Fish observations delivered by "Canarias por una Costa Viva" project
Citation
ECOAQUA institute, University Las Palmas de Gran Canaria; Spain; (2015): Fish observations delivered by "Canarias por una Costa Viva" project https://dx.doi.org/10.14284/469 accessed via GBIF.org on 2025-04-24.Description
The project ‘Canarias, por una costa viva (CCV)’ was an integrated research and educational initiative that run between 2003 – 2004 with the goals of gathering robust scientific information of keystone coastal habitats and the promotion of public awareness about responsible uses of marine resources in the Canary Islands (Central East Atlantic Ocean). Sampling effort has been carried out biannually at 100 locations around the coastlines of the overall Canary Islands. Specifically, we have studied the conservation status of key fish species and their role in their ecosystems. The relationship between the human population, the natural environment and the pressures it supports has been observed in different anthropogenically stressed areas (sewage areas, shell fishing activity, sea-cage fish farms and ports) and preserved areas
Additional info
"The project ‘Canarias, por una costa viva (CCV)’ was an integrated research and educational initiative that run between 2003 – 2004 with the goals of gathering robust scientific information of keystone coastal habitats and the promotion of public awareness about responsible uses of marine resources in the Canary Islands (Central East Atlantic Ocean). This project was fully supported by the Spanish Ministry of Environment and the scientific activities were mainly conducted by the Biodiversity and Conservation Research Group of the University of Las Palmas de Gran Canaria (part of the Research Institute ECOAQUA). The scale of the CCV project covered almost during the same period of time the coastlines of the 8 inhabited islands, with two research teams collecting samples in selected coastal stations. The marine research inside CCV focussed on the development of the environmental diagnosis of the Canarian Archipelago’s main littoral ecosystems. We have assessed the ecological processes and environmental quality of the intertidal and subtidal ecosystems (brown algae beds, urchin barrens and seagrass meadows) as well as water quality in coastal areas. Sampling effort has been carried out biannually at 100 locations around the coastlines of the overall Canary Islands. Specifically, we have studied the conservation status of key marine species and their role in their ecosystems. The relationship between the human population, the natural environment and the pressures it supports has been observed in different anthropogenically stressed areas (sewage areas, shell fishing activity, sea-cage fish farms and ports) and preserved areas.In the case of the fish, the samples were taken in almost 80 different places along the coast of the Canary Islands. Each location was visited at least 4 times with a six month interval. Two observation points (described as A and B in the dataset) were established at each location and from each point four transects were defined. In each transect the species names, abundance and size were recorded by direct observation. No further information on the transects (such as sample area, transect dimensions o duration, biological density, etc.) was recorded. Project Data Project that integrates awareness, education and research programs to publicize the natural and cultural heritage and the state of conservation of the Canarian coast
Title CANARIAS POR UNA COSTA VIVA Identifier unknoun Sampling Methods the samples were taken in almost 100 different places along the coast of the Canary Islands. Each location was visited at least 4 times with a six month interval. Two observation points (described as A and B in the dataset) were established at each location and from each point four transects were defined. For each transect, depth, species name, abundance and size was recorded. Abundance and size values are estimated, especially the highest. No further information on the transects (such as sample area, transect dimensions o duration, biological density, etc.) was recorded. Study Extent Direct observed fishes by scuba along Canary Islands coast Quality Control Very close points (A and B) was settled in order to compare values Method step description: sightings was write down in proper sheets a then recorded in excel format
Taxonomic Coverages
Geographic Coverages
EurOBIS calculated BBOX > station Bounding Box
Bibliographic Citations
Contacts
Andrej Abramicoriginator
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems
Alejandro García Mendoza
originator
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems
Ricardo Haroun Trabaue
originator
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems
Jose Juan Castro Hernandez
originator
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems
Fernando Tuya Cortes
originator
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems
Yaiza Fernandez-Palacios
originator
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems
originator
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems
metadata author
Flanders Marine Institute (VLIZ)
BE
email: info@vliz.be
homepage: https://www.vliz.be
Alejandro García Mendoza
administrative point of contact
University of Las Palmas de Gran Canaria; University Institute of Aquaculture and Sustainable Marine Ecosystems