Skip to content
  • About
    • Overview
    • CW3E Strategic Plan
    • Background
    • Themes
    • People
    • Partners
    • Programs
    • Equity, Diversity, & Inclusion (EDI)
    • Donate
    • Water Affiliates Group
    • What is an Atmospheric River?
    • WY 2023 AR Family Story Map
  • Observations
    • CW3E Observations
      • Surface Meteorology
      • MicroRain Radars
      • Disdrometers
      • Wind Profilers
      • Radiosondes
      • Site Information
    • Satellite
    • Precipitation
    • Water Storage Tracking
    • Stream Flow
    • AR Observatories
    • AQPI
    • AR Landfall Catalog
  • AR Reconnaissance
    • Overview
    • Data
    • Sponsors & Partners
    • Related Info
  • Forecasts
    • AR, IWV, and IVT Forecasts
    • AR Scale Forecasts
    • Deterministic Models
      • IVT and IWV
      • 250-hPa Winds
      • 500-hPa Vorticity
      • 850-hPa Temperature
    • Interactive Maps
    • Precipitation Forecasts
    • Subseasonal and Seasonal Forecasts
    • West-WRF
      • Deterministic
      • Ensemble
    • Machine Learning
    • Forecast Verification
      • AR Landfall Verification
      • QPF Verification
  • FIRO
    • Overview
    • Process
    • News
    • Projects
      • FIRO Russian River
      • Prado Dam
      • Yuba-Feather
      • Seven Oaks Dam
      • Howard Hanson Dam
    • FIRO Colloquium
    • FIRO Workshop
  • News & Publications
    • News
    • Publications
      • Peer Reviewed Articles
      • Book Chapters
      • Public Reports
    • Bibliography of AR-Focused Publications
    • Meetings
    • International Atmospheric Rivers Conference
    • Summer Internship Program
  • CW3E North

Water Year 2019: February Atmospheric Rivers

March 7, 2019

For a pdf of this information click here.
 

*Arrows on this map are placed where each atmospheric river was strongest over the coastline.

 

 

 

 

 

Analysis by Chad Hecht, B. Kawzenuk, & F. Martin Ralph. This analysis is considered experimental. For questions regarding the data or methodology please contact Chad Hecht


Entry posted in: Atmospheric Rivers, Data, Extreme Events, Research

Previous post: Water Year 2019: January Atmospheric Rivers Next post: CW3E Welcomes Dr. Daniel Steinhoff

Recent Posts

  • CW3E Publication Notice: The Utility of a Two-dimensional Forward Model for Bending Angle Observations in Regions with Strong Horizontal GradientsMay 7, 2025
  • CW3E Publication Notice: Beyond Expectations: Investigating Anomalous 2022-2023 Winter Weather Conditions and Water Resources Impacts in CaliforniaMay 6, 2025
  • CW3E Publication Notice: An Analysis of Cloud Microphysical Features over United Arab Emirates using Multiple Data SourcesMay 5, 2025
  • New MOU between Southern Cross University, New South Wales, Australia, and CW3E at Scripps Institution of Oceanography, UC San Diego.May 5, 2025
  • CW3E Publication Notice: Toward Calibrated Ensembles of Neural Weather Model ForecastsApril 23, 2025

Categories

  • AR Recon
  • Atmospheric Rivers
  • CW3E AR Updates
  • CW3E Partners
  • Data
  • Drought
  • Dust
  • Extreme Events
  • FIRO
  • Instrumentation
  • Meetings
  • Missions
  • Outreach
  • People
  • Publications
  • Research
  • S2S Outlooks
  • Uncategorized

F. Martin Ralph, PhD., Director

Center For Western Weather and Water Extremes (CW3E)
Scripps Institution of Oceanography
University of California, San Diego
9500 Gilman Drive
La Jolla, CA 92093
Directions


CW3E Partners

California Department of Water Resources
NOAA National Weather Service
NASA/Jet Propulsion Laboratory
Orange County Water District
Sonoma Water
U.S. Army Corps of Engineers
U.S. Bureau of Reclamation


Search CW3E

Disclaimer

Contact Webmaster

Follow CW3E on Twitter