The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)

Developed on the south-eastern side of Almãjului Mountains, Eşelniţa drainage basin neighbours upon the following basins: upon S – SV with Mala, upon SV - V with Mraconia, upon V – NV with Berzasca, upon NV - NNE with Nera and on the NNE – SE direction with Cerna. The basin has a surface of 77...

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Main Authors: DANIELA VLAD, RALUCA-GEORGIANA ALEXANDRU
Format: Article
Language:English
Published: University of Bucharest 2012-08-01
Series:Cinq Continents
Subjects:
Online Access:http://cinqcontinents.geo.unibuc.ro/2/2_5_Vlad.pdf
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author DANIELA VLAD
RALUCA-GEORGIANA ALEXANDRU
author_facet DANIELA VLAD
RALUCA-GEORGIANA ALEXANDRU
author_sort DANIELA VLAD
collection DOAJ
description Developed on the south-eastern side of Almãjului Mountains, Eşelniţa drainage basin neighbours upon the following basins: upon S – SV with Mala, upon SV - V with Mraconia, upon V – NV with Berzasca, upon NV - NNE with Nera and on the NNE – SE direction with Cerna. The basin has a surface of 77 km2 and present a 5th degree hydrographic network according to Horton-Strahler ranking system, tributary to Danube by means of Eşelniţa main collector. Developed in a mountain landscape, the basin presents different levels held between minimum altitude of 64 m at the confluence with the Danube and maximum altitude of 1107 m, thus presenting a difference of 1043 m. Geological formations within the basin belong predominant to the Danubian Domain, so in central and upper courses, these are represented by a crystalline foundation and by magmatic rocks of intrusive nature covered by very small areas of sediment located in the northwest (belong to the Lower Jurassic) and in the south-eastern (belongs to the Upper Cretaceous) of the basin. But in the lower course, there are both crystalline and the sedimentary formations, last being integrated to Orşova depression and whose presence is related to the evolution of the Danube. Morphometric indices of Eşelniţa basin allows the distinction of a higher sector, mountainous terrain with high energy under a relatively increased fragmentation and depression sector with low relief energy and also with an intense fragmentation of the existing sedimentary rocks wich favors erosion manifestation in the context of deforestation action.
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spelling doaj.art-b0c80e268f4540a198af0349a1e508d82022-12-22T01:40:27ZengUniversity of BucharestCinq Continents2247-22902247-22902012-08-0125101114The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)DANIELA VLAD0RALUCA-GEORGIANA ALEXANDRU1Faculty of Geography, University of BucharestFaculty of Geography, University of BucharestDeveloped on the south-eastern side of Almãjului Mountains, Eşelniţa drainage basin neighbours upon the following basins: upon S – SV with Mala, upon SV - V with Mraconia, upon V – NV with Berzasca, upon NV - NNE with Nera and on the NNE – SE direction with Cerna. The basin has a surface of 77 km2 and present a 5th degree hydrographic network according to Horton-Strahler ranking system, tributary to Danube by means of Eşelniţa main collector. Developed in a mountain landscape, the basin presents different levels held between minimum altitude of 64 m at the confluence with the Danube and maximum altitude of 1107 m, thus presenting a difference of 1043 m. Geological formations within the basin belong predominant to the Danubian Domain, so in central and upper courses, these are represented by a crystalline foundation and by magmatic rocks of intrusive nature covered by very small areas of sediment located in the northwest (belong to the Lower Jurassic) and in the south-eastern (belongs to the Upper Cretaceous) of the basin. But in the lower course, there are both crystalline and the sedimentary formations, last being integrated to Orşova depression and whose presence is related to the evolution of the Danube. Morphometric indices of Eşelniţa basin allows the distinction of a higher sector, mountainous terrain with high energy under a relatively increased fragmentation and depression sector with low relief energy and also with an intense fragmentation of the existing sedimentary rocks wich favors erosion manifestation in the context of deforestation action.http://cinqcontinents.geo.unibuc.ro/2/2_5_Vlad.pdffactorsreliefdeclivityslopesmodelingRomania
spellingShingle DANIELA VLAD
RALUCA-GEORGIANA ALEXANDRU
The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)
Cinq Continents
factors
relief
declivity
slopes
modeling
Romania
title The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)
title_full The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)
title_fullStr The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)
title_full_unstemmed The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)
title_short The influence of the geomorphological factors on the relief modelling within Eselnita hydrographic basin (Danube catchment/Romania)
title_sort influence of the geomorphological factors on the relief modelling within eselnita hydrographic basin danube catchment romania
topic factors
relief
declivity
slopes
modeling
Romania
url http://cinqcontinents.geo.unibuc.ro/2/2_5_Vlad.pdf
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