AER Start
  • About Us
  • Contact
  • Careers
  • Weather Risk Management
    • Weather Risk for Government
    • Weather Risk for Business
  • Government
    • Air Quality
    • Satellites ›
    • Target Recognition
    • National Security
    • Space
    • Climate
    • Weather
    • Modeling and Simulation
  • Industry
    • Energy ›
    • Insurance ›
    • Investment
    • Aerospace
    • Agriculture
    • Manufacturing
    • Retail & Supply Chain
    • Solutions
    • Space Weather ›
  • Science & Research
    • Atmosphere ›
    • Climate & Weather ›
    • Earth ›
    • Oceans ›
    • Space ›
    • IPCC Report's AER Research Citations
    • Algorithm Workbench
  • Clients & Partners
    • U.S. Government Agencies and International Organizations
    • Industry Clients and Partners
    • Universities
    • GSA
    • SeaPort-e
  • News & Events
    • Press Releases
    • In the News
    • Newsletters
    • Blog
    • Resource Library
    • Author Bios
  • Search
  • Weather Risk Management
    • Weather Risk for Government
    • Weather Risk for Business
  • Government
    • Air Quality
    • Satellites ›
    • Target Recognition
    • National Security
    • Space
    • Climate
    • Weather
    • Modeling and Simulation
  • Industry
    • Energy ›
    • Insurance ›
    • Investment
    • Aerospace
    • Agriculture
    • Manufacturing
    • Retail & Supply Chain
    • Solutions
    • Space Weather ›
  • Science & Research
    • Atmosphere ›
    • Climate & Weather ›
    • Earth ›
    • Oceans ›
    • Space ›
    • IPCC Report's AER Research Citations
    • Algorithm Workbench
  • Clients & Partners
    • U.S. Government Agencies and International Organizations
    • Industry Clients and Partners
    • Universities
    • GSA
    • SeaPort-e
  • News & Events
    • Press Releases
    • In the News
    • Newsletters
    • Blog
    • Resource Library
    • Author Bios
  • Search
  • Home>
  • News & Events>
  • Resource Library>
  • Categories>
  • Precipitation

Precipitation

Uncertainties in Arctic Precipitation

By I. Majhi, Judah Cohen
December 5, 2012

AGU Fall Meeting 2012

Filed under: Precipitation

Error propagation of radar rainfall nowcasting fields through a fully-distributed flood forecasting model

By Ross Hoffman, E.R. Vivoni
June 4, 2007

Journal of Applied Meteorology and Climatology

Filed under: Flood, Hydrological Forecasting, Precipitation

Extending the predictability of hydrometeorological flood events using radar rainfall nowcasting

By Ross Hoffman, C. Grassotti, E.R. Vivoni
August 1, 2006

Journal of Hydrometeorology

Filed under: Flood, Hydrological Forecasting, Precipitation

Seawinds validation: Effect of rain as observed by East Coast radars

By Ross Hoffman, C. Grassotti, S. Mark Leidner
September 13, 2004

Journal of Atmospheric and Oceanic Technology

Filed under: Ocean surface wind, Precipitation, Satellite, Sea level, Wind

SeaWinds validation: Effect of rain as observed by East Coast radars

By Ross Hoffman, C. Grassotti, S. Mark Leidner
September 6, 2004

Journal of Atmospheric and Oceanic Technology

Filed under: Ocean surface wind, Precipitation, Satellite

Multiple timescale intercomparison of two radar products and rain gauge observations over the Arkansas- Red River Basin

By C. Grassotti, Ross Hoffman
December 9, 2003

Weather and Forecasting

Filed under: Precipitation, Remote sensing
×
  • Categories

Home  About Us  Contact Us  Jobs  Privacy Policy  Conditions of Use  Sitemap

© Atmospheric and Environmental Research 2002-2019. All Rights Reserved.

Stay Connected   Twitter LinkedIn

Verisk logo

AER is a Verisk business.

VERISK ANALYTICS®

We use cookies on this site to enhance your user experience. By continuing to use this site you are giving us your consent to place cookies on your device.

Continue Give me more information