Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina

The River Plate coastal plain is a 160-km-long, 3-10-km-wide strip, located to <5ma.s.l. on the right bank of the estuary. It is formed by sediments and landforms generated by the littoral transport and marine ingressions and regressions during the Holocene. The coastal plain faces heavy pressure...

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Autores principales: Giménez, J.E., Hurtado, M.A., Kalesnik, F., Martínez, O.R.
Formato: JOUR
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Acceso en línea:http://hdl.handle.net/20.500.12110/paper_17476585_v25_n3_p366_Gimenez
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spelling todo:paper_17476585_v25_n3_p366_Gimenez2023-10-03T16:32:06Z Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina Giménez, J.E. Hurtado, M.A. Kalesnik, F. Martínez, O.R. Argentina Coastal plain Geomorphology River Plate Soils Vegetation communities Wetlands Anthropogenic influence Argentina Beach ridge Buenos Aires Coastal plain Gallery forests Holocenes Metropolitan area Mudflats Natural landscapes Plant communities Tidal flat Vegetation communities Wetland soils Anoxic sediments Beaches Geomorphology Rivers Vegetation Wetlands Soils coastal morphology coastal plain Holocene metropolitan area mining mudflat plant community regression tidal flat wetland Argentina article coastal plain forest gallery forest geographic and geological parameters geomorphology landscape plant community priority journal seashore soil vegetation wetland xerophytic forest Argentina Buenos Aires [Argentina] Rio de la Plata The River Plate coastal plain is a 160-km-long, 3-10-km-wide strip, located to <5ma.s.l. on the right bank of the estuary. It is formed by sediments and landforms generated by the littoral transport and marine ingressions and regressions during the Holocene. The coastal plain faces heavy pressures from Buenos Aires Metropolitan Area, with about 13 million inhabitants, industrial, mining and rural activities. Here, we analyse the relations existing between landforms, soils and vegetation. Despite the anthropogenic influence, the natural landscape is more or less preserved in some areas, such as patches of the southernmost gallery forest in the world in natural levees, the xerophytic forests located in well-drained soils of beach ridges and other units such as Inland and Coastal Mudflats with wetland soils and vegetation, Tidal Flats with contrasting soils and plant communities among others. © 2010 The Authors. Water and Environment Journal © 2010 CIWEM. Fil:Kalesnik, F. Universidad de Buenos Aires. Facultad de Ciencias Exactas y Naturales; Argentina. JOUR info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_17476585_v25_n3_p366_Gimenez
institution Universidad de Buenos Aires
institution_str I-28
repository_str R-134
collection Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic Argentina
Coastal plain
Geomorphology
River Plate
Soils
Vegetation communities
Wetlands
Anthropogenic influence
Argentina
Beach ridge
Buenos Aires
Coastal plain
Gallery forests
Holocenes
Metropolitan area
Mudflats
Natural landscapes
Plant communities
Tidal flat
Vegetation communities
Wetland soils
Anoxic sediments
Beaches
Geomorphology
Rivers
Vegetation
Wetlands
Soils
coastal morphology
coastal plain
Holocene
metropolitan area
mining
mudflat
plant community
regression
tidal flat
wetland
Argentina
article
coastal plain
forest
gallery forest
geographic and geological parameters
geomorphology
landscape
plant community
priority journal
seashore
soil
vegetation
wetland
xerophytic forest
Argentina
Buenos Aires [Argentina]
Rio de la Plata
spellingShingle Argentina
Coastal plain
Geomorphology
River Plate
Soils
Vegetation communities
Wetlands
Anthropogenic influence
Argentina
Beach ridge
Buenos Aires
Coastal plain
Gallery forests
Holocenes
Metropolitan area
Mudflats
Natural landscapes
Plant communities
Tidal flat
Vegetation communities
Wetland soils
Anoxic sediments
Beaches
Geomorphology
Rivers
Vegetation
Wetlands
Soils
coastal morphology
coastal plain
Holocene
metropolitan area
mining
mudflat
plant community
regression
tidal flat
wetland
Argentina
article
coastal plain
forest
gallery forest
geographic and geological parameters
geomorphology
landscape
plant community
priority journal
seashore
soil
vegetation
wetland
xerophytic forest
Argentina
Buenos Aires [Argentina]
Rio de la Plata
Giménez, J.E.
Hurtado, M.A.
Kalesnik, F.
Martínez, O.R.
Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina
topic_facet Argentina
Coastal plain
Geomorphology
River Plate
Soils
Vegetation communities
Wetlands
Anthropogenic influence
Argentina
Beach ridge
Buenos Aires
Coastal plain
Gallery forests
Holocenes
Metropolitan area
Mudflats
Natural landscapes
Plant communities
Tidal flat
Vegetation communities
Wetland soils
Anoxic sediments
Beaches
Geomorphology
Rivers
Vegetation
Wetlands
Soils
coastal morphology
coastal plain
Holocene
metropolitan area
mining
mudflat
plant community
regression
tidal flat
wetland
Argentina
article
coastal plain
forest
gallery forest
geographic and geological parameters
geomorphology
landscape
plant community
priority journal
seashore
soil
vegetation
wetland
xerophytic forest
Argentina
Buenos Aires [Argentina]
Rio de la Plata
description The River Plate coastal plain is a 160-km-long, 3-10-km-wide strip, located to <5ma.s.l. on the right bank of the estuary. It is formed by sediments and landforms generated by the littoral transport and marine ingressions and regressions during the Holocene. The coastal plain faces heavy pressures from Buenos Aires Metropolitan Area, with about 13 million inhabitants, industrial, mining and rural activities. Here, we analyse the relations existing between landforms, soils and vegetation. Despite the anthropogenic influence, the natural landscape is more or less preserved in some areas, such as patches of the southernmost gallery forest in the world in natural levees, the xerophytic forests located in well-drained soils of beach ridges and other units such as Inland and Coastal Mudflats with wetland soils and vegetation, Tidal Flats with contrasting soils and plant communities among others. © 2010 The Authors. Water and Environment Journal © 2010 CIWEM.
format JOUR
author Giménez, J.E.
Hurtado, M.A.
Kalesnik, F.
Martínez, O.R.
author_facet Giménez, J.E.
Hurtado, M.A.
Kalesnik, F.
Martínez, O.R.
author_sort Giménez, J.E.
title Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina
title_short Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina
title_full Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina
title_fullStr Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina
title_full_unstemmed Relationships between landforms, soils and vegetation in the River Plate coastal plain, Argentina
title_sort relationships between landforms, soils and vegetation in the river plate coastal plain, argentina
url http://hdl.handle.net/20.500.12110/paper_17476585_v25_n3_p366_Gimenez
work_keys_str_mv AT gimenezje relationshipsbetweenlandformssoilsandvegetationintheriverplatecoastalplainargentina
AT hurtadoma relationshipsbetweenlandformssoilsandvegetationintheriverplatecoastalplainargentina
AT kalesnikf relationshipsbetweenlandformssoilsandvegetationintheriverplatecoastalplainargentina
AT martinezor relationshipsbetweenlandformssoilsandvegetationintheriverplatecoastalplainargentina
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