YANG Qiuming,Climate Prediction model of the number of the heavy precipitation over lower reaches of the Yangtze River Valley in summer based on the variations of stratospheric circulation.Science Technology and Engineering,2013,13(26):7609-7612.
Review of impacts of the global atmospheric intraseasonal oscillation on the continuous heavy rainfall over Yangtze River valley
Yang Qiuming. Teleconnections and features of circulation in the pentad mean 500 hPa height field during northern hemisphere summer. Chinese J.Atmos.Sci., 1993,17(2):148-154.(in Chinese)
Yang Q M.Teleconnections and features of circulaion in the pentad mean 500 hPa height field during northern hemisphere summer.Chinese J. Atmos. Sci.1993,17(2):125-132.
Yang Qiuming. The relationship between low frequency oscillation over Asia monsoon region and continuous heavy rain in the lower reaches of Yangtze River valley. J. Appl. Meteor. Sci. ,1993,4(3):320-326. (in Chinese)
Yang Qiuming, XIie Zhiqing, Huang Shicheng. Temporal and spatial variations of the nonlinear principal mode of summer sea level pressure anomalies over Eurasia. Sci. Tech. Rev., 2009,27(2):83-87. (in Chinese)
Yang Qiuming. Interdecadal variations of the principal modes for winter sea level pressure anomalies over Eurasia. Advances in Climate Change Res., 2008,4(4):240-244. (in Chinese)
Yang Qiuming. The fitting for grey nonlinear differential equation dx/dt+ax^a=b .Applied Mathematics,1990,3(3):60-67. (in Chinese)
Huang Shicheng,Yang Qiuming,Li Yi. 10-30d extended-range low frequency rainfall real-time forecast for lower Yangtze region based on time-varying key area and multivariable lagged regressive model. Science and Technology and Engineering, 2014,14(22):1-6. (in Chinese)
Yang Qiuming. Extended-range forecast experiments of the heavy rainfall over LYRV in the summer of 2013. China Science and Technology Overview. ,2013(19):277. (in Chinese)