What type of lake receives its water primarily from groundwater?

Seepage lakes are characterized by their primary source of water being groundwater, which flows into the lake through the soil and sediment surrounding it. This type of lake is typically hydrologically isolated from surface water bodies, meaning that it does not have significant inflow from rivers or streams. Instead, the water balance of a seepage lake is largely sustained by groundwater aquifers and precipitation. The water entering the lake from groundwater often results in clearer water, as groundwater typically has lower levels of sediment and organic material compared to surface runoff.

Drainage lakes, on the other hand, primarily receive inflow from surface water sources like rivers or streams, making them dependent on rainfall and runoff rather than groundwater. Artificial lakes are created by human intervention, often involving dam construction, and they can receive water from various sources, including surface water and groundwater. Reservoirs are a specific type of artificial lake designed to store water for purposes such as irrigation, flood control, or hydroelectric power generation, and they also rely on surface water sources rather than exclusively on groundwater. Thus, seepage lakes are distinct in their reliance on groundwater for maintaining their water levels.