Groundwater hydrodynamics and supply sustainability in Punjab, Pakistan: A geological statistical approach using the GAMEAS algorithm based on data from 1105 boreholes

Muhammad Afzal; Tie Liu; An-ming Bao; Xi Chen; Xiao-hui Pan; Solange Uwamahoro; Ahmad Mujtaba; Adeel Ahmed Nadeem; Asim Qayyum Butt

doi:10.31035/cg2024066

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Afzal Muhammad, Liu Tie, Bao An-ming, Chen Xi, Pan Xiao-hui, Uwamahoro Solange, Mujtaba Ahmad, Nadeem Adeel Ahmed, Butt Asim Qayyum. 2024. Groundwater hydrodynamics and supply sustainability in Punjab, Pakistan: A geological statistical approach using the GAMEAS algorithm based on data from 1105 boreholes. China Geology. doi: 10.31035/cg2024066.

Citation: Afzal Muhammad, Liu Tie, Bao An-ming, Chen Xi, Pan Xiao-hui, Uwamahoro Solange, Mujtaba Ahmad, Nadeem Adeel Ahmed, Butt Asim Qayyum. 2024. Groundwater hydrodynamics and supply sustainability in Punjab, Pakistan: A geological statistical approach using the GAMEAS algorithm based on data from 1105 boreholes. China Geology. doi: 10.31035/cg2024066.

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Groundwater hydrodynamics and supply sustainability in Punjab, Pakistan: A geological statistical approach using the GAMEAS algorithm based on data from 1105 boreholes

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Groundwater hydrodynamics and supply sustainability in Punjab, Pakistan: A geological statistical approach using the GAMEAS algorithm based on data from 1105 boreholes

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