The OWLeS (Ontario Winter Lake-effect Systems) campaign, winter 2013-14

Keyphrases

• Effect Systems 100%
• Lake-effect 100%
• Systems Projects 17%
• Cloud Microphysics 17%
• Wyoming 11%
• Great Lakes 11%
• Lake Ontario 11%
• 3D Structure 5%
• National Center 5%
• Water Surface 5%
• X-band 5%
• Formation Mechanism 5%
• Advection 5%
• Radar System 5%
• Dynamical Processes 5%
• Research-based 5%
• Structure Characteristics 5%
• Collaborative Efforts 5%
• Land Surface 5%
• Buoyancy 5%
• King 5%
• S-band 5%
• System Structure 5%
• Process Controlling 5%
• Large Angle 5%
• Kinematic Structure 5%
• LiDAR 5%
• Surface Fluxes 5%
• Ice-free 5%
• Cloud Radar 5%
• Water Bodies 5%
• Free Water 5%
• Size Frequency 5%
• Atmospheric Research 5%
• Planetary Boundary Layer 5%
• Radiative Processes 5%
• Lake-effect Snow 5%
• Microphysical Processes 5%
• Open Water 5%
• Orography 5%
• In-situ Validation 5%
• Lightning Characteristics 5%
• Flux Surface 5%
• Intense Storm 5%
• Weather Research 5%
• Dual Polarization 5%
• Surface Factor 5%
• Boundary Layer Processes 5%
• Convective Bands 5%
• University of Alabama 5%
• Penn State University 5%
• Severe Weather 5%
• Atmospheric Factors 5%
• Residual Layer 5%
• Hobart 5%
• Observational Tool 5%
• William Smith 5%
• University of Utah 5%
• Hydrometeor Classification 5%
• Boundary Layer Dynamics 5%
• Boundary-layer Meteorology 5%
• Classification Effect 5%
• Smith College 5%
• Mountain Meteorology 5%

Earth and Planetary Sciences

• Boundary-Layer Meteorology 14%