1.
Infiltration Variation Analysis Based on LUCC in the Western of Jilin Province
基于土地利用变化的吉林西部降水入渗量变化研究
2.
Study on Infiltration Quantity Based on Land Use Change in Zhenlai County
基于土地利用变化的镇赉县降水入渗量研究
3.
Study on Changes of Rainfall Infiltration Recharge under Conditions of Variable Environment in Songnen Basin;
环境变化条件下松嫩盆地降水入渗补给量变化研究
4.
Analysis on Change Rule of the Precipitation Infiltration Compensating Coeffieient by Lysimeter
蒸渗计法降水入渗补给系数变化规律分析
5.
Isotopic Variations of Soil Water in Rainfall Infiltration Experiment
降雨入渗条件下土壤水同位素变化实验
6.
Changes of topsoil bulk density and saturated hydraulic conductivity under infiltration condition of water storage pit
蓄水坑入渗表层土壤体积质量和饱和导水率的变化
7.
Distribution Characteristics of Initial Soil Water Content in Profile During Hiatus Rainfall-infiltration Events and Its Effects on Infiltration
间歇降雨中土壤含水量分布及其对入渗的影响
8.
Rainfall intensity and initial water content are important infiltration factor which influence rainfall infiltration content.
②降雨强度和初始含水量是影响入渗量的主要因素。
9.
Variation of Precipitation and Evaporation in Haikou City in recent 50 years
近50a海口市降水量与蒸发量变化
10.
The yellow soil is low in clay particle content with a <0.01 mm grain range from 806.23 g/kg to 686.2 g/kg and a <0.001 mm grain content from 651.05 g/kg to 263.57 g/kg,while theplousole has an even higher clay particle content,which leads to an even lower infiltration rate of precipitation.
贵州中部低山丘陵区黄壤粘粒含量高,透水性差,不利于降雨入渗。
11.
The Research on Annual Variation in Infiltration into Soil and Irrigation Technique;
土壤入渗能力年变化特性与灌水技术研究
12.
Exploiting and utilizing saline groundwater can also vacate underground capacity, increase rainfall infiltration, freshen saline groundwater and improve eco-environment.
还可腾出地下库容,增大降雨入渗,淡化地下咸水,改善生态环境。
13.
The Study on Infiltration of Rainfall and Application of Bulk Subsoil;
降水入渗及全方位深松技术应用研究
14.
Analysis on Characteristic of Precipitation and Variation Tendency of the Middle Yellow Rive
黄河中游降水量特征及变化趋势分析
15.
Climatic Variation of Precipitation in Beijing,Tianjin and Hebei in Recent 47 Years
京津冀地区近47a降水量的变化特征
16.
Changes in Precipitation in Northwest China Over the Last 54 Years
54年来中国西北地区降水量的变化
17.
Changes of precipitation spatial-temporal over the Qinghai-Tibet Plateau during last 40 years
青藏高原40年来降水量时空变化趋势
18.
Aerial photography can provide valuable information on precipitation, evapotraspiration, interception, and runoff.
航空摄影可提供有关降水量、蒸发蒸腾量、入渗和径流量的有价值的资料。