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Technical Notes: Groundwater Recharge and Water Table Rise Under Equilibrium Condition

S. T. Chu

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Abstract

Water table level is an important feature in subterranean hydrology and is relatively easy to observe. Groundwater recharge is a cause of water table rise and the carrier of contaminants to groundwater. However, groundwater recharge is an elusive quantity because accurate field measurements are difficult to obtain. A study of the relationship between groundwater recharge and water table rise is advantageous because it will allow the evaluation of groundwater recharge based on field-measured water table rise.

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What this paper is about

Water table level is an important feature in subterranean hydrology and is relatively easy to observe. Groundwater recharge is a cause of water table rise and the carrier of contaminants to groundwater. However, groundwater recharge is an elusive quantity because accurate field measurements are difficult to obtain. A study of the relationship between groundwater recharge and water table rise is advantageous because it will allow the evaluation of groundwater recharge based on field-measured water table rise.

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Available abstract

Water table level is an important feature in subterranean hydrology and is relatively easy to observe. Groundwater recharge is a cause of water table rise and the carrier of contaminants to groundwater. However, groundwater recharge is an elusive quantity because accurate field measurements are difficult to obtain. A study of the relationship between groundwater recharge and water table rise is advantageous because it will allow the evaluation of groundwater recharge based on field-measured water table rise.

Key concepts: Groundwater recharge, Water table, Groundwater, Depression-focused recharge, Hydrology (agriculture), Table (database), Environmental science, Geology

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