Collaborative Science and Operations Officer in Albany, New York
Warren R. Snyder is the Science and Operations Officer at the Weather Forecast Office in Albany, New York. He is actively involved in the Collaborative Science, Technology, and Applied Research (CSTAR) program, which aims to bridge NWS-supported activities with the academic community. The program fo
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NOAA SAR High-Resolution Coastal Winds Overview
NOAA's Operational SAR Sea Surface Wind Products provide detailed information on wind patterns derived from SAR images. The system aims to implement high-resolution wind production, capable of deriving winds from various SAR satellites. The operational goals include compatibility with international
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GOES-16 ABI Cloud and Moisture Imagery Updates in NWS
Visualize the evolution of GOES-16 ABI imagery processing in NWS, including cloud and moisture imagery updates, AWIPS-2 visualization enhancements, and exploitation tools for mesoscale data. Collaborative efforts have resulted in improved tools for forecasting offices and enhanced meso-utilization p
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Insights into Meteorology and Warning Systems at Iowa State University
Discover the journey of Daryl Herzmann, a meteorology expert from Iowa State University, as he shares his experiences working with NWS and creating tools like NWSChat. Explore the concept of "Dog and Pony Show," his achievements, and the purpose of his maps in understanding weather gradients.
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GOES-16 Cloud Mask and Top Properties Update in AWIPS-2 NWS/OBS
GOES-16 provides Cloud Mask and Cloud Top Properties data through AWIPS-2, including information on cloud top height, pressure, temperature, and clear sky mask. This update covers the handling, display, and ingestion of these products by NWS, starting from June 2017. The data is transmitted via SBN
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GOES-18 Provisional Validation Review Summary
Validation review of GOES-18 Provisional products including cloud optical depth, cloud particle size, and sea surface temperature conducted by NWS Office of Observations. AWIPS validates and displays these products using GOES-16/17 configurations with no expected fielding issues. Detailed insights p
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Implementation of the Community Hydrologic Prediction System
The Community Hydrologic Prediction System (CHPS) is a revolutionary initiative replacing the outdated NWS River Forecast System. It aims to improve hydrologic modeling infrastructure by incorporating modern forecasting concepts and models, enhancing data sharing, and fostering collaboration within
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Product Feedback Forum at NWS: Provisional PS-PVR User Feedback on ABI, CMI, and L1b
A comprehensive feedback system managed by PRO at NWS, focusing on user input for GOES-R products such as ABI, CMI, and L1b. The forum gathers feedback through surveys and weekly calls, addressing product quality issues and ensuring effective communication with field sites. Noteworthy discussions in
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Setting Up NWS-RFC Inflows in CWMS Forecast for Raystown Dam Project
Joan Klipsch, a Sr. Hydraulic Engineer at the Hydrologic Engineering Center, details the process of using NWS-RFC inflows in a CWMS forecast for the USACE Raystown Dam project on the Juniata River. The article provides insights on data requirements, setting up ResSim alternatives, RAS alternative co
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