The high number of offshore platforms at the end of their productive phase offers the opportunity of their re-use and the development of effective management solutions, such as the possibility of utilizing them as ecological observatories for monitoring marine ecosystems and their biological resources. Here, through a multiparametric observatory deployed at an unproductive offshore platform, located in the Central Adriatic Sea (Mediterranean Sea), we collected data for 13 months on benthopelagic fish assemblage and habitat conditions. A total of 155.5 h of high-frequency (30 min) video-monitoring, recorded higher fish abundances during spring-summer periods during daytime, while fish diversity was highest in autumn. Some environmental variables contributed significantly to explain the overall community variance. Our results suggest that offshore platforms can be re-converted into ecological observatories, to collect relevant amounts of information that can be difficulty obtained with alternative approaches, contributing to our understanding of changes occurring in open water ecosystems.
The re-use of offshore platforms as ecological observatories / Fanelli, E.; Masia, P.; Premici, A.; Volpato, E.; Da Ros, Z.; Aguzzi, J.; Francescangeli, M.; Dell'Anno, A.; Danovaro, R.; Cimino, R.; Conversano, F.. - In: MARINE POLLUTION BULLETIN. - ISSN 0025-326X. - 209:Pt B(2024). [10.1016/j.marpolbul.2024.117262]
The re-use of offshore platforms as ecological observatories
Fanelli E.
;Premici A.;Volpato E.;Da Ros Z.;Aguzzi J.;Dell'Anno A.;Danovaro R.;Cimino R.;
2024-01-01
Abstract
The high number of offshore platforms at the end of their productive phase offers the opportunity of their re-use and the development of effective management solutions, such as the possibility of utilizing them as ecological observatories for monitoring marine ecosystems and their biological resources. Here, through a multiparametric observatory deployed at an unproductive offshore platform, located in the Central Adriatic Sea (Mediterranean Sea), we collected data for 13 months on benthopelagic fish assemblage and habitat conditions. A total of 155.5 h of high-frequency (30 min) video-monitoring, recorded higher fish abundances during spring-summer periods during daytime, while fish diversity was highest in autumn. Some environmental variables contributed significantly to explain the overall community variance. Our results suggest that offshore platforms can be re-converted into ecological observatories, to collect relevant amounts of information that can be difficulty obtained with alternative approaches, contributing to our understanding of changes occurring in open water ecosystems.File | Dimensione | Formato | |
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