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Huang Rong-Hui, Ph. Doctor,
Academician of CAS 
Brief Introduction
Prof. Huang Rong-Hui, Ph. Doctor, Academician of CAS,
the general secretary of the national climate research
committee, devoted in research areas of theory of atmospheric
circulation , short-term climatic dynamics and tropical
Air-Sea interaction. From 1978 to 1985, he engaged in
the study of planetary waves dynamics, brought forward
the propagation equation of the quasi-stationary wave
on the 3 dimensional spherical atmosphere and the dynamics
theory of the quasi-stationary planetary waves which move
alongside the two waveguides. From 1986 to 1990, Prof.
Huang studied the regularities of occurrence of the droughts
and the
floods in the Yangtzs River and Yellow River Valleys,
the causes of their formation and the forecasting. He
and Nitta, a Japan professor, found out that the thermal
regime is above the West Pacific Warm Pool and the convective
activity above the Warm Pool played an important role
in the East Asia Summer Atmospheric Circulation and inter-annual
and inter-seasonal variety. From 1991 to 1995, he devoted
himself in the research areas of the causes and predication
of climatic disasters in China. He applied with the EAP
teleconnection in the practice and came up with the complex
forecasting method of floods and draughts. For these years,
Prof. Huang engaged himself in the studies of the tropical
Air-Sea interaction and ENSO dynamics. He came up with
the conceptual picture of the Asia and Australia Monsoon
and ENSO cycle interaction. He was winner of He Liang
& He Li S&T Advancing Award.
Main Achievements
Prof. Huang Rong-Hui devoted himself in research areas
of theory of atmospheric circulation , short-term climatic
dynamics and tropical Air-Sea interaction. From 1978 to
1985, he engaged in the study of planetary waves dynamics
which based on the observational facts, dynamics theory
and numerical modeling of the research of quasi¨Cstationary
planetary waves¡¯ forming, propagation and anomaly mechanism.
He brought forward the propagation equation of the quasi-stationary
wave on the 3 dimensional spherical atmosphere and the
dynamics theory of the quasi-stationary planetary waves
which move alongside the two waveguides. From 1986 to
1990, Prof. Huang studied the regularities of occurrence
of the droughts and the floods in the Yangtzs River and
Yellow River Valleys, the causes of their formation and
the forecasting. He and Nitta, a Japan professor, found
out that the thermal regime is above the West Pacific
Warm Pool and the convective activity above the Warm Pool
played an important role in the East Asia Summer Atmospheric
Circulation and inter-annual and inter-seasonal variety.
From 1991 to 1995, he devoted himself in the research
areas of the causes and predication of climatic disasters
in China. He applied with the EAP teleconnection in the
practice and came up with the complex forecasting method
of floods and draughts.For these years, Prof. Huang engaged
himself in the studies of the tropical Air-Sea interaction
and ENSO dynamics. He came up with the conceptual picture
of the Asia and Australia Monsoon and ENSO cycle interaction.
Main Publications
There are more than 100 publications. Some
of the main books and articles are as follows:
- Huang Ronghui, Atmospheric Dynamics, Science Press
1981
- Ye Duzheng , Huang Ronghui, The climate research
of drought and flood (Advances in the disastrous climate
research series). China Meteorological Press, 1989.
- Huang Ronghui etc. The distribution and variety
of the disastrous climate in China ,China Meteorological
Press, 1996
- Huang Ronghui etc. The Processes of disastrous climate
and its diagnostics. China Meteorology Press, 1996
- Huang Ronghui etc. The simulation and prediction
of disastrous climate. Science Press, 1996
- Huang Ronghui etcl. Disastrous climate and agriculture
and water resources, China Meteorology Press, 1996
- Ye Duzheng , Huang Ronghui, The regularity of the
draughts and floods in the Yangtze River and Yellow
River Valleys and its causes . Shangdong Science and
Technology Press. 1997
- Huang Ronghui etc. Seasonal Charts of Climate Disasters
in China .Ocean Press, 1997
- Huang Ronghui and K. Gambo, 1981: The response of
a model atmosphere in middle latitudes to forcing
by topography and stationary heat sources, Journal
of the Meteorological Society of Japan, Vol.59, 220-237
- Huang Ronghui and K. Gambo, 1982: The response of
a hemispheric multi-level model atmosphere to forcing
by topography and stationary heat sources, Part I,
Journal of the Meteorological Society of Japan, Vol.59,
93-101
- Huang Ronghui and K. Gambo, 1982: The response of
a hemispheric multi-level model atmosphere to forcing
by topography and stationary heat sources, Part II,
Journal of the Meteorological Society of Japan, Vol.59,
102-108
- Huang Ronghui and K. Gambo, 1983: The response of
hemispheric multi-level model atmosphere to forcing
by topography and stationary heat sources in summer,
Journal of the Meteorological Society of Japan. Vol.61,
495-509
- Huang Ronghui, 1984: The simulation of three-dimensional
t teleconnection in the summer circulation over the
Northern Hemisphere, Advances in Atmospheric Sciences,
Vol.2, 91-92
- Huang Ronghui and Wu Yifang, 1989: The influence
of ENSO on the summer climate change in China and
its mechanism, Advances in Atmospheric Sciences, Vol.6,
21-30
- Huang Ronghui and Sun Fengying, 1992: Impacts of
the tropical western Pacific on the East Asian summer
monsoon, J. Meteor. Soc, Japan, Vol.70, No.1B. 243-256
- Huang Ronghui, 1992: The East Asia/Pacific pattern
teleconnection of summer circulation and climate anomaly
in East Asia, Acta Meteoro. Soc., Vol, 25-37
- Huang Ronghui, Zang Xiaoyun, Zhang, Renhe and Chen,
Jilong, 1998 The westerly anomalies over the tropical
Pacific and their dynamical effect on the ENSO cycle
during 1980-1994, Adv. Atmos. Sci., Vol.15., 135-151
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©Copyright 1999-2007 IAP/CAS, All rights
reserved.
Institute of Atmospheric Physics, Chinese Academy of Sciences, Beijing
100029, People's Republic of China
Tel: +86-10-62028606 82995018 Fax: +86-10-62028604 E-mail: zhangl@mail.iap.ac.cn |
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