‎‎The research was carried out in the 150000 Faddan at Wadi El-Madamude, east Luxor, Upper ‎Egypt, to properly evaluate the water and soil resources in order to select the best crop for the soil type ‎based on the QLDLPE and QLDLAC. Four landforms were researched in Wadi El-Madamude: old Nile ‎terraces, Bajada plain, midland, and upland.‎ Groundwater across Wadi El-Madamude was assessed for it ‎quality through geophysical studies. Salinity and rising water table deteriorated the soils of historic Nile ‎terraces through salt transmission by capillary water from relatively high salinity groundwater in the thick silty ‎clay unit.‎ The analyzed Wadi was categorized into three categories based on QLDLPE methodologies: high ‎‎(30%), moderate (38%), and low potential land (32%). The majority of field crops and fruit trees were ‎recommended for high potential lands on the Bajada plain, while moderate potential lands were divided into ‎two LUTs: 39000 Faddan on old Nile terraces for salt-tolerant crops and trees and 18000 Faddan on ‎midland for only moderately deep-rooted crops. Low potential areas were excluded from agricultural ‎development as nonagricultural property due to severe restrictions of flash flooding, soil erosion, and ‎shallowness.‎ The old Nile terraces were damaged by rising water tables and increased soil salinity as a ‎result of elevated groundwater caused by flood irrigation of recently reclaimed regions. ‎ Precision farming ‎management and climate-smart crops were proposed to minimize increasing water tables in Wadi El-‎Madamude's lowland soils and increase soil quality in its midland soils.‎