1.
The Causes of Waterlogging and the Measures of Harnessing for Jiangnan Zone of Quanzhou;
泉州市江南片区内涝成因与治理措施
2.
The Situation of Droughts and Floods in North china from 1928 to 1937 and Analysis of the Causes;
1928—1937年华北的旱涝灾情及成因探析
3.
The Features of the Catastrophic Flood over the Changjiang River Basin during the Summer of 1998 and Cause Exploration
1998年夏长江流域特大洪涝特征及其成因探讨
4.
The Reasons of Flood Disaster in the Tuo Watersheds of Songhua River and Nen River in 1998 and The Measures of Protective and Reducing The Disaster
松嫩两江流域98洪涝灾害成因及防灾减灾对策
5.
On the Characteristics and Causes of Flood in Yangzhou City and Its Countermeasures;
扬州市洪涝灾害的特点、成因及减灾对策
6.
Summary on the Properties and Causes of Flood-drought Disasterin in Hubei Province;
湖北省旱涝灾害特点及其形成原因综述
7.
The reason of Sanjiang Plain water-logging disaster and the thought of administering process;
三江平原涝渍灾害成因及治理过程的思考
8.
Characteristics of Rainstorm and Flood Caused by the Strong Typhoon "Hagupit"
强台风“黑格比”暴雨洪涝特征及成因分析
9.
Named by holy water which is neither dry in drought nor over flowing in water logging.
因观内有一泓旱不干，涝不溢，美容祛病的圣水而得名。
10.
Causes of the Flood Disaster in the Huaihe River Valley in Anhui Province in 1991 and the Comprehensive Measures of Prevention
安徽省淮河流域1991年洪涝灾害成因及综合防御措施
11.
Flood Disaster in Yongzhou: Causes and Counter Measures;
永州市洪涝灾害的成因机制分析与减灾对策研究
12.
Features of the Short-Team Position Variation of the Western Pacific Subtropical High during the Torrential Rain Causing Severe Floods in Southern China and Its Possible Cause
我国南方洪涝暴雨期西太平洋副高短期位置变异的特点及成因
13.
Turning a C3 plant into a C4 one, though, is trickier than conferring flood resistance, since it involves wholesale changes in anatomy.
不过，将C3植物转化成C4植物由于涉及无数的结构变化，因此比培育抗涝品种要更为复杂。
14.
Construction of the Urban Waterlogging Monitoring and Forecasting System of Harbin City
哈尔滨市城市内涝监测预警系统建设
15.
The flower damped off because my son gave it too much water.
花因儿子浇水过多涝死了。
16.
A systematical analysis on deep administrativestructure reasons of 98flood disaster;
九八洪涝灾害的深层次原因系统分析
17.
Completion of this work will remove the threat of drought and water-logging.
完成了这项工程,将消除旱涝威胁。
18.
Metallogenic Regularities and Prospecting Analysis of Xilaokou Ore Area in Rushan
乳山西涝口矿区成矿规律及找矿分析