Interaction of ocean acidification and temperature; the high cost of survival in the brittlestar Ophiura ophiura
This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological parameters in the ophiuroid brittlestar, Ophiura ophiura. Metabolic upregulation is seen in the low pH treatments when combined with low temper...
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| Published in: | Marine biology Vol. 157; no. 9; pp. 2001 - 2013 |
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| Main Authors: | , , , |
| Format: | Journal Article |
| Language: | English |
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Berlin/Heidelberg : Springer-Verlag
01-09-2010
Springer-Verlag Springer Springer Nature B.V |
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| Abstract | This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological parameters in the ophiuroid brittlestar, Ophiura ophiura. Metabolic upregulation is seen in the low pH treatments when combined with low temperature. However, this is far outweighed by the response to elevated temperature (+4.5°C). In the high temperature/low pH treatments treatments (where calcite is undersaturated) there appears to be an energetic trade-off likely in order to maintain net calcification where dissolution of calcium carbonate may occur. This energy deficit results in a ~30% reduction in the rate of arm regeneration at pH 7.3 which is predicted to be reached by the year 2300. This understanding of how O. ophiura responds to ocean acidification, taking into account an interactive effect of temperature, suggests that fitness and survival may indirectly be reduced through slower recovery from arm damage. |
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| AbstractList | This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological parameters in the ophiuroid brittlestar,
Ophiura ophiura
. Metabolic upregulation is seen in the low pH treatments when combined with low temperature. However, this is far outweighed by the response to elevated temperature (+4.5°C). In the high temperature/low pH treatments treatments (where calcite is undersaturated) there appears to be an energetic trade-off likely in order to maintain net calcification where dissolution of calcium carbonate may occur. This energy deficit results in a ~30% reduction in the rate of arm regeneration at pH 7.3 which is predicted to be reached by the year 2300. This understanding of how
O. ophiura
responds to ocean acidification, taking into account an interactive effect of temperature, suggests that fitness and survival may indirectly be reduced through slower recovery from arm damage. This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological parameters in the ophiuroid brittlestar, Ophiura ophiura. Metabolic upregulation is seen in the low pH treatments when combined with low temperature. However, this is far outweighed by the response to elevated temperature (+4.5°C). In the high temperature/low pH treatments treatments (where calcite is undersaturated) there appears to be an energetic trade-off likely in order to maintain net calcification where dissolution of calcium carbonate may occur. This energy deficit results in a ~30% reduction in the rate of arm regeneration at pH 7.3 which is predicted to be reached by the year 2300. This understanding of how O. ophiura responds to ocean acidification, taking into account an interactive effect of temperature, suggests that fitness and survival may indirectly be reduced through slower recovery from arm damage. This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological parameters in the ophiuroid brittlestar, Ophiura ophiura. Metabolic upregulation is seen in the low pH treatments when combined with low temperature. However, this is far outweighed by the response to elevated temperature (+4.5A degrees C). In the high temperature/low pH treatments treatments (where calcite is undersaturated) there appears to be an energetic trade-off likely in order to maintain net calcification where dissolution of calcium carbonate may occur. This energy deficit results in a similar to 30% reduction in the rate of arm regeneration at pH 7.3 which is predicted to be reached by the year 2300. This understanding of how O. ophiura responds to ocean acidification, taking into account an interactive effect of temperature, suggests that fitness and survival may indirectly be reduced through slower recovery from arm damage. This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological parameters in the ophiuroid brittlestar, Ophiura ophiura. Metabolic upregulation is seen in the low pH treatments when combined with low temperature. However, this is far outweighed by the response to elevated temperature (+4.5°C). In the high temperature/low pH treatments treatments (where calcite is undersaturated) there appears to be an energetic trade-off likely in order to maintain net calcification where dissolution of calcium carbonate may occur. This energy deficit results in a ~ 30% reduction in the rate of arm regeneration at pH 7.3 which is predicted to be reached by the year 2300. This understanding of how O. ophiura responds to ocean acidification, taking into account an interactive effect of temperature, suggests that fitness and survival may indirectly be reduced through slower recovery from arm damage. [PUBLICATION ABSTRACT] This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological parameters in the ophiuroid brittlestar, Ophiura ophiura. Metabolic upregulation is seen in the low pH treatments when combined with low temperature. However, this is far outweighed by the response to elevated temperature (+4.5 degree C). In the high temperature/low pH treatments treatments (where calcite is undersaturated) there appears to be an energetic trade-off likely in order to maintain net calcification where dissolution of calcium carbonate may occur. This energy deficit results in a ~30% reduction in the rate of arm regeneration at pH 7.3 which is predicted to be reached by the year 2300. This understanding of how O. ophiura responds to ocean acidification, taking into account an interactive effect of temperature, suggests that fitness and survival may indirectly be reduced through slower recovery from arm damage. |
| Audience | Academic |
| Author | Spicer, J. I Widdicombe, S Wood, Hannah L Lowe, D. M |
| Author_xml | – sequence: 1 fullname: Wood, Hannah L – sequence: 2 fullname: Spicer, J. I – sequence: 3 fullname: Lowe, D. M – sequence: 4 fullname: Widdicombe, S |
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| Copyright | Springer-Verlag 2010 2015 INIST-CNRS COPYRIGHT 2010 Springer Copyright Springer Science & Business Media Sep 2010 |
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| Keywords | Epithelium Thickness Calcium Carbonate Experimental Tray Muscle Density Ocean Acidification Acidification Ocean Costs Temperature Survival Interaction |
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| Snippet | This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological... This study has demonstrated an interaction between the effect of increased ocean acidity and temperature (40 days exposure) on a number of key physiological... |
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| SubjectTerms | ACID-BASE-BALANCE ACIDIFICATION Acidity AMPHIURA-FILIFORMIS ECHINODERMATA Animal and plant ecology Animal, plant and microbial ecology Biological and medical sciences Biological research Biology, Experimental Biomedical and Life Sciences BRISTOL CHANNEL Calcite Calcium carbonate CARBONIC-ACID Cost control DISSOCIATION Ecology Ekologi Factorial experiments Freshwater & Marine Ecology Fundamental and applied biological sciences. Psychology GROWTH Health aspects High temperature IMPACT Life Sciences Low temperature Marine Marine & Freshwater Sciences Marine biology Microbiology Ocean acidification Oceanography Ophiura Ophiura ophiura Original Paper Regeneration (Biology) SEA Sea water ecosystems SEAWATER Studies Synecology THERMAL TOLERANCE Zoology |
| Title | Interaction of ocean acidification and temperature; the high cost of survival in the brittlestar Ophiura ophiura |
| URI | https://link.springer.com/article/10.1007/s00227-010-1469-6 https://www.proquest.com/docview/749617372 https://search.proquest.com/docview/902366879 https://gup.ub.gu.se/publication/134034 |
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