Yanping He

Ph.D Candidate

Advisor: Robert E. Dickinson

School of Earth and Atmospheric Sciences
Georgia Institute of Technology
Atlanta, GA, 30332-0340

Office: ES&T, Rm. 3162/48
voice: 404-385-4424
email: yhe@eas.gatech.edu

Website: http://climate.eas.gatech.edu/yhe/yanping.htm

Education
Research Interests
Current Research
Publications
Membership

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Education

Ph.D. Candidate, Atmospheric Dynamics, Georgia Institute of Technology
MCS., Computer Sciences, University of New Brunswick
M.S., Climatology, Beijing University
B.S., Atmospheric Dynamics, Beijing University

Research Interests

Boundary Layer Cloudiness
Ocean-Atmosphere-Cloud Interaction
Nonlinear Dynamics
Numerical Modeling

Current Research

Interactions of Boundary Layer Clouds and Large Scale Circulationis in the Subtropical MSC Regions

1. Yanping He and Robert E. Dickinson, 2006, A simple low cloud cover scheme based on lower-tropospheric stability and convective energy transport over subtropical MSC regions Part I: scheme development. To be submitted.

2. Yanping He and Robert E. Dickinson, 2006, A simple low cloud cover scheme based on lower-tropospheric stability and convective energy transport over subtropical MSC regions Part II: seasonal and interannual simulations. To be submitted.

3. AMS 2006 Annual meeting talk, Atlanta GA [PDF]

4. Yanping He and Robert E. Dickinson, 2006, A simple conceptual model of atmospheric stability and marine stratus and stratocumulus cloud fraction, 18th conference on climate variability and climate change, 9.11, AMS conference paper. [PDF]

5. AGU 2005 annual meeting poster, San Francisco CA [PDF]

Interactions of Boundary Layer Clouds and Ocean Surface Heterogeneity in the Subtropical MSC Regions

MODIS liquid water path at 1km resolution near the Peruvian regions in 2000.294.1615

(Data is provided by Dr. Robert Woods in UW)

1. Yanping He and Robert E. Dickinson, 2006, Influences of cloud inhomogeneity and large scale circulation on ocean surface wind probability distribution over subtropical marine stratus and stratocumulus regions. To be submitted.

2. Yanping He and Robert E. Dickinson, 2006, Influence of cloud heterogeneity on stochastic dynamics of ocean surface wind over subtropical marine stratus and stratocumulus regions. AGU 2006 Annual Meeting, Section OS27.

Peer-Reviewed Publications

He, Y. and R. E. Dickinson, 2006. A simple marine stratus and stratocumulus cloud cover scheme based on lower-tropospheric stability and dry static energy transport. J. Climate, submitted.

Zeng, , X., and Y., He, 2001. Surface evaporation at very high sea surface temperatures. In monograph: Dynamics of atmospheric and oceanic circulation and climate. China Meteorological Press, 508-520.

Zeng, X. , M.Zhao, R.E.Dickinson, and Y. He, 1999. A multiyear hourly sea surface skin temperature dataset derived from the TOGA TAO bulk temperature and wind speed over the tropical Pacific. Journal of Geophysical Research, Vol.104, 1525-1536.

Huang, J., and Y. He, 1993. The forecast experiments in a stochastic statistical-Dynamical climate model. Chinese J. Atmos. Sci., vol 17, sup. 29-37.

Conference Proceedings

He, Y. and R. E. Dickinson, 2006. A simple conceptual model of atmospheric stability and marine stratus and stratocumulus cloud fraction, 18th conference on climate variability and climate change, 9.11, 86th AMS annual meeting, Atlanta, GA.

Fyffe, G., J. D. Horton, Y. He, 2001. Experiments with MARMOSET, a deduction system based on clause trees, Proceedings of the second international workshop on the implementation of logics, German.

He, Y., X. Zeng, and R.E, Dickinson, 1999. Diurnal variation of temperature and surface fluxes over the Tropical Pacific, Proceedings of a conference on the TOGA Coupled Ocean-Atmosphere Response Experiment (COARE), 328-329.

He, Y., X. Zeng, and R.E, Dickinson, 1998. The relationship of latent heat flux with sea surface temperature and wind speed over the Tropical Pacific Ocean. Ninth conference on interaction of the sea and atmosphere, 222-225.

Membership

American Association for the Advancement of Science (AAAS)
American Meterological Society (AMS)
American Geophysical Union (AGU)
American Physical Society (APS)

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This page last updated Spe. 2006