通过勘探发现了滕南矿区侏罗系砾岩含有丰富的地下水资源可以利用。该区侏罗系砾岩含水层具有厚度大、分布面积广的整体特征 ;其含水性在平面上的严重不均一性与构造、含水层埋深和第四系水文地质条件有关 ;侏罗系地下水动态类型属人为—气象型 ;地下水化学成分与含水介质、水动力条件及原始沉积环境等因素关系密切 ;地下水补、径、排条件受构造、第四系水文地质条件、地表水体的分布及矿井开采等因数影响较大。 Through exploration, we found that the Jurassic conglomerate in Tengnan mining area is rich in groundwater resources that can be used. The Jurassic conglomerate aquifer in this area is characterized by its large thickness and wide distribution area. The serious heterogeneity of its water content in the plane is related to the structure, the depth of the aquifer and the hydrological conditions of the Quaternary. The Jurassic The dynamic type of groundwater is anthropogenic-meteorological type. The chemical composition of groundwater is closely related to the aqueous medium, hydrodynamic conditions and the original depositional environment. The groundwater recharge, diameter and drainage conditions are affected by the tectonics, Quaternary hydrogeological conditions, surface water distribution, Mine mining and other factors have a greater impact.