1.
Evaluation of meiyu prediction in the Yangtze-Huaihe region by coupled Ocean-Atmosphere General Circulation Model(BCC_CM1.0)
全球海气耦合模式(BCC_CM1.0)对江淮梅雨降水预报的检验
2.
Study on Mesoscale Structures of Cloud Physical Processes in Mei-Yu Front System in June 1999;
“99.6”梅雨锋降水云物理过程研究
3.
Impact of Latent Heat on the Precipitation Function of Mei-Yu Systems──a Numerical Study
潜热对梅雨系统降水功能的调整──数值试验研究
4.
Study on cloud micro-physical processes and precipitation formative mechanisms of a mesoscale convective system in Meiyu front in June 2004
一次梅雨锋上MCS云微物理过程及降水形成机制
5.
INVESTIGATION AND ANALYSIS BY GLOBAL POSITIONING SYSTEM ON PRECIPITABLE WATER VAPOR DURING MEIYU PERIOD OF 2007 YEAR IN HUBEI PROVINCE
2007年湖北省梅雨期可降水量的GPS观测和分析
6.
The Features of Precipitation Concentrations During Meiyu Period Over Hubei Province
湖北省梅雨期降水集中度和集中期研究
7.
1.The correlation between the precipitation total for Meiyu and the summerly precipitation in the east of NW China are negative.
1 梅雨量与西北地区东部夏季降水量之间存在反相关。
8.
Study of Impact Process of Global and Local Atmosphere Anomaly Caused by ENSO on Precipitation during the Meiyu Period;
ENSO引起的全球和局地环流异常对梅雨期降水影响过程的研究
9.
Analysis to the Impacts of the Northeast Cold Vortex (NECV) Process on the Rainfall during Meiyu Period over the Yangtze-Huaihe River;
东北冷涡过程对江淮梅雨期降水影响机制的分析
10.
The Piecewise Potential Vorticity Inversion s Application in the Interaction between Mei-yu Precipitation and the Western Subtropical High;
分片位涡反演在梅雨锋降水和西太副高相互作用研究中的应用
11.
Anomalies of Extreme Precipitation during the Meiyu Period of JiangHuai Valleys and Its General Circulation Characteristics;
江淮地区梅雨期极端降水异常及其环流特征分析
12.
SVD Analysis of the Relationship between Jianghuai Region Meiyu Season Precipitation and the Sea Surface Temperature and Related Numerical Simulation;
江淮地区梅雨期降水与海温的SVD分析及相关数值模拟
13.
CHARACTERS OF THE WATER VAPOR TRANSFER IN THE CHANGJIANG-HUAIHE RIVERS VALLEY
江淮梅雨丰、枯梅年水汽输送差异特征
14.
Lack of rain sank the reservoirs.
缺雨使水库水位降低。
15.
a water supply dependent on adequate rainfall;
依赖于充足的降雨供水；
16.
Research on Rainfall Characteristics and Rainwater Resources in Dalian City;
大连市降雨特性与雨水资源化的研究
17.
Water and soil losses bore a close relationship with the rainfall and the soil moisture before raining.
水土流失同降雨及降雨前土壤湿度关系密切。
18.
Water that has fallen as rain and contains little dissolved mineral matter.
雨水作为雨降下的水，含有少量溶解了的矿物质