Cross-continent comparisons reveal differing environmental drivers of growth of the coral reef fish, Lutjanus bohar

Joyce J L Ong, Adam N. Rountrey, Ross J. Marriott, Stephen J. Newman, Jessica J. Meeuwig, Mark G. Meekan

Research output: Contribution to journalArticle

3 Citations (Scopus)

Abstract

Biochronologies provide important insights into the growth responses of fishes to past variability in physical and biological environments and, in so doing, allow modelling of likely responses to climate change in the future. We examined spatial variability in the key drivers of inter-annual growth patterns of a widespread, tropical snapper, Lutjanus bohar, at similar tropical latitudes on the north-western and north-eastern coasts of the continent of Australia. For this study, we developed biochronologies from otoliths that provided proxies of somatic growth and these were analysed using mixed-effects models to examine the historical drivers of growth. Our analyses demonstrated that growth patterns of fish were driven by different climatic and biological factors in each region, including Pacific Ocean climate indices, regional sea level and the size structure of the fish community. Our results showed that the local oceanographic and biological context of reef systems strongly influenced the growth of L. bohar and that a single age-related growth trend cannot be assumed for separate populations of this species that are likely to experience different environmental conditions. Generalised predictions about the growth response of fishes to climate change will thus require adequate characterisation of the spatial variability in growth determinants likely to be found throughout the range of species that have cosmopolitan distributions.

Original languageEnglish
Pages (from-to)195-206
Number of pages12
JournalCoral Reefs
Volume36
Issue number1
DOIs
Publication statusPublished - 1 Mar 2017

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Lutjanus
coral reefs
coral reef
fish
climate change
snapper
biochronology
otoliths
Pacific Ocean
sea level
growth response
reefs
climate
coasts
environmental factors
prediction
size structure
otolith
comparison
continent

Cite this

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title = "Cross-continent comparisons reveal differing environmental drivers of growth of the coral reef fish, Lutjanus bohar",
abstract = "Biochronologies provide important insights into the growth responses of fishes to past variability in physical and biological environments and, in so doing, allow modelling of likely responses to climate change in the future. We examined spatial variability in the key drivers of inter-annual growth patterns of a widespread, tropical snapper, Lutjanus bohar, at similar tropical latitudes on the north-western and north-eastern coasts of the continent of Australia. For this study, we developed biochronologies from otoliths that provided proxies of somatic growth and these were analysed using mixed-effects models to examine the historical drivers of growth. Our analyses demonstrated that growth patterns of fish were driven by different climatic and biological factors in each region, including Pacific Ocean climate indices, regional sea level and the size structure of the fish community. Our results showed that the local oceanographic and biological context of reef systems strongly influenced the growth of L. bohar and that a single age-related growth trend cannot be assumed for separate populations of this species that are likely to experience different environmental conditions. Generalised predictions about the growth response of fishes to climate change will thus require adequate characterisation of the spatial variability in growth determinants likely to be found throughout the range of species that have cosmopolitan distributions.",
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Cross-continent comparisons reveal differing environmental drivers of growth of the coral reef fish, Lutjanus bohar. / Ong, Joyce J L; Rountrey, Adam N.; Marriott, Ross J.; Newman, Stephen J.; Meeuwig, Jessica J.; Meekan, Mark G.

In: Coral Reefs, Vol. 36, No. 1, 01.03.2017, p. 195-206.

Research output: Contribution to journalArticle

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AU - Meeuwig, Jessica J.

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