The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global Geopark

Neogene sedimentary rocks cover extensive areas of the Cabo de Gata-Níjar UNESCO Global Geopark (Almería, SE Spain) although most of the outcropping rocks are Miocene volcanics. The post-volcanic sedimentary rocks include three successive Messinian coral reef units. The lower reefs consist of coral...

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Main Authors: Juan Braga, Jose Martin, Gloria Garcia-Hoyo, Lucia Tejero-Trueque
Format: Article
Language:English
Published: OICC Press 2021-09-01
Series:Geoconservation Research
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Online Access:http://gcr.khuisf.ac.ir/article_686238_97119e85da149e435aa7d89262d04f3a.pdf
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author Juan Braga
Jose Martin
Gloria Garcia-Hoyo
Lucia Tejero-Trueque
author_facet Juan Braga
Jose Martin
Gloria Garcia-Hoyo
Lucia Tejero-Trueque
author_sort Juan Braga
collection DOAJ
description Neogene sedimentary rocks cover extensive areas of the Cabo de Gata-Níjar UNESCO Global Geopark (Almería, SE Spain) although most of the outcropping rocks are Miocene volcanics. The post-volcanic sedimentary rocks include three successive Messinian coral reef units. The lower reefs consist of coral patches of varying dimensions comprising Porites and Tarbellastraea, which grew on carbonate ramps. The second unit is Porites fringing reefs that prograded from shorelines. These two lower units, early Messinian in age, were subaerially exposed and eroded during a relative sea-level drawdown, probably coeval with the Mediterranean Messinian salinity crisis. The last, late Messinian reef unit onlaps the erosion surface and consist of small Porites patches that grew dispersed in oolitic shoals together with microbial carbonates. These low-diversity reefs are the last zooxanthellate coral reefs in the Mediterranean basin and constitute the endpoint of decreasing coral diversity in the region during the Miocene due to disconnection from the Indian Ocean and global cooling. The good exposures and accessibility of these reefs in the arid landscape of the Geopark make them valuable sites for practical training in geology and paleontology at different levels and reference sites for geotourism.
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record_format Article
series Geoconservation Research
spelling doaj-art-a5dcccb1188a4cdabb3b7a1dd0a6040c2025-02-03T10:42:36ZengOICC PressGeoconservation Research2645-46612588-73432021-09-014265066210.30486/gcr.2021.1929278.1092686238The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global GeoparkJuan Braga0Jose Martin1Gloria Garcia-Hoyo2Lucia Tejero-Trueque3Departamento de Estratigrafía y Paleontología, Universidad de Granada, Campus Fuentenueva, 18071, Granada, SpainDepartamento de Estratigrafía y Paleontología, Universidad de Granada, Campus Fuentenueva, 18071, Granada, SpainCabo de Gata-Níjar UNESCO Global Geopark & Natural Park Headquarters. Calle Fundicion s/n, 04115, Rodalquilar (Níjar) Almería, SpainCabo de Gata-Níjar UNESCO Global Geopark & Natural Park Headquarters. Calle Fundicion s/n, 04115, Rodalquilar (Níjar) Almería, SpainNeogene sedimentary rocks cover extensive areas of the Cabo de Gata-Níjar UNESCO Global Geopark (Almería, SE Spain) although most of the outcropping rocks are Miocene volcanics. The post-volcanic sedimentary rocks include three successive Messinian coral reef units. The lower reefs consist of coral patches of varying dimensions comprising Porites and Tarbellastraea, which grew on carbonate ramps. The second unit is Porites fringing reefs that prograded from shorelines. These two lower units, early Messinian in age, were subaerially exposed and eroded during a relative sea-level drawdown, probably coeval with the Mediterranean Messinian salinity crisis. The last, late Messinian reef unit onlaps the erosion surface and consist of small Porites patches that grew dispersed in oolitic shoals together with microbial carbonates. These low-diversity reefs are the last zooxanthellate coral reefs in the Mediterranean basin and constitute the endpoint of decreasing coral diversity in the region during the Miocene due to disconnection from the Indian Ocean and global cooling. The good exposures and accessibility of these reefs in the arid landscape of the Geopark make them valuable sites for practical training in geology and paleontology at different levels and reference sites for geotourism.http://gcr.khuisf.ac.ir/article_686238_97119e85da149e435aa7d89262d04f3a.pdfbetic cordillerazooxanthellate coralspaleogeographygeotourismalmeríaandalucía
spellingShingle Juan Braga
Jose Martin
Gloria Garcia-Hoyo
Lucia Tejero-Trueque
The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global Geopark
Geoconservation Research
betic cordillera
zooxanthellate corals
paleogeography
geotourism
almería
andalucía
title The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global Geopark
title_full The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global Geopark
title_fullStr The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global Geopark
title_full_unstemmed The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global Geopark
title_short The Messinian (Late Miocene) coral reefs in the Cabo de Gata-Níjar UNESCO Global Geopark
title_sort messinian late miocene coral reefs in the cabo de gata nijar unesco global geopark
topic betic cordillera
zooxanthellate corals
paleogeography
geotourism
almería
andalucía
url http://gcr.khuisf.ac.ir/article_686238_97119e85da149e435aa7d89262d04f3a.pdf
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