绪论 (2 学时)/Introduction (2 class hours)
第一部分 水文学和水资源的基础知识(5 学时)/Part I: Fundamental knowledge of hydrology and water resources (5
class hours in total)
第一讲、地球上水的性质和分布(3 学时)/ Lecture 1: Water on the earth (3 class hours)
第二讲、全球能量收支与流通(1 学时)/Lecture 2: Global energy budget and circulation (1 class hour)
第三讲、水文循环原理(1 学时)/Lecture 2: Principles of hydrologic cycle (1 class hour)
第二部分 陆地水文过程(19 学时)/Part II: Terrestrial hydrological processes (19 class hours in total)
第四讲、降水(2 学时)/Lecture 4: Precipitations (2 class hours)
第五讲、土壤水与下渗过程(2 学时)/Lecture 5: Soil water and infiltration (2 class hours)
第六讲、蒸散发(3 学时)/Lecture 6: Evapotranspiration (3 class hours)
第七讲、地下水(2 学时)/Lecture 7: Groundwater (2 class hours)
第八讲、流域产流与汇流(4 学时)/Lecture 8: Rainfall-runoff processes (4 class hours)
第九讲、水文信息采集与处理(3 学时)/Lecture 9: Collection and analysis of hydrological data (3 class hours)
第十讲、水文模拟(3 学时)/Lecture 10: Hydrological modeling (3 class hours)
第三部分 工程与管理应用(12 学时)Part III: Application in engineering and management (12 class hours in total)
第十一讲、水文统计方法(3 学时)/Lecture 11: Hydrological statistics (3 class hours)
第十二讲、设计年径流分析(2 学时)/Lecture 12: Design annual runoff analysis (2 class hours)
第十三讲、设计洪水的计算与分析(3 学时)/Lecture 13: Design flood analysis (3 class hours)
第十四讲、水资源评价与管理(2 学时)/Lecture 14: Water resources assessment and management (2 class hours)
第十五讲、水环境模拟与管理(2 学时)/ Lecture 15: Water quality modeling and management (2 class hours)
另有 10 学时用于学生演讲、讨论和现场参观,总计 48 学时。
The remaining 10 class hours are used for student presentation, in-class discussion and field trip. The total number of
class hours is 48.