Flesh or bone? Quantifying small-scale coral morphology using with-tissue and without-tissue techniques

The quantification of small-scale coral morphology using tissue-free skeletons often requires colonies, or colony sections, to be removed from the reef. This undesirable destruction can be reduced by using a with-tissue technique based on photographic images of living corals. The results of this stu...

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Published in:Marine biology Vol. 145; no. 2; pp. 323 - 328
Main Authors: TODD, P. A, LADLE, R. J, LEWIN-KOH, N. J. I, CHOU, L. M
Format: Journal Article
Language:English
Published: Heidelberg Springer 01-08-2004
Berlin Springer Nature B.V
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Abstract The quantification of small-scale coral morphology using tissue-free skeletons often requires colonies, or colony sections, to be removed from the reef. This undesirable destruction can be reduced by using a with-tissue technique based on photographic images of living corals. The results of this study indicate that with-tissue multivariate morphometric data contain similar information to skeleton-derived data and can help identify phenotypic plasticity in the massive coral Favia speciosa. With-tissue data can also be used to discern changes with time in individual polyps exposed to new environments. [PUBLICATION ABSTRACT]
AbstractList The quantification of small-scale coral morphology using tissue-free skeletons often requires colonies, or colony sections, to be removed from the reef. This undesirable destruction can be reduced by using a with-tissue technique based on photographic images of living corals. The results of this study indicate that with-tissue multivariate morphometric data contain similar information to skeleton-derived data and can help identify phenotypic plasticity in the massive coral Favia speciosa. With-tissue data can also be used to discern changes with time in individual polyps exposed to new environments. [PUBLICATION ABSTRACT]
The quantification of small-scale coral morphology using tissue-free skeletons often requires colonies, or colony sections, to be removed from the reef. This undesirable destruction can be reduced by using a with-tissue technique based on photographic images of living corals. The results of this study indicate that withtissue multivariate morphometric data contain similar information to skeleton-derived data and can help identify phenotypic plasticity in the massive coral Favia speciosa. With-tissue data can also be used to discern changes with time in individual polyps exposed to new environments.
The quantification of small-scale coral morphology using tissue-free skeletons often requires colonies, or colony sections, to be removed from the reef. This undesirable destruction can be reduced by using a with-tissue technique based on photographic images of living corals. The results of this study indicate that with-tissue multivariate morphometric data contain similar information to skeleton-derived data and can help identify phenotypic plasticity in the massive coral Favia speciosa. With-tissue data can also be used to discern changes with time in individual polyps exposed to new environments.
Author TODD, P. A
LADLE, R. J
LEWIN-KOH, N. J. I
CHOU, L. M
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  fullname: CHOU, L. M
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Keywords Coelenterata
Invertebrata
Coral
Morphology
Cnidaria
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Snippet The quantification of small-scale coral morphology using tissue-free skeletons often requires colonies, or colony sections, to be removed from the reef. This...
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SubjectTerms Animal and plant ecology
Animal populations
Animal, plant and microbial ecology
Biological and medical sciences
Coral reefs
Favia speciosa
Fundamental and applied biological sciences. Psychology
Genotype & phenotype
Marine
Marine biology
Photography
Sea water ecosystems
Synecology
Tissues
Title Flesh or bone? Quantifying small-scale coral morphology using with-tissue and without-tissue techniques
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