets:

  1. SITE_Compensated: All pressure-compensated water level data from installation date to most recent collection date.

    • Column descriptions:

    i. Date: Format MM/DD/YYYY HH:MM

    ii. Time: Timezone observed timestamp in five-minute intervals. Format HH:MM:SS AM/PM

    iii. LEVEL_cm: Pressure compensated water level in centimeters

    iv. CONDUCTIVITY_uScm: Specific conductivity in microsiemens per centimeter (when applicable)

  2. Metadata: Information about the Compensated_Data sheet, including sensor model and serial number, recording interval, site name and coordinates, installation date, and barometric pressure compensation details. For quick reference of all Solinst sensors, site names, coordinates, and installation dates are also included in the 'SensorLocations' file.

  3. Collection_Log: Log of sensor data collection and servicing, with field notes and manual water level depth readings for sensor accuracy checks.

All other data is telemetered (collected in real-time) and can be found in the 'All-Data_NON-FLAGGED' folder. PLEASE NOTE that the provided data has not undergone a quality control error-flagging process at this time and should be treated with discretion.

Files are labeled as 'SiteName_SensorType_InstallDate-LastDownloadDate'. An overview of each file is as follows:

Water Depth, Flow, and Water Quality:

  1. 'CowanElem_GeoluxEXO_11JUN25-DDMONYY.csv'

    • Geolux non-contact flow and depth reader installed 11 June 2025. YSI EXO2 Water quality sonde installed 30 June 2025. Data is included from first installation date to last date in csv title.

    • Column descriptions:

    i. Time_UTC0500: Date and timezone-observed timestamp, in ten-minute intervals. Format MM/DD/YYYY HH:MM

    ii. Temperature_C: Water temperature in degrees Celsius

    iii. SpCond_mSpcm: Specific conductivity in millisiemens per centimeter

    iv. pH: Water pH in standard scale, up to two decimals

    v. pH_mV: Water pH in millivolts

    vi. ODOSat_percent: Dissolved oxygen, in percent saturation

    vii. ODO_mgpL: Dissolved oxygen in milligrams per liter

    viii. Turbidity_NTU: turbidity in Nephelometric Turbidity Units (NTU)

    ix. AvgVelocity_mmps: Average water velocity over time interval, in millimeters per second

    x. AvgLevel_mm: Average water level in millimeters

  2. 'NForkLCCHS_Geolux_28AUG25-DDMONYY.csv'

    • Geolux non-contact flow and depth reader installed 28 August 2025. Data is included from installation date to last date in csv title.

    • Column descriptions:

    i. Time_UTC0500: Date and timezone-observed timestamp, in ten-minute intervals. Format MM/DD/YYYY HH:MM

    ii. AvgVelocity_mmps: Average water velocity over time interval, in millimeters per second

    iii. AvgLevel_mm: Average water level in millimeters

Precipitation

  1. 'Bottomfork_RG_08DEC25-DDMONYY.csv'

    • HOBO Rain Gauge (RG) installed on 08 December 2025. Data is included from installation date to last date in csv title.

    • Column descriptions:

    i. Date: Date and timezone-observed timestamp, in 15-minute intervals. Format YY-MM-DD HH:MM:SS -UTC.

    ii. Rain_mm: aggregated rainfall for time interval in millimeters

  2. 'CCC_WS_04JUL25-DDMONYY.csv'

    • HOBO Weather Station (WS) installed on 04 July 2025. Data is included from installation date to last date in csv title.

    • Column descriptions:

    i. Date: Date and timezone-observed timestamp, in one-hour intervals. Format YY-MM-DD HH:MM:SS -UTC.

    ii. WindDirection_degrees: Wind direction, in degrees

    iii. WindSpeed_mps: Wind speed in meters per second

    iv. GustSpeed_mps: Wind gust speed in meters per second

    v. Temperature_C: Air temperature in degrees Celsius

    vi. RH_percent: Percent relative humidity

    vii. DewPoint_C: Dew point in degrees Celsius

    viii. Rain_mm: aggregated rainfall for time interval in millimeters

  3. 'FishPondUS_WS_01JUL25-DDMONYY.csv'

    • HOBO Weather Station (WS) installed on 01 July 2025. Data is included from installation date to last date in csv title. Please note this is the only precipitation site that requires manual data collection.

    • Column descriptions:

    i. DateTime_GMT0400: Date and timezone-observed timestamp, in fifteen-minute intervals. Format MM/DD/YYYY HH:MM.

    ii. WindSpeed_mps: Wind speed in meters per second

    iii. GustSpeed_mps: Wind gust speed in meters per second

    iv. Temp_F: Air temperature in degrees Fahrenheit

    v. RH_percent: Percent relative humidity

    vi. Rain_in: aggregated rainfall for time interval in inches. Please note that rain gauge failed to collect data from 01-Jul-25 to 29-Sept-25.

    vii. DewPoint_C: Dew point in degrees Fahrenheit

  4. 'LCCHS_RG_03JUL25- DDMONYY.csv'

    • HOBO Rain Gauge (RG) installed on 03 July 2025. Data is included from installation date to last date in csv title.

    • Column descriptions:

    i. Date: Date and timezone-observed timestamp, in one-hour intervals. Format YY-MM-DD HH:MM:SS -UTC.

    ii. Temperature_C: Air temperature in degrees Celsius

    iii. RH_percent: Percent relative humidity

    iv. DewPoint_C: Dew point in degrees Celsius

    v. Rain_mm: aggregated rainfall for time interval in millimeters. Please note that rain gauge failed to collect data from 03-Jul-25 to 29-Sept-25.

Related Geospatial Features

This HydroShare resource is linked to the following geospatial features

${ messageObj.message }
${value.text} ${value.text}

Click a point to search for features that overlap with that location.

Select a feature for more information.

Credits

Funding Agencies

This resource was created using funding from the following sources:
Agency Name Award Title Award Number
U.S. National Science Foundation FLASH OIA-2418789
U.S. National Science Foundation CLIMBS None

How to Cite

Thapa, A., Franklin, L. Barnes (2026). FLASH and CLIMBS P4 Data Repository, HydroShare, http://www.hydroshare.org/resource/fd58c8e8711942c285fd72b57ec7d098

This resource is shared under the Creative Commons Attribution CC BY.

http://creativecommons.org/licenses/by/4.0/
CC-BY

Comments

There are currently no comments

New Comment

required