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Title: Comparison of Measured and Modelled Snow Cover Liquid Water Content to Improve Local Wet-Snow Avalanche Prediction: Date: 2016-10-02; Authors: Christoph Mitterer, Achim Heilig, Lino Schmid, Alec van Herwijnen, Olaf Eisen, JÃ¼rg Schweizer; Description: Wet-snow avalanches can be difficult to forecast. However, recent studies have suggested that an index (LWCindex) related to the mean liquid water con...; Object ID: ISSW16_O6.01.pdf; Keywords: wet-snow avalanches, avalanche forecasting, liquid water content; View additional details about Comparison of Measured and Modelled Snow Cover Liquid Water Content to Improve Local Wet-Snow Avalanche Prediction

Title: Continuous Real-time Snow Properties with Ground Penetrating Radar: Date: 2016-10-02; Authors: Hans Peter Marshall, Mark Robertson; Description: Measurements of snow water equivalent (SWE) are important for multiple user groups, but the technology for operational continuous collection has not i...; Object ID: ISSW16_P1.13.pdf; Keywords: snow water equivalent, radar, precipitation, continuous, real time; View additional details about Continuous Real-time Snow Properties with Ground Penetrating Radar

Title: Potential and Challenges of an Extensive Operational Use of High Accuracy Optical Snow Depth Sensors to Minimize Solid Precipitation Undercatch: Date: 2016-10-02; Authors: Kay Helfricht, Roland Koch, Lea Hartl, Marc Olefs; Description: Within the pluSnow project we analyse snow depth measurements using the SHM30 optical sensor with the objective to minimize the error of solid precipi...; Object ID: ISSW16_P1.28.pdf; Keywords: new snow, snow density, solid precipitation, undercatch, snow water equivalent; View additional details about Potential and Challenges of an Extensive Operational Use of High Accuracy Optical Snow Depth Sensors to Minimize Solid Precipitation Undercatch

Title: Estimation of New Snow Density Using 42 Years of Meteorological Data from Jackson Hole Mountain Resort, Wyoming: Date: 2016-10-02; Authors: Patrick J. Wright, Bob Comey, Chris McCollister, Mike Rheam; Description: New snow density is a key parameter for daily forecasting of avalanche hazard. However, there is currently not a reliable automated measurement of new...; Object ID: ISSW16_P4.05.pdf; Keywords: snow density, snow water equivalent, avalanche forecasting; View additional details about Estimation of New Snow Density Using 42 Years of Meteorological Data from Jackson Hole Mountain Resort, Wyoming

Title: A Decade of Snow Water Equivalent Monitoring in the French Mountain Ranges: Date: 2013-10-07; Authors: FrÃ©dÃ©ric Gottardi, Paul Carrier, Emmanuel Paquet, Marie-ThÃ©rÃ¨se Laval, JoÃ«l Gailhard, RÃ©my GarÃ§on; Description: A decade of snow water equivalent monitoring in the French Mountain ranges. Snowpack estimation in mountains is important for hydroelectric power supp...; Object ID: ISSW13_paper_O2-08.pdf; Keywords: cosmic ray, snow water equivalent, snowpack, automatic snow gauge; View additional details about A Decade of Snow Water Equivalent Monitoring in the French Mountain Ranges

Title: CS725, An Accurate Sensor for the Snow Water Equivalent and Soil Moisture Measurements: Date: 2013-10-07; Authors: Yves Choquette, Pierre Ducharme, James Rogoza; Description: The CS725 is manufactured by Campbell Scientific (Canada) Corp â€“ CSC and patented by Hydro-Quebec. The CS725 is designed to determine four time...; Object ID: ISSW13_paper_O2-09.pdf; Keywords: gamma radiation, attenuation, swe, snow melting, soil moisture, cs725; View additional details about CS725, An Accurate Sensor for the Snow Water Equivalent and Soil Moisture Measurements

Title: Impulse Water Waves Generated by Snow Avalanches: Date: 2013-10-07; Authors: Mohamed Naaim; Description: Retaining dams devoted to artificial snow production, are most of the time located in the vicinity of steep slope areas and may be threatened by snow ...; Object ID: ISSW13_paper_O2-21.pdf; Keywords: impulse water waves, snow avalanches, mountain lakes; View additional details about Impulse Water Waves Generated by Snow Avalanches

