1,199 results — topic: Hydrology & Watersheds
Snow-free Growing Degree-days Early Season Mean (2002-2021)
This is a map of accumulated spring snow-free growing potential (snow-free growing degree days, SFGDD) for the Upper Gunnison domain, derived from daily maximum air temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timing o
Snow-free Growing Degree-days Annual Standard Deviation (2002-2021)
This is a map of temporal variability in accumulated snow-free growing potential (snow-free growing degree days, SFGDD) for the Upper Gunnison domain, derived from daily maximum air temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimate
Snow-free Freezing Degree-days 0-60 Days Post Snow Standard Deviation (2002-2021)
This is a map of temporal variability in accumulated snow-free freezing potential (freezing degree days, FDD) for the Upper Gunnison domain, derived from daily minimum temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timin
Snow-free Freezing Degree-days 0-60 Days Post Snow Mean (2002-2021)
This is a map of accumulated snow-free freezing potential (freezing degree days, FDD) for the Upper Gunnison domain, derived from daily minimum temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timing of seasonal snowpack d
Snow-free Growing Degree-days Annual Mean (2002-2021)
This is a map of accumulated snow-free growing potential (snow-free growing degree days, SFGDD) for the Upper Gunnison domain, derived from daily maximum air temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timing of seaso
Snow-free Freezing Degree-days Late Season Standard Deviation (2002-2021)
This is a map of temporal variability in accumulated fall snow-free freezing potential (snow-free freezing degree days, SFFDD) for the Upper Gunnison domain, derived from daily minimum temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estim
Snow-free Freezing Degree-days Late Season Mean (2002-2022)
This is a map of accumulated fall snow-free freezing potential (snow-free freezing degree days, SFFDD) for the Upper Gunnison domain, derived from daily minimum temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timing of se
Snow-free Freezing Degree-days Early Season Standard Deviation (2002-2021)
This is a map of temporal variability in accumulated spring snow-free growing potential (snow-free growing degree days, SFGDD) for the Upper Gunnison domain, derived from daily maximum air temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived e
Snow-free Freezing Degree-days Early Season Mean (2002-2021)
This is a map of accumulated spring snow-free freezing potential (snow-free freezing degree days, SFFDD) for the Upper Gunnison domain, derived from daily minimum temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timing of
Snow-free Freezing Degree-days Annual Standard Deviation (2002-2021)
This is a map of temporal variability in accumulated snow-free freezing potential (freezing degree days, FDD) for the Upper Gunnison domain, derived from daily minimum temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timin
Snow-free Freezing Degree-days Annual Mean (2002-2021)
This is a map of accumulated snow-free freezing potential (freezing degree days, FDD) for the Upper Gunnison domain, derived from daily minimum temperature maps interpolated from weather station and microclimate sensor data combined with Landsat-derived estimates of the timing of seasonal snowpack d
Evolution of Water Institutions in the Indus River Basin: Reflections from the Law of the Colorado River
Transboundary water institutions in the Indus River Basin can be fairly characterized as broken in key respects. International relations between India and Pakistan over the Indus Waters Treaty, as well as interprovincial relations within Pakistan over the 1991 Water Accord, speak to this sentiment.
The Colorado River Aqueduct
One of the greatest achievements in engineering the West, the 242 mi long Colorado River Aqueduct brought water to Southern California and paved the way for the region’s tremendous growth.
East River and East River #2 by Mitchell Johnson
Recognizing the contribution art has had in the Mayo Clinic environment since the original Mayo Clinic Building was finished in 1914, Mayo Clinic Proceedings features some of the numerous works of art displayed throughout the buildings and grounds on Mayo Clinic campuses.
Technical Appendix: Legal Analysis - Shepherding Appropriated Water in Colorado for Colorado River Compact Security
Assessing the Presence of Supercooled Liquid Water and Stability Using Radiometer Data Collected during the 2015-2016 Winter Cloud Seeding Program in the Upper Gunnison River Basin, Colorado
During the 2015-2016 Winter Cloud Seeding Program, a Radiometrics microwave radiometer was installed in the Upper Gunnison River Basin cloud seeding target area. The main purpose of using this device was to provide the ability to measure temperature and liquid water in frequent vertical profiles of
Water and irrigation : Colorado Agriculture Bibliography
The records in this bibliography may cover several subject areas and are listed alphabetically by author.
Concentration-discharge behavior as an indication of groundwater contribution in Copper Creek sub-catchment of the Upper East River Basin
Groundwater in high elevation watersheds is difficult to quantify, but remains a major component in the hydrologic budget for the western United States. Concentration-discharge (C-Q) data can provide a framework for characterizing groundwater flow in small alpine catchments by indicating fluid resid
Board of the Colorado River Water Conservation District
Ralph E. Clark III. December 28, 2002.
Reasonably Foreseeable Development Scenario For Oil and Gas Development In the Buffalo Field Office Area, Campbell, Johnson and Sheridan Counties, Wyoming
occur. To do this an occurrence potential aa map was constructed (Map 1). The oil and gas occurrence potential was classified as $3 - High, Moderate, Low, or None. Explanation of these classifications is given on the map. | 2 oe Note that most of the BFOA has high = $2 a occurrence potential. The cl
