課程資料
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C704 環境水文學
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開課學期：1141
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開課班級：
地理系 3
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授課教師：葉惠中
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選修
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學期課
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學分數：2.0
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大義 0526 星期一 09:10-11:00
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C704 ENVIRONMENTAL HYDROLOGY
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2025 Fall
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Department of Geography 3
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Professor：YEH, HUI-CHUNG
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Elective
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Semester
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Credits:
2.0
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Da Yi 0526 Monday 09:10-11:00
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發展願景
傳揚中華文化，促進跨領域創新，與時精進，邁向國際
It is our objective to promote Chinese culture, enhance cross-disciplinary innovation, seek constant advancement, and embrace global community.
辦學宗旨
秉承質樸堅毅校訓，承東西之道統，集中外之精華，研究高深學術, 培養專業人才，服務社會，致力中華文化之發揚, 促進國家發展.
Based on our motto—“Temperament, Simplicity, Strength, and Tenacity,” “inheriting the merits of the East and the West” and “absorbing the essence of Chinese and foreign cultures,” we make it our mission to pursue advanced research, develop professional talents, serve the society, promote Chinese culture and support national development.
校教育目標
校基本素養
校核心能力
院核心能力
自然科學理論與工程知識之整合應用。Integrated application of scientific theories and engineering knowledge.
問題分析、實驗設計與實作驗證之能力。Ability to analyze problems, design experiments, and validate solutions through practical implementation.
邏輯性思考與科技運用之能力。Logical thinking and effective use of technology.
跨領域整合與創新研發。Cross-disciplinary integration and innovative research and development.
國際視野、團隊合作與溝通協調之能力。Global perspectives, teamwork, and effective communication skills.
具備職業倫理與社會責任之專業態度。Professional attitude with a commitment to ethics and social responsibility.
系教育目標
培育理論與實務並重的地理專業人才
訓練具卓越的科技專業競爭力人才
培養具備國際觀及多元化教育人才
系核心能力
具備正確地理專業觀念與認知
開拓國際視野與跨領域專業技能
問題認知及解決能力
暸解當代科學技術發展
認同地理環境永續發展意識
關懷社會環境的適切性及人與地的和諧共生
課程目標
1.瞭解水文學的重要性 2.探討水環境的交互作用、相互影響與涉及人類的利益。 3.介紹都市所引起的水文環境變化4.全球環境變遷對水文變異的影響。
課程能力
具備正確地理專業觀念與認知 (比重 20%)
開拓國際視野與跨領域專業技能 (比重 10%)
問題認知及解決能力 (比重 20%)
暸解當代科學技術發展 (比重 10%)
認同地理環境永續發展意識 (比重 20%)
關懷社會環境的適切性及人與地的和諧共生 (比重 20%)
課程概述
本課程內容兼顧理論與實務，主要目的在瞭解水文學的重要性，探討大氣(氣候)、地面、地下以及河流、海灣、海洋的交互作用，彼此間的相互影響與涉及人類的利益。課程並講授水文學如何應用在環境規劃、環境調查，災害防治等務實工作上，亦介紹都市化所引起的水文環境變化，都市的氣象、環境、 防洪和排水等問題，內容並包括全球環境變遷對水文變異的影響。
The objective of this course is to emphasize the importance of hydrology based on theoretical understanding and practical experience. Interactions between water in the atmosphere (climate), ground surface, underground, river and stream, estuary, and ocean will be discussed along with human interests. Applications of hydrology in environmental planning and monitoring along with disaster prevention will also be studied. This course content also includes urbanization impact on hydrologic environment along with urban climate, environment, flood prevention, drainage problems. Dynamic changes in hydrology will also be assessed due to impact resulted from global climatic changes.
授課內容
水文學是地球科學的一支，其內容包含了地球上水與環境的發生、分佈、運動與特性關係。本課程之目的闡述水在自然界之循環過程，以現象描述與理論分析方式使同學瞭解水文學內涵及實際工程應用方法。
Hydrology is a branch of Earth Science. It encompasses the occurrence, distribution, movement, and properties of the waters of the earth and their environmental relations. The objective of this course is to introduce and explain the cyclical process in the nature of water, describe with the phenomenon that analyses with the theory that the way makes classmates understand that hydrology intension and actual project use the method in purpose of this course.
授課方式
1.課堂講授(classroom lectures)
2.作業練習(homework exercises)
3.成果報告(final report)
評量方式
平時成績 20% (包含出席記錄、課堂之提問、回答問題)
期中考 30% ( 1~2 次)
作業數次 20%
期末考 30%
上課用書
（師生應遵守智慧財產權觀念及不得不法影印、下載及散布）
李光敦(2005). 水文學, 五南圖書出版公司.
參考書目
（師生應遵守智慧財產權觀念及不得不法影印、下載及散布）
Viessman, W., et al. (1989). Introduction to Hydrology, 3rd Ed.,Harper & Row.
Raghunath, H.M. (1985). Hydrology, 開瑞出版社.
Chow, V. T. , et al. (1988). Applied Hydrology, McGraw-Hill Book Co.
易任、王如意(1992). 應用水文學(上)(下), 茂昌圖書.
楊其錚、李光敦(2002). 水文學習題解答, 五南圖書出版公司.
林永禎、徐貴新(2005), 實用水文學, 高立圖書有限公司.
課程需求
要報告
作業 3 -4 次
要考試要分組討論上課中有任何問題可以隨時提出發問。
輔導時間
- 星期一 11:00-12:00 13:00-14:00
- 星期三 10:00-12:00
- 星期四 10:00-12:00
教師聯絡資訊
Email：xhz@staff.pccu.edu.tw
分機：31401
課程進度
| 2025/09/15 | 導論(Introduction) |
| 2025/09/22 | 集水區地文與水文特性(Watershed Characteristics) |
| 2025/09/29 | 降雨(Precipitation) |
| 2025/10/13 | 降雨(Precipitation) |
| 2025/10/20 | 蒸發與蒸散(Evaporation and Transpiration) |
| 2025/10/27 | 入滲(Infiltration) |
| 2025/11/03 | 入滲(Infiltration) |
| 2025/11/17 | 集水區降雨逕流演算(Rainfall-Runoff Analysis) |
| 2025/11/24 | 集水區降雨逕流演算(Rainfall-Runoff Analysis) |
| 2025/12/01 | 集水區降雨逕流演算(Rainfall-Runoff Analysis) |
| 2025/12/08 | 集水區降雨逕流演算(Rainfall-Runoff Analysis) |
| 2025/12/15 | 水文統計與頻率分析(Hydrologic Statistics and Frequency Analysis) |
| 2025/12/22 | 水文統計與頻率分析(Hydrologic Statistics and Frequency Analysis) |
| 2025/12/29 | 水文統計與頻率分析(Hydrologic Statistics and Frequency Analysis) |