CAJ | 학술논문

通过综合分析区内岩性特征、地质构造及地形地貌等地质因素，提出碎屑岩类孔隙裂隙水、变质岩—侵入岩基岩裂隙水和碳酸盐岩裂隙岩溶水等地下水富集模式。采用水文地质调查、物探、钻探等综合勘探方法和手段，实施了探采结合孔13口，其中成井12口，解决了12100人的生活用水问题，实现了地质调查工作与解决群众用水的有机结合，为鄂北丘陵山区严重缺水地区找寻地下水起到了指导和示范作用。
통과종합분석구내암성특정、지질구조급지형지모등지질인소，제출쇄설암류공극렬극수、변질암—침입암기암렬극수화탄산염암렬극암용수등지하수부집모식。채용수문지질조사、물탐、찬탐등종합감탐방법화수단，실시료탐채결합공13구，기중성정12구，해결료12100인적생활용수문제，실현료지질조사공작여해결군음용수적유궤결합，위악북구릉산구엄중결수지구조심지하수기도료지도화시범작용。
Through a comprehensive analysis of regional lithologic features ,geological structure and topography ,etc,the paper proposes enrichment modes of groundwater including fracture water in clastic rocks ,fracture water of metamorphic rock-intrusive rock and fracture water in clastic rocks .Using hydrogeological investigation ,geophysical exploration ,drill-ing and other comprehensive exploration of ways and means to implement 13 binding holes of exploration and mining , which solves 12100 people living water issue and realize seamless integration of geological survey work with and resolving water shortage .It has played role for finding groundwater in water shortage areas in hilly areas of northern Hubei .