A further study on an extended nonlinear ocean—atmosphere coupled hydrodynamic characteristic system and the abrupt feature of ENSO events

Details A further study on an extended nonlinear ocean—atmosphere coupled hydrodynamic characteristic system and the abrupt feature of ENSO events A further study on an extended nonlinear ocean—atmosphere coupled hydrodynamic characteristic system and the abrupt feature of ENSO events

Sep 1992

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1992adats...9..257z&link_type=abstract

Advances in Atmospheric Sciences, Volume 9, Issue 3, pp.257-266

Mathematics

Logic

Scientific paper

In this paper, the decade data of meteorological satellite and surface meteorological observation of China have been analysed. The relationship between cloud and radiation has been studied. A set of empirical formulae of the ralationships between the albedo and cloud amount, the outgoing longwave radiation and cloud amount in Chinese different districts and different seasons has been deduced. They express simply the response of both planet reflectivity and earth-atmosphere outgoing longwave radiation to the change of cloud amount. So that the sensitivity of net radiation of the earth-atmosphere system to the change of cloud amount and the ratio of cloud reflective effect to greenhouse effect can be estimated. In this paper, the radiative process of the earth-atmosphere system, cloud and radiative balance and its effect on climate have been synthetically studied.

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