Integration of other projects (NOFOs, S2S, and HSUPs)

• Implementation and testing of stochastic physics perturbations within the FV3-LAM/RRFS (Jeff Beck and Jamie Wolff)
• Verification of GFS Vertical Sounding Short-Range Forecasts Using an Objective Classification Method For Observational Soundings (Dillon Blount, Clark Evans, Israel Jirak, Andy Dean, Sergey Kravtsov)
• Application of Innovation Statistics to Diagnose Biases in the HAFS system (Eun-Gyeong Yang and Ryan D. Torn University at Albany, SUNY)
• Accelerate Development of Moving Nest for HAFS (Gopal (AOML/HFIP) & Avichal Mehra (EMC))
• New Technology in FV3 (Lucas Harris)
• Implementation and Testing of FV3-HAILCAST at the NOAA HWT (Rebecca Adams-Selin, John Henderson, Lucas M. Harris, Tim Supinie, Yunheng Wang, Christina P. Kalb, Tara Jensen)
• A prognostic-stochastic and scale-aware closure for representation of cumulus convection in the convective grey-zone in NOAA’s Unified Forecast System (Lisa Bengtsson, CIRES and NOAA ESRL, PSL)
• Advancing the Unified Forecast System Verification and Diagnostics Capability for Marine Applications (Tara Jensen (NCAR/RAL), Jason Levit  NOAA/EMC))
• Improving Week 3-4 Weather Prediction Through a Global Convection-Allowing Version of UFS (Jim Kinter (GMU/COLA), Ben Cash (GMU/COLA)  and Vijay Tallapragada (NOAA/EMC))
• FY18 Hurricane Supplemental Improving Forecasting and Assimilation Portfolio (IFAA): Accelerate the Development, Testing, and Implementation of Model Physical Parameterizations (Project 1A-2) CCPP SCM Development (Subproject 1A-2-2b) (Mike Ek)
• Accelerate development of Hurricane Analysis and Forecasting System (HAFS) (Frank Marks)
• Development of a Global Ensemble-based Data Assimilation System for NRT Aerosol Forecasting at NOAA (Mariusz Pagowski)
• Advancing Forecast Verification Efforts for the UFS using Spatial Verification Methods (Jason Otkin)
• Discussion Session on Integration with Other Projects
• MJO-ENSO Diagnostics for Seasonal Forecasts (Cristiana Stan, George Mason University)
• Recent Progress of JTTI FY20 Aerosol Data Assimilation in Support of RRFS-CMAQ (Youhua Tang, Mariusz Pagowski, Tianfeng Chai, Daryl Kleist , Cory Martin, Jeff McQueen)
• UFS Case Studies - HSUP 1A-2-2a (Dom Heinzeller, Xia Sun, and Linlin Pan (CU/CIRES), Ligia Bernardet and John Brown (NOAA/GSL))
• NESDIS DSUP Projects Planned UFS Contributions (Kevin Garrett, NESDIS/STAR)
• Multi-scale radar DA capabilities within GSI and JEDI (Center for Analysis and Prediction of Storms, University of Oklahoma Ming Xue)
• Enhancing the prediction of landfalling hurricanes with advanced atmospheric data assimilation, improved PBL parameterization, and coupled land-atmosphere data assimilation (Zhaoxia Pu, University of Utah)
• A diagnostic toolbox for the verification and validation of subseasonal stratosphere-troposphere coupling processes in NOAA’s Unified Forecast System (Z. LAwrence)