1.
Prediction of Debris Flow Hazard-prone Areas Based on Regional Critical Rainfall in Guangdong Province
基于区域临界雨量的广东省泥石流灾害易发区预测
2.
A Study on Landslide Susceptivity Classification and Rainfall Threshold in Wanxiu District of Wuzhou City in Guangxi Zhuang Autonomous Region;
广西梧州市万秀区区域降雨型滑坡危险性区划及降雨临界值研究
3.
Study on Critical Activating Rainfall Discriminant of Debris Flow in Taihang Mountain Area
太行山区泥石流暴发的临界雨量判别式研究
4.
Estimation of the Critical Rainfall Resulting in Outburst of Floods and Debris Flows in the Ungauged Areas in Urumqi, Xinjiang;
乌鲁木齐市无资料地区山洪泥石流临界雨量推求
5.
We do not know if the local climate( rainfall) would still be the same.
整个微区域的雨量，能否经年正常。
6.
The Analysis on the Origin of Tianshan Road Debris Flow Based on Critical Rate of Rainfall
基于临界雨量的天山公路泥石流成因分析
7.
Techniques and Application of Regional Rainfall Data Quality Control
区域自动站雨量资料质量控制方法及应用
8.
Regions received the same amount of precipitation they would have normally, but all of it as rain.
每个区域的降雪都是正常量，并且同降雨一样。
9.
The regions of the United States east of the Missouri have a rainfall comparable to that found in western Europe.
美国密苏里河以东区域的雨量和西欧的差不多。
10.
Many regional rain totals will be around three hundred centimeters.
许多区域性的总雨量将会达到三百毫米左右。
11.
A Study on the Spatial-Temporal Distributions of Areal Precipitation and Water Vapor over Xinjiang;
新疆区域面雨量及空中水汽时空分布规律研究
12.
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
13.
Provisional District Boards for the Districts in the Regional Council Area subsector [New Territories Provisional District Boards subsector]
区域市政局辖区内各区的临时区议会界别分组〔新界各临时区议会界别分组〕
14.
THE FUTURE OF GLOBAL CITY AND ITS REGIONAL POLITICAL PROBLEMS;
世界城市的未来及面临的区域政策问题
15.
Eastern regions will have heavy rain today.
东部区域今天将有大雨。
16.
Research on the areal precipitation forecasting technology for dammed lakes in Wenchuan Earthquake disaster areas
基于GIS的小流域面雨量预报技术研究——以汶川地震灾区堰塞湖面雨量预报为例
17.
He notes tha wilderness areas help to influence the world's weather systems and rainfall.
他指出荒野地区能够影响世界的气候体系和降雨量。
18.
ESTIMATION AMOUNT OF SUMMER REGIONAL HEAVY RAINFALL USING THE AVERAGES OF RADAR VPRs TOGETHER WITH RAIN GAUGE ADJUSTMENT
用反射率因子垂直廓线联合雨量计校准估测夏季区域强降水