supported by NASA Earth Science Program, NSF Climate Dynamics Program;the Japan Agency for Marine-Earth Science and Technology (JAMSTEC), NASA;NOAA through their sponsorship of the IPRC;supported by APEC Climate Center (APCC) as a part of APCC international research project
With a hybrid atmosphere-ocean coupled model we carried out an experimental forecast of a well documented Madden-Julian Oscillation (MJO) event that was observed during the period of Tropical Ocean Global Atmosphere C...
This paper is supported by the National Natural Science Foundation of China(Projects under contracts No.49676275,49976002,40506007);Microwave Imaging National Key Laboratory Foundation(No.51442020103JW1002).
The analyses of a data series obtained during TOGA- COARE show the existence of remarkable semi-diurnal intemal tides in the western equatorial Pacific Ocean around 1°45'S, 156°E. Some characteristic parameters of ...
supported by the National Natural Science Foundation of China under contract Nos 49676275 and 49976002;the Microwave Imaging National Key Laboratory Foundation under contract No.51442020103JW1002.
By analyzing a data set collected using a moored instrument array and CTD during TOGA-COARE, it is found that there exist remarkable internal tides in the western equatorial Pacific Ocean around 1°45′S, 156°E, whos...
the Division of Atmospheric Sciences, National Science Foundation under Grant Nos. ATM-9632390 , ATM-0080088; the National Oceanic and Atmospheric Administration under Grant No.NA03-NES-4400015.
An atmosphere-ocean coupled mesoscale modeling system is developed and used to investigate the interactions between a squall line and the upper ocean observed over the western Paci?c warm pool during the Tropical Oc...
Based on the surface meteorological and radiosonde data during the IOP of TOGA-COARE (Tropical Ocean Global Atmospheric-Coupled Ocean Atmospheric Response Experiment) at the observation site (2°15′S, 158°E)of "R/V ...