Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents

Naturally acidified marine ecosystems are currently investigated to evaluate the effects of ocean acidification on species, communities and ecological processes. Among these, submarine shallow CO2 vents represent a sort of natural mesocosms, where at small spatial scales marked gradient of pH are pr...

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Main Authors: Mirasole, Alice, VIZZINI, Salvatrice
Other Authors: Mirasole, A, Vizzini, S
Format: Conference Object
Language:English
Published: country:IT 2014
Subjects:
Online Access:http://hdl.handle.net/10447/104256
http://www.aiol.info/Xdottorandi/Ita/news_it.html
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author Mirasole, Alice
VIZZINI, Salvatrice
author2 Mirasole, A
Vizzini, S
author_facet Mirasole, Alice
VIZZINI, Salvatrice
author_sort Mirasole, Alice
collection Unknown
description Naturally acidified marine ecosystems are currently investigated to evaluate the effects of ocean acidification on species, communities and ecological processes. Among these, submarine shallow CO2 vents represent a sort of natural mesocosms, where at small spatial scales marked gradient of pH are present. The aim of this project is to study the responses of fish assemblages to pH reduction in Mediterranean shallow CO2 vents by using several descriptors such as community structure, trophic organization, chemical characteristics and composition of carbonic structures. Moreover as in CO2 vents concentration and bio-availability of several trace elements, also toxic ones, may increase due to direct input from the vents and/or to peculiar pH and Eh conditions, another aim is the evaluation of trace element bioaccumulation and biomagnification. As scant information is available in the literature on this topic, the results of this research will contribute to bridge the gap to predict the ecological effects of ocean acidification on fishes, a key biological component whose monitoring is relevant not only from the ecological standpoint but also for the economic one and for the implications on human health.
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genre Ocean acidification
genre_facet Ocean acidification
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op_relation ispartofbook:X INCONTRO DEI DOTTORANDI IN ECOLOGIA E SCIENZE DEI SISTEMI ACQUATICI
incontro dei Dottorandi in Ecologia e Scienze dei Sistemi Acquatici
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http://hdl.handle.net/10447/104256
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spelling ftunivpalermo:oai:iris.unipa.it:10447/104256 2025-06-15T14:45:24+00:00 Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents Mirasole, Alice VIZZINI, Salvatrice Mirasole, A Vizzini, S 2014 http://hdl.handle.net/10447/104256 http://www.aiol.info/Xdottorandi/Ita/news_it.html eng eng country:IT ispartofbook:X INCONTRO DEI DOTTORANDI IN ECOLOGIA E SCIENZE DEI SISTEMI ACQUATICI incontro dei Dottorandi in Ecologia e Scienze dei Sistemi Acquatici numberofpages:1 http://hdl.handle.net/10447/104256 http://www.aiol.info/Xdottorandi/Ita/news_it.html info:eu-repo/semantics/openAccess Fish assemblages Trophic organization Shallow CO2 vents Settore BIO/07 - Ecologia info:eu-repo/semantics/conferenceObject 2014 ftunivpalermo 2025-05-26T04:52:26Z Naturally acidified marine ecosystems are currently investigated to evaluate the effects of ocean acidification on species, communities and ecological processes. Among these, submarine shallow CO2 vents represent a sort of natural mesocosms, where at small spatial scales marked gradient of pH are present. The aim of this project is to study the responses of fish assemblages to pH reduction in Mediterranean shallow CO2 vents by using several descriptors such as community structure, trophic organization, chemical characteristics and composition of carbonic structures. Moreover as in CO2 vents concentration and bio-availability of several trace elements, also toxic ones, may increase due to direct input from the vents and/or to peculiar pH and Eh conditions, another aim is the evaluation of trace element bioaccumulation and biomagnification. As scant information is available in the literature on this topic, the results of this research will contribute to bridge the gap to predict the ecological effects of ocean acidification on fishes, a key biological component whose monitoring is relevant not only from the ecological standpoint but also for the economic one and for the implications on human health. Conference Object Ocean acidification Unknown
spellingShingle Fish assemblages
Trophic organization
Shallow CO2 vents
Settore BIO/07 - Ecologia
Mirasole, Alice
VIZZINI, Salvatrice
Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents
title Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents
title_full Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents
title_fullStr Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents
title_full_unstemmed Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents
title_short Study of the trophic and functional organization of fish assemblages in submarine shallow CO2 vents
title_sort study of the trophic and functional organization of fish assemblages in submarine shallow co2 vents
topic Fish assemblages
Trophic organization
Shallow CO2 vents
Settore BIO/07 - Ecologia
topic_facet Fish assemblages
Trophic organization
Shallow CO2 vents
Settore BIO/07 - Ecologia
url http://hdl.handle.net/10447/104256
http://www.aiol.info/Xdottorandi/Ita/news_it.html