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Advancing NOAA's HWRF Prediction System through New and Enhanced Physics Air-Sea-Wave Coupling
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Isaac Ginis, PI
Richard Yablonsky, co-PI
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Advanced diagnostics of tropical cyclone inner-core structure using aircraft observations
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Jun Zhang, David Nolan, Robert Rogers, Paul Reasor and Sylvie Lorsolo
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A robust representation of rain microwave radiances for data assimilation and to estimate the 1st few radial modes of heating, vertical motion, precipitable water, total ice and rain
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Jeff Steward, UCLA
Hsiao-Chieh Tseng, UC Davis
Sahra Kacimi, NASA/JPL
Tomi Vukicevic, ShuHua Chen, Svetla Hristova-Veleva and Ziad Haddad
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Progress on “Evaluating Hurricane Intensity Predictability using the Advanced Hurricane WRF”
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Ryan D. Torn University at Albany, SUNY
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PSU HFIP Annual Report Real-time Convection-Permitting Ensemble Analysis and Prediction
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Yonghui Weng and Fuqing Zhang, Penn State University
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Influence of cloud-radiative processes on tropical cyclone storm structure
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Robert Fovell and Yizhe Peggy Bu
University of California, Los Angeles
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HFIP results for hurricane forecasts using the multimodel superensemble for the 2012 season and proposed work for the 2013 season
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T. N. Krishnamurti
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Anu Simon
Florida State University
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Sensitivity of Hurricane Intensity and Structures to Vertical Resolutions in HWRF
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Xuejin Zhang
NOAA/AOML/Hurricane Research Division
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Parameter Sensitivity for Idealized Coupled HWRF Simulations in a Sheared Environment
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Altug Aksoy
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Tropical Cyclone Track Forecast Characteristics in the NOAA/ESRL GEFS Reforecast Dataset
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Thomas Galarneau, Tom Hamill - NOAA
Gary Bates - CIRES
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Improving High‐Resolution Tropical Cyclone Prediction Using a Unified GSI‐based Hybrid Ensemble‐Variational Data Assimilation System for HWRF
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Xuguang Wang
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Basin-wide HWRF Modeling System with Multiple Movable Nests
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Xuejin Zhang - UM/CIMAS
Thiago Quirino -AOML/HRD
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