國內溫泉管理資料的建立尚在起步階段，溫泉資源資料為溫泉管理之重要科學依據，國內溫泉目前已有10處常設的溫泉監測站，本研究藉由連續性的監測，觀察瑞穗溫泉的水位與水溫的變化，以提供溫泉區水權管制之參考。本研究在瑞穗地區設立四個監測站，於監測站中置入儀器觀測其水位與水溫的變化，建立水位與水溫的趨勢圖，最後加入雨量探討雨量、水位、水溫之間的關係。兩年監測數據研究顯示，水位與水溫隨著降雨有密切關係；水位也隨著旱、雨季變化影響，當日雨量低於20mm時，對水位的挹注影響不大。比較瑞穗地區溫泉等四口井的水溫與導電度，發現水溫下降而導電度也下降，可見受到垂直降雨補注而影響。 Establishing a domestic spa management data still at an initial stage, the hot springs information as an important scientific basis for the management of the spa, there are 10 domestic hot springs spa permanent stations, the study by continuous monitoring, observation and Ruisui spa water level changes in water temperature, to provide a reference spa area of water rights regulation.This study established four monitoring stations in Mizuho area, placed the instrument in monitoring stations observing changes in water level and water temperature, water level and water temperature to establish trends and finally explore the relationship between rainfall rainfall, water level, water temperature between .Two-year study monitoring data show, With the water level and water temperature is closely related to rainfall; the water level along with drought, impact of changes in the rainy season, when the day rainfall of less than 20mm, inject little effect on the water level. Water temperature and conductivity comparison Mizuho hot springs and other four wells, and found that the water temperature drops conductivity also fell, seen by vertical rainfall recharge and influence.
