Requirements and availability of sand for the protection of Nechochea and Lobería beaches

The coast of Lobería and Necochea is characterized by cliffsand narrow beaches. The inlet of the Quequén Grande river used to alter the coastline. The construction of jetties related to the Quequén Harbour induced huge accumulations of sand towards Necochea, and a critic erosive process of cliff and...

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Detalles Bibliográficos
Publicado: 2009
Materias:
Anthropic activity
Beaches
Erosion
Protection
Quequén port
beach erosion
cliff
coastal engineering
coastal protection
estuarine dynamics
flooding
geoaccumulation
harbor
human activity
sand
sedimentation
Argentina
Buenos Aires [Argentina]
Necochea
Quequen Grande Estuary
Acceso en línea:https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_00044822_v65_n3_p446_Isla
http://hdl.handle.net/20.500.12110/paper_00044822_v65_n3_p446_Isla
Aporte de:
Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires
id paper:paper_00044822_v65_n3_p446_Isla
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spelling paper:paper_00044822_v65_n3_p446_Isla2023-06-08T14:26:19Z Requirements and availability of sand for the protection of Nechochea and Lobería beaches Anthropic activity Beaches Erosion Protection Quequén port beach erosion cliff coastal engineering coastal protection estuarine dynamics flooding geoaccumulation harbor human activity sand sedimentation Argentina Buenos Aires [Argentina] Necochea Quequen Grande Estuary The coast of Lobería and Necochea is characterized by cliffsand narrow beaches. The inlet of the Quequén Grande river used to alter the coastline. The construction of jetties related to the Quequén Harbour induced huge accumulations of sand towards Necochea, and a critic erosive process of cliff and beach to the east. Beach width reduces from 300 m at the west to 40-60 m to the east. Considering regional sand scarcity, the eastern beaches are characterized by more sand variability. Greater variations in the sand balance were assigned to human activity. Waves coming from the E, SE and S deliver more energy along this eastern sector. On the other hand, submerged zones of these beaches have less availability of sand. Greater availability of fine sand was recognized towards Necochea. The Quequén Grande river has much effect on the estuarine dynamics during ENSO-triggered floods, although sedimentation is dominated by silt supply. 2009 https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_00044822_v65_n3_p446_Isla http://hdl.handle.net/20.500.12110/paper_00044822_v65_n3_p446_Isla
institution Universidad de Buenos Aires
institution_str I-28
repository_str R-134
collection Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic Anthropic activity
Beaches
Erosion
Protection
Quequén port
beach erosion
cliff
coastal engineering
coastal protection
estuarine dynamics
flooding
geoaccumulation
harbor
human activity
sand
sedimentation
Argentina
Buenos Aires [Argentina]
Necochea
Quequen Grande Estuary
spellingShingle Anthropic activity
Beaches
Erosion
Protection
Quequén port
beach erosion
cliff
coastal engineering
coastal protection
estuarine dynamics
flooding
geoaccumulation
harbor
human activity
sand
sedimentation
Argentina
Buenos Aires [Argentina]
Necochea
Quequen Grande Estuary
Requirements and availability of sand for the protection of Nechochea and Lobería beaches
topic_facet Anthropic activity
Beaches
Erosion
Protection
Quequén port
beach erosion
cliff
coastal engineering
coastal protection
estuarine dynamics
flooding
geoaccumulation
harbor
human activity
sand
sedimentation
Argentina
Buenos Aires [Argentina]
Necochea
Quequen Grande Estuary
description The coast of Lobería and Necochea is characterized by cliffsand narrow beaches. The inlet of the Quequén Grande river used to alter the coastline. The construction of jetties related to the Quequén Harbour induced huge accumulations of sand towards Necochea, and a critic erosive process of cliff and beach to the east. Beach width reduces from 300 m at the west to 40-60 m to the east. Considering regional sand scarcity, the eastern beaches are characterized by more sand variability. Greater variations in the sand balance were assigned to human activity. Waves coming from the E, SE and S deliver more energy along this eastern sector. On the other hand, submerged zones of these beaches have less availability of sand. Greater availability of fine sand was recognized towards Necochea. The Quequén Grande river has much effect on the estuarine dynamics during ENSO-triggered floods, although sedimentation is dominated by silt supply.
title Requirements and availability of sand for the protection of Nechochea and Lobería beaches
title_short Requirements and availability of sand for the protection of Nechochea and Lobería beaches
title_full Requirements and availability of sand for the protection of Nechochea and Lobería beaches
title_fullStr Requirements and availability of sand for the protection of Nechochea and Lobería beaches
title_full_unstemmed Requirements and availability of sand for the protection of Nechochea and Lobería beaches
title_sort requirements and availability of sand for the protection of nechochea and lobería beaches
publishDate 2009
url https://bibliotecadigital.exactas.uba.ar/collection/paper/document/paper_00044822_v65_n3_p446_Isla
http://hdl.handle.net/20.500.12110/paper_00044822_v65_n3_p446_Isla
_version_ 1768546701359972352

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