Mineralogical characterization of some surface soils in River Nile, Upper Egypt

The present investigation is imitated to the mineralogical characterization of some surface soils across and along the River Nile in Upper Egypt. Samples of studied are located in the area between Kom Ombo in the south and Manfalout in the north and represent the different soils of the low cultivate...

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Main Author: Nazeh Naguib Gindy
Format: Article
Language:English
Published: Elsevier 2018-12-01
Series:Egyptian Journal of Aquatic Research
Online Access:http://www.sciencedirect.com/science/article/pii/S1687428518300657
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spelling doaj-31d5fba715ef47289d9187a364fc41062020-11-24T23:26:21ZengElsevierEgyptian Journal of Aquatic Research1687-42852018-12-01444279290Mineralogical characterization of some surface soils in River Nile, Upper EgyptNazeh Naguib Gindy0National Institute of Oceanography and Fisheries (NIOF), EgyptThe present investigation is imitated to the mineralogical characterization of some surface soils across and along the River Nile in Upper Egypt. Samples of studied are located in the area between Kom Ombo in the south and Manfalout in the north and represent the different soils of the low cultivated area and the higher arable lands on both sides of the Nile stream. The study has showed that the heavy fraction content of the different samples tend to decrease from south to north. The highest concentration of the heavy fraction was found in the soils close to the stream, especially in the area of the Nile Qena bend from Esna to Nag Hammadi. Variations in the percentage of the heavy residue of the studied soils were clearer across the stream than along the Nile. Regarding light minerals variations, it was found that the most notable feature is the increase of carbonate in soils located away from the Nile stream. Mica and chlorite minerals revealed a general decrease in frequency with the increase of distance from the Nile. Keywords: River Nile, Soils, Mineralogical, Characterization, Settling velocity, Meandering, Stream, Upper Egypthttp://www.sciencedirect.com/science/article/pii/S1687428518300657
collection DOAJ
language English
format Article
sources DOAJ
author Nazeh Naguib Gindy
spellingShingle Nazeh Naguib Gindy
Mineralogical characterization of some surface soils in River Nile, Upper Egypt
Egyptian Journal of Aquatic Research
author_facet Nazeh Naguib Gindy
author_sort Nazeh Naguib Gindy
title Mineralogical characterization of some surface soils in River Nile, Upper Egypt
title_short Mineralogical characterization of some surface soils in River Nile, Upper Egypt
title_full Mineralogical characterization of some surface soils in River Nile, Upper Egypt
title_fullStr Mineralogical characterization of some surface soils in River Nile, Upper Egypt
title_full_unstemmed Mineralogical characterization of some surface soils in River Nile, Upper Egypt
title_sort mineralogical characterization of some surface soils in river nile, upper egypt
publisher Elsevier
series Egyptian Journal of Aquatic Research
issn 1687-4285
publishDate 2018-12-01
description The present investigation is imitated to the mineralogical characterization of some surface soils across and along the River Nile in Upper Egypt. Samples of studied are located in the area between Kom Ombo in the south and Manfalout in the north and represent the different soils of the low cultivated area and the higher arable lands on both sides of the Nile stream. The study has showed that the heavy fraction content of the different samples tend to decrease from south to north. The highest concentration of the heavy fraction was found in the soils close to the stream, especially in the area of the Nile Qena bend from Esna to Nag Hammadi. Variations in the percentage of the heavy residue of the studied soils were clearer across the stream than along the Nile. Regarding light minerals variations, it was found that the most notable feature is the increase of carbonate in soils located away from the Nile stream. Mica and chlorite minerals revealed a general decrease in frequency with the increase of distance from the Nile. Keywords: River Nile, Soils, Mineralogical, Characterization, Settling velocity, Meandering, Stream, Upper Egypt
url http://www.sciencedirect.com/science/article/pii/S1687428518300657
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