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1.
The impact of land use on soil texture in Shixia watershed of Miyun County, Beijing;
密云石匣小流域土地利用对土壤粗化的影响
2.
Study and Build Up Nonpoint Source Pollution Model of Shixia Catchment in Miyun Reservoir Watershed;
密云水库上游石匣小流域非点源污染负荷模型研究与建立
3.
Study on the nonpoint pollution of Shixia catchment in Miyun reservoir watershed;
北京市密云水库上游石匣小流域非点源污染特征研究
4.
Research on Paradigm of Soil Erosion Comprehensive Control about Shixia Small Watershed in the Upstream of Miyun Reservoir
密云水库上游石匣小流域水土流失综合治理范式研究
5.
(Xiao Yun is introducing Miyun county and Shicheng to Peter.
(小云正在向彼得介绍密云和石城。)
6.
Xiao Yun: Oh, Shicheng is a town of Miyun, and Miyun is a county of Beijing.
小云:哦,石城是密云的一个镇,而密云是北京的一个县。
7.
Pronunciation of the Ancient Initial "Xiao, Xia, Yun, Yi in Pinghua of Southern Guangxi;
桂南平话古晓、匣、云、以母字的读音
8.
Xiao Yun: This is my friend Xiao Yu. She is my classmate in Miyun Shicheng Boarding School.
小云:这是我的朋友小雨。她是我在密云石城寄宿小学的同学。
9.
Draft of Dense Management Table for Artificially Planted Forest of Yunnan Pine in Shimian County;
石棉县云南松人工林经营密度管理表的编制
10.
Studies on Debris Flow Danger Degree Assessment and Control Measures System in Miyun County
密云县泥石流危险度评价及防治措施体系研究
11.
Prediction Model of Debris Flow Based on Bayes Discriminant Analysis in Miyun County
基于Bayes判别分析法的密云县泥石流预报模型
12.
Analysis of Soil Organic Carbon Density in the Lithoid Mountainous Area in North China:A Case Study in Miyun County
北方石质山区表层土壤有机碳密度特征分析——以密云县为例
13.
Pronunciation of the Ancient Initials "知、澄、见、晓、匣、云、以" in Guanyinge Dialect;
观音阁土话古知澄见晓匣云以母字读音
14.
An Approach to the Problems of Clay-fused Quartz Sagger
有关“粘土-熔融石英”匣钵几个问题的探讨
15.
The Water and Dam Status Automatic Measurement and Forecast System of the ShiXia Reservoir;
左权石匣水库坝情和水情自动测报系统
16.
Antiquarian and Museological College of Peking University,Excavation in the Shixiazi and Dongtianpu Cemeteries of the Warring States Period in Zhongxian County,Chongqing
重庆忠县石匣子和洞天堡战国墓地发掘简报
17.
Mineralogical Study of the Wild Carp's Otoliths from Baiyangdian Lake and Miyun Reservoir and Their Environmental Responses;
密云水库和白洋淀鲤鱼耳石矿物与环境响应研究
18.
Prediction Model of Flush Flood and Debris Flow in Miyun County Based on Bayes Discriminatory Analysis
基于Bayes判别分析法的密云县山洪泥石流预报模型