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Author:
Graziano, M
Open Polar Keyword:
Ocean acidification
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Author:
Graziano, M
Open Polar Keyword:
Ocean acidification
Search Results - Open Polar - "Palermo"
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Sicilian CO2 vents show effects of ocean acidification on rocky shores
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Effects of ocean acidification on rocky shore communities at Vulcano Island
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CO2 vents areas show effects of ocean acidification on benthic rocky shores asse...
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Vulnerability of algae and seagrasses to climate change
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Distribution of sea urchins living near shallow water CO2 vents is dependent upo...
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Document Type
Conference Object
3
Article in Journal/Newspaper
1
Book Part
1
Author
Graziano, M
MILAZZO, Marco
4
Hall Spencer, JM
3
CHEMELLO, Renato
2
Baggini, C
1
Calosi, P
1
Carter, HA
1
Hall Spencer, J.
1
Mannino, AM
1
Pecoraino, G
1
Rastrick, SPS
1
Spicer, JI
1
Thomas, SC
1
Toccaceli, M
1
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Topic
Mediterranean
2
Settore BIO/07 - Ecologia
2
climate change
2
ocean acidification
2
volcanic vent
2
Carbon dioxide
1
Climate change
1
Italy. We conducted in situ transplantation and field-based laboratory exposures to different pCO2/pH regimes. Our results confirm that sea urchins have some ability to regulate their extracellular fluid under elevated pCO2. Furthermore
1
Mediterranean Sea
1
Settore BIO/02 - Botanica Sistematica
1
Settore BIO/03 - Botanica Ambientale E Applicata
1
To reduce the negative effect of climate change on Biodiversity
1
algae
1
as well as the density
1
benthos
1
biodiversity
1
carbon dioxide
1
however leakage from underwater storages may represent a risk to marine life. As extracellular homeostasis is important in determining species' ability to cope with elevated CO2
1
management recommendation
1
may partly be determined by quite subtle physiological differentiation
1
mediterranean
1
of sea urchins living around CO2 vents at Vulcano
1
seagrasses
1
the use of geological CO2 sequestration has been proposed
1
we investigated the acid-base and ion regulatory responses
1
we show that even in closely-related taxa divergent physiological capabilities underlie differences in taxa distribution around the CO2 vent. It is concluded that species distribution under the sort of elevated CO2 conditions occurring with leakages from geological storages and future ocean acidification scenarios
1
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Content Provider
IRIS Università degli Studi di Palermo
5
Language
English
5
Open Polar Keyword
Ocean acidification
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