Observing Strategies, Platforms, and Impacts on Analysis and Forecasts of Tropical Cyclones, Tropical Waves, and Tropical Rainfall
High-impact tropical weather phenomena typically occur over regions in which traditional observation systems are sparse. However, research results from many special observing campaigns that focused on the gathering of observations related to tropical circulations and precipitation systems have indicated that observations over traditionally data-sparse regions improve diagnosis and forecast accuracy. This joint session will focus on integrated observation and assimilation systems of tropical circulation and precipitation systems that vary over a range of spatial and temporal scales, and their integration into diagnosis and prediction of high-impact tropical weather. In keeping with the theme of the 2013 Annual Meeting, special emphasis is placed on advances related to observing platforms, sampling strategies, assimilation systems, and their integration for diagnosis and prediction. Additionally, reports on new approaches applied to traditional observing systems are sought.
17th Conference on Integrated Observing and Assimilation Systems for Atmosphere, Oceans, and Land Surface (IOAS-AOLS)
Contact(s): Sharan Majumdar, firstname.lastname@example.org
Special Symposium on the Next Level of Prediction in Tropical Meteorology: Techniques, Usage, Support, and Impacts
Contact(s): Patrick Harr, email@example.com