Holly A Roth
University of Colorado at Boulder
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Graduate Student
| Subject Areas: | Boundary Layer Meteorology, Water Management, Hydrology, Geography |
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ABSTRACT:
This resource includes evaporation, meteorological, and lake condition data for Standley Lake Reservoir, Westminster, CO, USA for two warm seasons (June-October 2020 and April-October 2021). These data were collected with the purpose of quantifying reservoir evaporation and the related meteorological and lake conditions that drive evaporation. Daily evaporation rates were used to determine monthly evaporation rates and water balance assessments.
ABSTRACT:
This resource includes evaporation, meteorological, and lake condition data for Standley Lake Reservoir, Westminster, CO, USA for two warm seasons (June-October 2020 and April-October 2021). These data were collected with the purpose of quantifying reservoir evaporation and the related meteorological and lake conditions that drive evaporation. Daily evaporation rates were used to determine monthly evaporation rates and water balance assessments.
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Created: Oct. 21, 2022, 12:58 a.m.
Authors: Roth, Holly A · Peter D Blanken
ABSTRACT:
This resource includes evaporation, meteorological, and lake condition data for Standley Lake Reservoir, Westminster, CO, USA for two warm seasons (June-October 2020 and April-October 2021). These data were collected with the purpose of quantifying reservoir evaporation and the related meteorological and lake conditions that drive evaporation. Daily evaporation rates were used to determine monthly evaporation rates and water balance assessments.
Created: Jan. 17, 2025, 8:33 p.m.
Authors: Roth, Holly A · Peter D Blanken
ABSTRACT:
This resource includes evaporation, meteorological, and lake condition data for Standley Lake Reservoir, Westminster, CO, USA for two warm seasons (June-October 2020 and April-October 2021). These data were collected with the purpose of quantifying reservoir evaporation and the related meteorological and lake conditions that drive evaporation. Daily evaporation rates were used to determine monthly evaporation rates and water balance assessments.