<![CDATA[Groundwater has potential because in terms of the role and function of groundwater as a source of clean water that is needed and influences human survival over time. The purpose of this study was to determine the quality and status of groundwater quality standards, hydrogeochemical types and the influence of landform on hydrogeochemical types in the study area. The data used is in the form of landform data to determine the distribution of landforms in the study area, groundwater sample data of 10 samples, namely 8 samples from dug wells and 2 samples from drilled wells to analyze groundwater quality and quality standard status based on physical and chemical parameters with the RI Minister of Health Regulation No. 32 of 2017 for sanitary hygiene purposes, and determination of the hydrogeochemical type of groundwater based on the Stiff diagram method with the classification Stuyfzand (1993). The quality standard status of groundwater samples where there are 2 adequate groundwater samples and 8 less feasible, but if groundwater treatment is carried out it is possible for 10 groundwater samples to become feasible. The hydrogeochemical types of groundwater in the study area from groundwater samples show varying types of properties. From the alluvial plains landform, the types F*－NaHCO3 Ø, F0－NaHCO3 Ø, F0－CaHCO3 +, F2－CaHCO3 +, and F4－CaHCO3 + were obtained. Furthermore, in the folded hills landform, the types F*－MgCl Ø , F2－MgHCO3 +, and F3－CaHCO3 + were obtained. Meanwhile, the coastal landform has types F4－CaHCO3 Ø and B4－NaCl + . Groundwater aquifers and landforms influence the quality and hydrogeochemistry of groundwater from environmental conditions, aquifer constituent rocks and substances contained in minerals, landform aspects and human activities in the study area.]]>
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