CAJ | 학술논문

以太湖流域典型平原地区苏州市为例，结合研究区水文地质特点，选取浅层地下水水位埋深等6项参数作为评价因子，建立基于墒权的浅层地下水脆弱性评价 DRITuTmE模型。将评价模型与 GIS技术相耦合，形成研究区浅层地下水脆弱性分区图，并进行研究区浅层地下水脆弱性评价。评价研究结果表明：所建立的评价模型避免了人为因素的干扰，能够真实地反映苏州市浅层地下水脆弱性程度。
이태호류역전형평원지구소주시위례，결합연구구수문지질특점，선취천층지하수수위매심등6항삼수작위평개인자，건립기우상권적천층지하수취약성평개 DRITuTmE모형。장평개모형여 GIS기술상우합，형성연구구천층지하수취약성분구도，병진행연구구천층지하수취약성평개。평개연구결과표명：소건립적평개모형피면료인위인소적간우，능구진실지반영소주시천층지하수취약성정도。
Here presents the study on shallow groundwater vulnerability ( SGWV) assessment for Suzhou city, a typical plain area in the Taihu Basin in China. According to the specific geological conditions of the area, groundwater depth and other five parameters are selected as assessment factors, and the DRITuTmE model based on entropy weight is established to assess the SGWV in Suzhou plain area. Based on the assessment model and GIS technique, the SGWV assessment is conducted and the vulnerability distribution map is drawn. The assessment result shows that the improved model can eliminate subjective er-rors and can reflect the shallow groundwater vulnerability characteristics of the study area, and the result is useful for the shal-low groundwater utilization and protection.