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Recharge estimations are required for efficient groundwater systems management.
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Concerned decision makers can formulate an efficient groundwater utilization plan for the study area so as to ensure long-term sustainability.
Because the layered basalt flows are most permeable parallel to dip, there is efficient groundwater movement toward the sea.
Recognizing the limitations of the previously used optimization approaches and the need for efficient and effective groundwater remediation optimization tools motivates this research.
A computational model is applied to the optimization of pulsed pumping systems for efficient in situ remediation of groundwater contaminants.
For efficient and sustainable utilisation of limited groundwater resources, improved understanding of how vegetation water-use responds to climate variation and the corresponding controls on recharge is essential.
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The groundwater quality management measures are, thus, mandatory for efficient utilization of water by man.
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Data limitations on groundwater (GW) recharge over large areas are still a challenge for efficient water resource management, especially in semi-arid regions.
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CEO of Professional Science Editing for Scientists @ prosciediting.com