• DOI:10.4172/2155-9546.1000354
• Corpus ID: 39501936

Advanced Techniques for Morphometric Analysis in Fish

@article{To2015AdvancedTF,
  title={Advanced Techniques for Morphometric Analysis in Fish},
  author={Mojekwu To and Anumudu Ci},
  journal={Journal of Aquaculture Research and Development},
  year={2015},
  volume={6},
  pages={1-6}
}

• M. To, Anumudu Ci
• Published 30 June 2015
• Environmental Science
• Journal of Aquaculture Research and Development

Information on the biology and population structure of any species is a prerequisite for developing management and conservation strategies. Morphometric characters of fish are the measurable characters common to all fishes. Some arbitrarily selected points on a fish body known as landmarks help the individual fish shape to be analyzed. A landmark is a point of correspondence on an object that matches between and within populations. Advanced techniques for morphometric analysis offers more efficient and powerful tools in identify differences between fish populations, detecting differences among groups and to differentiate between species of similar shape. Morphometric methods such as univariate comparisons, bivariate analyses of relative growth pattern and a series of multivariate methods have been developed and applied to discriminate stocks. The use of multivariate techniques such as principal components and discriminant analyses to quantify morphometric variables are also receiving increased attention in stock identification. Some of the advanced techniques developed for morphometric analysis in fish population are Truss network measurement, Image analysis- Univarite, Bivariate, and Multivariate, Principal Component Analysis (PCA).