Braedon Dority
Utah State University;Utah Water Research Laboratory
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ABSTRACT:
The data collected in this resource was collected as part of the research efforts of Braedon Dority and Jeff Horsburgh as part of the CIROH project: Advancing Snow Observation Systems to Improve Operational Streamflow Prediction Capabilities. The focus of this dataset is on low-cost snow stations installed near the Tony Grove Ranger Station up Logan Canyon in Northern Utah. These stations were being prototyped while in use for the 2023-2024 and 2024-2025 winters, collecting data on snow depth, shortwave and longwave radiation, air temperature, soil temperature, and soil volumetric water content.
ABSTRACT:
This resource includes a Jupyter Notebook script that runs through an analysis of the flow rate of Ashley Creek. The analysis compares 2021 USGS flow rates with the entire period of record for Ashley Creek. Statistical analysis includes visualizations of the annual means, maximums, minimums, percentiles, etc.
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ABSTRACT:
This resource includes a Jupyter Notebook script that runs through an analysis of the flow rate of Ashley Creek. The analysis compares 2021 USGS flow rates with the entire period of record for Ashley Creek. Statistical analysis includes visualizations of the annual means, maximums, minimums, percentiles, etc.
Created: April 17, 2025, 8:58 p.m.
Authors: Dority, Braedon
ABSTRACT:
The data collected in this resource was collected as part of the research efforts of Braedon Dority and Jeff Horsburgh as part of the CIROH project: Advancing Snow Observation Systems to Improve Operational Streamflow Prediction Capabilities. The focus of this dataset is on low-cost snow stations installed near the Tony Grove Ranger Station up Logan Canyon in Northern Utah. These stations were being prototyped while in use for the 2023-2024 and 2024-2025 winters, collecting data on snow depth, shortwave and longwave radiation, air temperature, soil temperature, and soil volumetric water content.