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Ontario Winter Lake-effect Systems (OWLeS)

Description:

This special collection brings together research related to the Ontario Winter Lake-effect Systems (OWLeS) field project, which took place in December 2013 and January 2014. OWLeS focused primarily on lake-effect snow systems over and near Lake Ontario, including several that produced snowfalls of 1-2 m in the Tug Hill Plateau in northern New York State. OWLeS sought to document the characteristics and processes involved in the development of lake-effect snow systems, especially the evolution of the planetary boundary layer under spatially varying surface forcing, lake-effect cloud, snow and lightning development, connections between meso- and micro-scale convective structures, and interactions between lake-effect systems and downwind topographic features. Observation platforms deployed during the two-month field project included three Doppler-on-Wheels radars operated by the Center for Severe Weather Research; The University of Wyoming King Air with the Wyoming Cloud Radar and Wyoming Cloud Lidar; University of Alabama at Huntsville’s Mobile Integrated Profile System (MIPS); Millersville University’s Profiling System (MUPS); five university-owned mobile radiosonde systems provided by University of Illinois, Millersville University, Hobart and William Smith Colleges, University of Utah and the State University of New York Oswego; four micro rain radars; and a wide range of surface precipitation observations. The data collected during the OWLeS field project, available at http://data.eol.ucar.edu/master_list/?project=OWLeS, will provide research opportunities and scientific insights for years to come.

Collection organizer:
David Kristovich, ISWS, Prairie Research Institute, University of Illinois at Urbana-Champaign

Special Collection Image
Karen A. Kosiba; Joshua Wurman; Kevin Knupp; Kyle Pennington; Paul Robinson
Monthly Weather Review
Daniel T. Eipper; Steven J. Greybush; George S. Young; Seth Saslo; Todd D. Sikora; Richard D. Clark
Weather and Forecasting
Daniel T. Eipper; George S. Young; Steven J. Greybush; Seth Saslo; Todd D. Sikora; Richard D. Clark
Weather and Forecasting
David A. R. Kristovich; Luke Bard; Leslie Stoecker; Bart Geerts
Journal of Applied Meteorology and Climatology
Peter G. Veals; W. James Steenburgh; Leah S. Campbell
Monthly Weather Review
Scott M. Steiger; Tyler Kranz; Theodore W. Letcher
Journal of Applied Meteorology and Climatology
Seth Saslo; Steven J. Greybush
Weather and Forecasting
Jake P. Mulholland; Jeffrey Frame; Stephen W. Nesbitt; Scott M. Steiger; Karen A. Kosiba; Joshua Wurman
Monthly Weather Review
W. James Steenburgh; Leah S. Campbell
Monthly Weather Review
Leah S. Campbell; W. James Steenburgh
Monthly Weather Review
Philip T. Bergmaier; Bart Geerts; Leah S. Campbell; W. James Steenburgh
Monthly Weather Review
David A. R. Kristovich; Richard D. Clark; Jeffrey Frame; Bart Geerts; Kevin R. Knupp; Karen A. Kosiba; Neil F. Laird; Nicholas D. Metz; Justin R. Minder; Todd D. Sikora; W. James Steenburgh; Scott M. Steiger; Joshua Wurman; George S. Young
Bulletin of the American Meteorological Society
Dan Welsh; Bart Geerts; Xiaoqin Jing; Philip T. Bergmaier; Justin R. Minder; W. James Steenburgh; Leah S. Campbell
Monthly Weather Review
Philip T. Bergmaier; Bart Geerts
Monthly Weather Review
Leah S. Campbell; W. James Steenburgh; Peter G. Veals; Theodore W. Letcher; Justin R. Minder
Monthly Weather Review
Justin R. Minder; Theodore W. Letcher; Leah S. Campbell; Peter G. Veals; W. James Steenburgh
Monthly Weather Review
Peter G. Veals; W. James Steenburgh
Monthly Weather Review
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