现代水文学

课程编码：1801010705I0P2003Y 英文名称：Modern Hydrology 课时：50 学分：2.50 课程属性：专业核心课 主讲教师：张永强等

We are living in a rapidly changing world, with hydrological science quickly developing. One of particular examples is that geophysical datasets are being created at fast increasing rates, and to advance hydrological science, hydrologists need to use these datasets for understanding hydrological processes in various climate, vegetation, soil and anthropogenic-influenced regimes. To adapt the development, we will introduce a new course 'modern hydrology' that covers not only traditional hydrology, but also numerical hydrological modelling and remote sensing hydrology. We wish that master or phd students can comprehensively understand basic hydrological knowledge, the opportunities and challenges faced in modern hydrological science.

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第一章 Basic understanding of hydrology 4.0学时 张永强
第1节 Precipitation
第2节 Evapotranspiration
第3节 Runoff
第4节 Soil water
第5节 Groundwater
第6节 Glacier
第二章 Precipitation process 3.0学时 张永强
第1节 Basic atmospheric key variables for precipitation
第2节 Precipitation formation
第3节 Precipitation estimation
第三章 Infiltration process 3.0学时 张永强
第1节 Soil saturation processes
第2节 Darcy's Law for unsaturated flow
第3节 Infiltration models
第四章 Runoff formation 3.0学时 张永强
第1节 Runoff formation mechanism
第2节 Runoff formation models
第五章 Runoff routine 3.0学时 张永强
第1节 S.V.Equations
第2节 Runoff routine models
第六章 Runoff Prediction 4.0学时 张永强
第1节 Runoff prediction approaches
第2节 PUB
第七章 Evapotranspiration modelling 4.0学时 张永强
第1节 Water balanced modelling
第2节 Temperature-based models
第3节 Conductance-based models
第4节 A case introduction
第八章 Basic remote sensing theory 4.0学时 张永强
第1节 Radiation and electromagnetic spectrum
第2节 Remote sensing sensor types
第3节 Shortwave remote sensing for vegetation
第4节 Active/passive microwave remote sensing (snow, soil moisture, canopy water content, rainfall)
第5节 Thermal remote sensing for evapotranspiration
第九章 Student presentations 4.0学时 刘苏峡
第1节 Literature review and presentations
第十章 Remote sensing application in hydrology 4.0学时 刘苏峡
第1节 Dynamic monitoring of water surface
第2节 Glacier and snow
第3节 Precipitation
第4节 Evapotranspiration
第5节 Soil moisture
第十一章 Hydrological modelling based on remote sensing 4.0学时 刘苏峡
第1节 Overview
第2节 Model input preparation based on remote sensing
第3节 Model calibration and validation against remote sensing data
第4节 Hydrologic remote sensing data assimilation
第十二章 Impact assessment of climate change and human activities on hydrological processes 4.0学时 刘苏峡
第1节 Overview
第2节 Climate Impact Assessment
第3节 Human Impact Assessment
第4节 Integrated Assessment
第5节 Uncertainty Analysis
第十三章 Water resources risk simulation 4.0学时 刘苏峡
第1节 Risk Definition and Simulation
第2节 Drought Risk Assessment
第3节 Flood Risk Assessment
第4节 Water Risk Management
第十四章 Final examination 2.0学时 刘苏峡
第1节 Final examination

Prof. ZHANG Yongqiang, http://sourcedb.igsnrr.cas.cn/zw/zjrck/kygg/bjdbgc/201903/t20190327_5262230.html
Prof. LIU Suxia,http://sourcedb.igsnrr.cas.cn/zw/zjrck/200906/t20090626_1842337.html
Prof. LENG Guoyong,http://sourcedb.igsnrr.cas.cn/zw/zjrck/kygg/bjdbgc/201906/t20190618_5324815.html