Ocean, Atmosphere, Hydrosphere, and Land Surface Interaction in the Coastal Environment
There are many open questions in characterizing the interaction of the ocean, atmosphere, hydrosphere, and land surface, especially at their interface in coastal regions. Characterizing these interactions in the coastal environment remains highly uncertain due to fine temporal and spatial scale interactions among the physical, biochemical, hydrological and land processes, calling for an interdisciplinary approach in observational, data assimilation and modeling studies. While observations provide insight into current and past trends and variability, regional coastal modeling and data assimilation fills the gap between global models and the growing demand for reliable information and predictions at much more highly resolved scales in the coastal environment. This session will focus on the critical importance of accurately coupling the atmosphere, ocean, hydrosphere and land surface for modeling, research and operational prediction, with an emphasis on the essential importance of satellite-derived data for monitoring, modeling and data assimilation. Studies are encouraged that include efforts for the coupling of oceanic, atmospheric, hydrologic and land surface models from global and basin scales to regional coastal scales. We encourage observational papers addressing the variability and trends in the coastal environment. We also emphasize the development of tools for assessing uncertainty estimates of the predictions at coastal scales.
11th Symposium on the Coastal Environment (CE)
Contact(s): Frank Aikman, email@example.com
17th Conference on Integrating Observing and Assimilation Systems for the Atmosphere, Ocean and Land Surface (IOAS-AOLS),Satellite Meteorology, Oceanography and Climatology (SMOC) Committee
Contact(s): 17IOAS-AOLS: Ken Carey, firstname.lastname@example.org SMOC: Philip Ardanuy, Philip_E_Ardanuy@raytheon.com