Investigating the impact of surface drag parameterization schemes available in WRF on surface winds Hongli Jiang1,3, Michelle Harrold2,3 and Jamie Wolff2,3 1: NOAA ESRL CIRA, Colorado State University 2: NCAR Research Ap - Bias tee - Document - PDFSEARCH.IO

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	Investigating the impact of surface drag parameterization schemes available in WRF on surface winds Hongli Jiang1,3, Michelle Harrold2,3 and Jamie Wolff2,3 1: NOAA/ESRL/CIRA, Colorado State University 2: NCAR/Research Ap Add to Reading List Document Date: 2013-07-08 12:51:02 Open Document File Size: 2,52 MB Share Result on Facebook Company NCAR/Research Applications Laboratory / / Currency pence / / Facility Land Surface Model Noah PBL Yonsei University / Colorado State University / / Organization Yonsei University / National Oceanic and Atmospheric Administration / Colorado State University / / Person Pedro Jimenez / / Position still high overnight General / / ProvinceOrState Massachusetts / / Technology Radiation / / SocialTag Multiplexing Wind Atmospheric convection Meteorology Atmospheric sciences Bias tee

Investigating the impact of surface drag parameterization schemes available in WRF on surface winds Hongli Jiang1,3, Michelle Harrold2,3 and Jamie Wolff2,3 1: NOAA/ESRL/CIRA, Colorado State University 2: NCAR/Research ApAdd to Reading List