ON THE RELATIONSHIP BETWEEN PRECIPITATION ANOMALIES IN THE FIRST RAINING SEASON (APRIL-JUNE) IN SOUTHERNCHINA AND SST OVER OFFSHORE WATERS IN CHINA

DENG Li-ping; WANG Qian-qian

Abstract:

Precipitation anomalies in the first raining season of southern China were analyzed, with the suggestion that there are obvious interannual variation of peak values. In the raining season, the general tendency of precipitation is not obvious and the anomalous oscillation is multi-scale. Corresponding to years of more or less precipitation in the raining season, there are sharply opposite distribution across the nation in the simultaneous periods. In addition, by studying the distribution of correlation between anomalous precipitation in southern China in the first raining season and SSTA over offshore waters of China in the preceding period (June ~ August of the previous year), a sensitive zone of waters has been found that has steady effect on the precipitation of southern China in the season. Discussions are also made of the sensitive period, its simultaneous SSTA and subsequent anomalous circulation field in relation to precipitation anomalies and simultaneous circulation field in the first raining season of southern China. In the last part of the work, relationship between the SSTA in the sensitive zone and global SSTA is analyzed. A possible mechanism by which SSTA in offshore Chinese waters affects the precipitation anomalies in the first raining season of southern China is put forward.

Get Citation+

DENG Li-ping, WANG Qian-qian. ON THE RELATIONSHIP BETWEEN PRECIPITATION ANOMALIES IN THE FIRST RAINING SEASON (APRIL-JUNE) IN SOUTHERNCHINA AND SST OVER OFFSHORE WATERS IN CHINA [J]. Journal of Tropical Meteorology, 2002, 8(1): 75-84.

Export:

Article Metrics

ON THE RELATIONSHIP BETWEEN PRECIPITATION ANOMALIES IN THE FIRST RAINING SEASON (APRIL-JUNE) IN SOUTHERNCHINA AND SST OVER OFFSHORE WATERS IN CHINA

Department of Atmospheric Sciences, Nanjing Institute of Meteorology

Abstract: Precipitation anomalies in the first raining season of southern China were analyzed, with the suggestion that there are obvious interannual variation of peak values. In the raining season, the general tendency of precipitation is not obvious and the anomalous oscillation is multi-scale. Corresponding to years of more or less precipitation in the raining season, there are sharply opposite distribution across the nation in the simultaneous periods. In addition, by studying the distribution of correlation between anomalous precipitation in southern China in the first raining season and SSTA over offshore waters of China in the preceding period (June ~ August of the previous year), a sensitive zone of waters has been found that has steady effect on the precipitation of southern China in the season. Discussions are also made of the sensitive period, its simultaneous SSTA and subsequent anomalous circulation field in relation to precipitation anomalies and simultaneous circulation field in the first raining season of southern China. In the last part of the work, relationship between the SSTA in the sensitive zone and global SSTA is analyzed. A possible mechanism by which SSTA in offshore Chinese waters affects the precipitation anomalies in the first raining season of southern China is put forward.

HTML

Reference (5)

[1]	FENG Pei-zhi, LI Cui-jin.. Analyses of Important Meteorological Disasters in China [M]. Beijing:Meteorological Press, 1985, 5-6.
[2]	WU Guo-xiong, LIU Huan-zhu. Neighborhood response of rainfall to tropical sea surface temperatureanomalies Part I: numerical experiment [J]. Chinese Journal of Atmospheric Sciences (formerly ScientiaAtmospherica Sinica), 1995, 19: 422-434.
[3]	WANG Qianqian, Qian Yong-fu, XU Hai-ming, et al. Numerical study of influence on rainfall of 1991 PacificSST anomaly [J]. Journal of Nanjing Institute of Meteorology, 1995, 18: 200-205.
[4]	WANG Qianqian, Qian Yong-fu. Numerical experiments on the causes of the floods in the valleys of theChangjiang and Huaihe Rivers in the summer of 1991 -- the effects of sea surface temperature anomalies overthe western Pacific [J]. Acta Meteorologica Sinica, 1995, (special issue on heavy rain): 595-603.
[5]	WANG Ye-hong. Preliminary study of the relationship between SSTA in China's offshore waters and climaticanomalies in the middle and lower reaches of the Changjiang River [D]. Master's degree thesis at the NanjingInstitute of Meteorology, 1999. 5-6.

[1]	FENG Pei-zhi, LI Cui-jin.. Analyses of Important Meteorological Disasters in China [M]. Beijing:Meteorological Press, 1985, 5-6.
[2]	WU Guo-xiong, LIU Huan-zhu. Neighborhood response of rainfall to tropical sea surface temperatureanomalies Part I: numerical experiment [J]. Chinese Journal of Atmospheric Sciences (formerly ScientiaAtmospherica Sinica), 1995, 19: 422-434.
[3]	WANG Qianqian, Qian Yong-fu, XU Hai-ming, et al. Numerical study of influence on rainfall of 1991 PacificSST anomaly [J]. Journal of Nanjing Institute of Meteorology, 1995, 18: 200-205.
[4]	WANG Qianqian, Qian Yong-fu. Numerical experiments on the causes of the floods in the valleys of theChangjiang and Huaihe Rivers in the summer of 1991 -- the effects of sea surface temperature anomalies overthe western Pacific [J]. Acta Meteorologica Sinica, 1995, (special issue on heavy rain): 595-603.
[5]	WANG Ye-hong. Preliminary study of the relationship between SSTA in China's offshore waters and climaticanomalies in the middle and lower reaches of the Changjiang River [D]. Master's degree thesis at the NanjingInstitute of Meteorology, 1999. 5-6.

ON THE RELATIONSHIP BETWEEN PRECIPITATION ANOMALIES IN THE FIRST RAINING SEASON (APRIL-JUNE) IN SOUTHERNCHINA AND SST OVER OFFSHORE WATERS IN CHINA

Abstract:

References

Get Citation+

Share Article

Article Metrics

Proportional views

Manuscript History

Online:

通讯作者: 陈斌, bchen63@163.com