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    Please use this identifier to cite or link to this item: http://ir.cnu.edu.tw/handle/310902800/31842


    標題: 寶來溫泉之監測分析
    Monitoring and analysis of Baolai hot spring
    作者: 郭錦香
    貢獻者: 觀光事業管理系
    陳文福
    關鍵字: 水溫
    水位
    累積雨量
    water temperature
    water level
    Accumulated rainfall
    日期: 2018
    上傳時間: 2019-02-27 16:45:48 (UTC+8)
    摘要: 寶來溫泉是台灣南部最重要的溫泉之一,然而,在2009年「莫拉克」颱風期間,幾座溫泉飯店和主要溫泉露頭遭到破壞和掩埋,高雄市政府為了重建寶來溫泉旅遊業,積極尋找溫泉水源,包括本研究的監測井。本研究採用EXCEL和Pearson相關係數法探索2017年降雨量,水位和水溫的關係,其結果顯示:
    1.2017年7月29日強降雨時,監測井水位增加超過1米。
    2.7月29日前後,監測井溫度約為26.5°C,說明2017年7月29日的強降雨對水溫影響不大。
    3.使用107年監測井的數據,建立累積降雨量與水位、水位和水溫之間的相關係數。
    4.溫泉生產井106年2/6日-2/8日自湧、2/9日抽水試水實驗時,未引起溫泉監測井水位、水溫變動造成干擾。
    Baolai hot spring is one of the most important hot springs in the southern Taiwan. However, several bathhouses and the major hot spring outcrop were damaged and buried during the typhoon Morakot, 2009. The city government drilled several thermal water wells for reconstructing the tourism industry in the Baolai hot spring include the monitoring well of this study.
    This study uses EXCEL and Pearson correlation coefficient method to exploring the relations between rainfall, water levels, and water temperature in 2017. The results show:
    1.The water level of monitoring well increased more than 1 m while there were heavy rainfall on July 29, 2017.
    2.The temperatures of monitoring well were about 26.5?C indicate that the heavy rainfall of July 29, 2017 did not have significant impact to the water temperature.
    3.The correlation coefficients between the cumulative rainfall, water levels and water temperatures are established for the data of 2017.
    4.The water levels and water temperatures in the monitoring well were remain stable while the production well was pumping during 6-9 February, 2017.
    Appears in Collections:[觀光事業管理系(含溫泉所)] 博碩士論文

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