第一作者论文：
(1) Zhang Mengqi, Sun Jianqi, Gao
Yongqi, 2021: Impacts of North Atlantic sea surface temperature on the
predominant modes of spring precipitation monthly evolution over Northeast
China. Climate Dynamics, 58: 1383–1401.
(2) Zhang Mengqi, Sun Jianqi, 2021:
Impact of October snow cover in central Siberia on the following spring extreme
precipitation frequency in southern China. Frontiers
in Earth Science, 9: 785601.
(3) 张梦琪, 孙建奇, 郜永祺, 2021: 前冬戴维斯海峡-巴芬湾区域海冰异常对中国东部春季极端降水频次的可能影响及预测价值. 地学前缘, doi:10.13745/j.esf.sf.2021.9.60.
(4) Zhang Mengqi, Sun Jianqi, 2020:
Increased role of late winter sea surface temperature variability over northern
tropical Atlantic in spring precipitation prediction over Northeast China. Journal of Geophysical Research: Atmospheres, 125:
e2020JD033232.
(5) Sun Jianqi, Zhang Mengqi, 2019:
Decadal change in the sea level pressure prediction skill over the
Mediterranean region and its contribution to downstream surface air temperature
prediction. Climate Dynamics, 53: 5187–5202.
(6) Zhang Mengqi, Sun Jianqi, 2019:
Increased predictability of spring precipitation over central East China around
the late 1970s. Journal of Climate, 32:
3599–3614.
(7) Zhang Mengqi, Sun Jianqi, 2018:
Enhancement of the spring East China precipitation response to tropical sea
surface temperature variability. Climate Dynamics,
51: 3009–3021.
其他论文：
(1) Nan
Yating, Sun Jianqi, Zhang Mengqi, Hong Haixu, Nie Yanbo, Yuan Junpeng,
2022: Enhancement of the relationship between spring extreme precipitation over
Southwest China and preceding winter SST anomalies over the South Indian Ocean
after the late 1980s. International Journal of
Climatology, doi:10.1002/joc.7746.
(2) Nan Yating, Sun Jianqi, Zhang
Mengqi, Hong Haixu, Yuan Junpeng, 2022: Strengthened influence of the East
Asian trough on spring extreme precipitation variability over eastern Southwest
China after the late 1980s. Atmospheric and Oceanic
Science Letters, doi:10.1016/j.aosl.2022.100191.
(3)
李晨曦, 曾子旋, 洪海旭, 张梦琪, 孙建奇, 华维, 2022: 东北春季极端连续无雨日与前冬北太平洋海平面气压的可能联系. 气象科学, 42: 143–151.
(4) Zhang Ying, Zhang Mengqi, Ma
Jiehua, Chen Dong, Wang Tao, 2021: Possible contribution of Arctic sea ice
decline to intense warming over Siberia in June. Atmospheric
and Oceanic Science Letters, doi:10.1016/j.aosl.2021.100132.
(5) Li Xingxing, Sun Jianqi, Zhang
Mengqi, Zhang Ying, Ma Jiehua, 2021: Possible connection between declining
Barents sea ice and interdecadal increasing Northeast China precipitation in
May. International Journal of Climatology,
41: 6270–6282.
(6) Gu Letian, Sun Jianqi, Yu Shui, Zhang
Mengqi, 2021: Footprints of Pacific Decadal Oscillation in the interdecadal
variation of Consecutive Cloudy–Rainy Events in southern China. Atmospheric Research, 257: 105609.
(7) 艾雅雯, 孙建奇, 韩双泽, 张梦琪, 华维, 2020: 1961−2016年中国春季极端低温事件的时空特征分析. 大气科学, 44: 1305−1319.
(8) 何博翰, 孙建奇, 于恩涛, 王会军, 张梦琪, 华维, 2020: 大兴安岭和长白山地形影响东北夏季降水的数值模拟研究.气候与环境研究, 25: 268−280.
(9) Sun Jianqi, Ming Jing, Zhang Mengqi, Yu
Shui, 2018: Circulation features associated with the record-breaking rainfall
over South China in June 2017. Journal of Climate, 31: 7209–7224.