Title: Mathematical Modeling of Slope Flows Entraining Bottom Material: Date: 2013-10-07; Authors: Eglit M.E, Yakubenko A.E.; Description: Entrainment of bottom material by the slope flows (such as snow avalanches, debris flows and so on) essentially influences on their dynamics, so it s...; Object ID: ISSW13_paper_P2-56.pdf; Keywords: slope flows, entrainment of bottom material; View additional details about Mathematical Modeling of Slope Flows Entraining Bottom Material

Title: Granulation of Snow: Date: 2013-10-07; Authors: Walter Steinkogler, Betty Sovilla, Michael Lehning; Description: The mobility of an avalanche, i.e. its potential to move faster and further, can strongly differ for individual avalanches even if the release conditi...; Object ID: ISSW13_paper_P2-58.pdf; Keywords: snow avalanche, granulation, snow temperature, mobility; View additional details about Granulation of Snow

Title: Strasser, U. and Marke, T. (2013): ESCIMO.spread - A Spreadsheet-Based Point Snow Surface Energy Balance Model to Calculate Hourly Snow Water Equivalent and Melt Rates for Climate: Date: 2013-10-07; Authors: Strasser, U., Marke, T.; Description: This paper describes the spreadsheet-based point energy balance model ESCIMO.spread which simulates the energy and mass balance as well as melt rates...; Object ID: ISSW13_paper_P4-30.pdf; Keywords: snow modeling, canopy interception, spread sheet, energy balance; View additional details about Strasser, U. and Marke, T. (2013): ESCIMO.spread - A Spreadsheet-Based Point Snow Surface Energy Balance Model to Calculate Hourly Snow Water Equivalent and Melt Rates for Climate

Title: The Relationship Between Preferential Flow in Snow Cover and Weather Conditions: Date: 2012; Authors: Satoru Yamaguchi, Hiroyuki Hirashima, Atsushi Sato, Satoru Adachi; Description: The accurate description of water movement through snow cover is essential for improving the forecast of full depth avalanches; this forecast is close...; Object ID: issw-2012-1054-1058.pdf; Keywords: full depth avalanche, liquid water, snow cover; View additional details about The Relationship Between Preferential Flow in Snow Cover and Weather Conditions

Title: How Snow Cover Properties Influence Avalanche Dynamics: Date: 2012; Authors: W. Steinkogler, B. Sovilla, M. Lehning; Description: The run-out distance depends, among other things, on the release mass and the snow conditions in the avalanche path. So far, our knowledge on the effe...; Object ID: issw-2012-569-573.pdf; Keywords: run-out distance, snow cover, snowpack conditions; View additional details about How Snow Cover Properties Influence Avalanche Dynamics

Title: How to Explain Avalanche Dynamics to Children and Their Parents: Date: 2012; Authors: Florence Naaim-Bouvet, Thierry Faug, FrÃ©dÃ©ric Ousset, Xavier Ravanat, Paolo Caccamo; Description: Snow avalanches threaten mountain communities worldwide: avalanches affect not only snow sport tourists but people can also be caught in inhabited are...; Object ID: issw-2012-820-826.pdf; Keywords: avalanche, dynamics, small-scale model, education, general public; View additional details about How to Explain Avalanche Dynamics to Children and Their Parents

Title: Hysteresis in the Water Retention Curve of Snow Measured Using an MRI System: Date: 2012; Authors: Satoru Adachi, Satoru Yamaguchi, Toshihiro Ozeki, Katsumi Kose; Description: Recently, a compact magnetic resonance (MR) imager was developed for use in a cold-room. A new method for determining the distribution of water in sno...; Object ID: issw-2012-918-922.pdf; Keywords: compact mri, cold room, water retention curve; View additional details about Hysteresis in the Water Retention Curve of Snow Measured Using an MRI System

Title: Can We Estimate Precipitation Rate During Snowfall Using a Scanning Terrestrial Lidar?: Date: 2012; Authors: Edward H. Bair, Robert E. Davis, David C. Finnegan, Adam L. LeWinter, Ethan Guttmann, Jeff Dozier; Description: Accurate snowfall measurements in windy areas have proven difficult. To examine a new approach, we have installed an automatic scanning terrestrial Li...; Object ID: issw-2012-923-929.pdf; Keywords: precipitation, lidar, mass flux; View additional details about Can We Estimate Precipitation Rate During Snowfall Using a Scanning Terrestrial Lidar?

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International Snow Science Workshop Proceedings - Montana State University Library

Your search for Subject liquid water flowresulted in 54 records.