Storms Thunderstorms Precipitation Temperature Variations Wind Patterns Temperature Changes Storm Systems Fog Tornado Formation Humidity Effects Lightning Cyclones Humidity Rainfall Severe Weather Storm Dynamics Cyclogenesis Depressions Temperature Measurement Temperature Turbulence Cloud Formation Fog Formation Forecasting Techniques Cold Fronts Auroras Freezing Rain Formation Hail Formation Precipitation Types Ice Formation Hurricanes Storm Formation Tropical Cyclones Tornadoes Rainfall Measurement Wind Dust Storms Monsoons Tropical Waves Temperature Variability Lightning Research Temperature Extremes Fog Classification Freezing Rain Data Interpretation Low Pressure Areas Temperature Effects Dust Storm Formation DANA Clear Air Turbulence Cloud Types Meteotsunamis Wind Events Snow Characteristics Temperature Fluctuations Ciclones Cloud Cover Flood Events Santa Ana Winds Rocket Exhaust Western Disturbance Thunderstorm Dynamics Frost Pressure Systems High Wind Events Fronts Meteorological Events Vortices Cyclonic Circulation Storm Chasing Storm Tracking Thunderstorm Classification Heat Domes Storm Patterns Ciclogénesis Desert Winds Temperature Variation Meteorological Conditions Thundersnow Steam Plumes Funnel Clouds Precipitation Measurement Torrential Rain Cold Air Masses Rainfall Intensity Arizona Wind Chill Rain Temperature Inversion Electrical Activity Temperature Records Transient Luminous Events Flooding Contrails Inversions Dust Events Temperature Contrast Inversion Weather Tornado Classification Rainfall Patterns
Lightning within heavy snowfall signaled an intense, fast‑deepening system that heightened coastal flooding risk at the morning high tide.
