This month the JCSDA is announcing a new Near-Real Time (NRT) observation monitoring web product based on the Joint Effort for Data assimilation Integration (JEDI). This product represents the achievement of several firsts for the JCSDA core team as we near our scheduled initial release of JEDI software.
Aircraft Observation Comparison: Before & After COVID-19
Launch of the JCSDA Real-Time Marine Data Assimilation CI/CD Testbed
As you may already have noticed, the first real-time prototype application from the Sea-ice Ocean Coupled Assimilation (SOCA) project was launched on the JCSDA website this past January. The SOCA team has been actively partnering with NOAA and NASA to develop improved marine data assimilation methods for the next generation of prediction systems. This real-time system on the JCSDA website acts as a testbed for SOCA software development, and helps give the public an inside window as to how our development is proceeding.
Operations at the JCSDA Are Going Strong Despite Mandatory Telework
Fourth JEDI Academy a Success in Monterey, CA - February 24-27, 2020
Summary of the Eighth JCSDA Symposium at the 2020 AMS Annual Meeting
JCSDA CRTM Coefficient Generation Code Sprint – January 20-31, 2020 – ESSIC – College Park, MD
As part of a two-week code sprint from January 20th to 31st , CRTM community users and core developer team members came together at the Earth System Science Interdisciplinary Center (ESSIC) in College Park MD to organize the existing gaseous transmittance coefficient generation software into a coherent, end-to-end package.
Schedule for the Eighth JCSDA Symposium at the Annual AMS Meeting In January 2020
JCSDA Director Involved in Congressional Hearing for the Earth Prediction Innovation Center (EPIC)
After hearing NOAA’s 2020 proposed budget earlier this year, it was made clear that the United States is behind when it comes to weather forecasting. Among other things, efficient weather forecasting is crucial for protecting lives and predicting natural disasters such as hurricanes. Climate change continues to increase occurrences of disruptive weather events, making the need for superior forecasting critical. Why is the United States seemingly so behind?