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A platform for research: civil engineering, architecture and urbanism
Groundwater recharge and pollution in Wadi El-natrun, Egypt
The isotopic compositions of deuterium, oxygen-18, tritium and nitrogen-15 were determined for some groundwater samples from Wadi El-Natrun area. The distribution pattern of the environmental isotopes could be explained by the differences in the degree of mixing between three major sources of recharge to the Wadi El-Natrun aquifer: River Nile water, paleowater and drainage water from Nubarya reclamation project. The analysis of 15N-nitrate indicates a mixing process
Groundwater recharge and pollution in Wadi El-natrun, Egypt
The isotopic compositions of deuterium, oxygen-18, tritium and nitrogen-15 were determined for some groundwater samples from Wadi El-Natrun area. The distribution pattern of the environmental isotopes could be explained by the differences in the degree of mixing between three major sources of recharge to the Wadi El-Natrun aquifer: River Nile water, paleowater and drainage water from Nubarya reclamation project. The analysis of 15N-nitrate indicates a mixing process
Groundwater recharge and pollution in Wadi El-natrun, Egypt
Hamza, M. S. (author) / Aly, A. I. M. (author) / Swailem, F. M. (author)
1984-01-01
6 pages
Article (Journal)
Electronic Resource
English
Light weight clay-aggregate from Wadi El-Natrun clays (Egypt)
| Tema Archive | 1985
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