1.
Correlation Characteristics Between Lancang River Flow Change and Precipitation Field Change in Yunnan
澜沧江径流量变化与云南降水量场变化的相关性特征
2.
Regional characteristics of the rainy season precipitation in Yunnan
云南省雨季降水量变化的区域特征分析
3.
ANALYSIS ON YUNNAN SEVERE PRECIPITATION AROUSED BY CONVECTIVE CLOUD CLUSTERS OVER THE BAY OF BENGAL DURING EARLY SUMMER
孟加拉湾云团影响下云南强降水分析
4.
Activities of Bay of Bengal Monsoon and Beginning Date of Rain Season in Yunnan
孟加拉湾季风活动与云南5月降雨量
5.
Numerical Simulation of Cloud System Structure and Precipitation Mechanism of Stratiform Precipitation in Spring of Henan Province
河南省春季一次层状云降水云系结构和降水机制的数值模拟
6.
INFLUNCE OF THE ABNORMAL MOISTURE TRANSPORT AT THE BAY OF BENGAL ON PRECIPITATION OF YUNNAN IN MAY
孟加拉湾水汽输送异常对云南5月降水的影响
7.
A Study of Macro-and Microscopic Features and Precipitation Mechanism of Spring Precipitating Stratiform Clouds in Henan Province;
河南省一次春季层状云系降水的宏微观特征及降水机理研究
8.
Analysis of the Characteristics of Precipitation under Longitudinal Cloud Band Environment in Hainan Island
纵向云带环境下海南岛降水特征的分析
9.
A Mesoscale Analysis of Heavy Rainfall in Yunnan Caused by the Bengal Bay Depression
孟加拉湾低压造成云南强降水的中尺度分析
10.
Research on Simulation of South China Precipitation with Different Cumulus Parameterization Schemes;
不同积云对流参数化方案模拟华南降水的研究
11.
Study on Typical Weather System Clouds and Preciptation with Their Multi-scale Structures in Henan;
河南典型天气系统云和降水的多尺度结构研究
12.
Landslide and debris flow hazards in Yunnan and their relationship with precipitation characteristics
云南滑坡泥石流灾害及其与降水特征的关系
13.
A Quantitative Study of the Drop of Birthrate and Economic Growth in Yunnan;
云南省生育率下降与经济增长的定量研究
14.
Acidity Characteristics and Element Flux of Rainwater in the Hilly Area of South Anhui,China
皖南山区降水酸性特征与元素沉降通量
15.
drops of fresh water that fall as precipitation from clouds.
从云层降下的淡水水滴。
16.
Examination of T213 Products' Abilities Forecasting Heavy Precipitation in Autumn of Yunnan
T213数值预报产品对云南秋季强降水预报能力检验
17.
Evaluation on Pore Water Pollution and Quality Regionalizing of Yuxi Basin,Yunnan Province
云南玉溪盆地孔隙水污染程度及质量分区
18.
Vapor Origins Revealed by Deuterium Excess in Precipitation in Southwest China
我国西南地区降水中过量氘指示水汽来源