Biometrics of Aquatic Animals

Author:

M.S. Farrag Mahmoud

Abstract

This chapter is a part of the book “Recent advances in biometrics” introduces the importance of biometrics in the aquatic studies in brief view. Biometric measurements (Morphometric, meristics and description) are widely used in various fields’ “taxonomy, species identifications, monitoring of pollution, species abnormalities, comparison, environmental changes, growth variation, feeding behavior, ecological strategies, stock management, and water quality of aquaculture. These data were collected from several articles and books of aquatic animals and presented both applications and required considerations for biometric implementations. It is important also to detect sexual dimorphism, adaptations during evolutionary time and diminishing intraspecific competition by increasing niche portioning. The biometrics could be applied for various aquatic organisms as dolphins, sharks, rays, mollusca, crustaceans, protozoa, … etc. and for specific organs like teeth, otolith and appendages by different techniques and preservations. Scientists are still applying these measurements even with the presence of advanced techniques like PCR as they are low in cost, faster and more applicable. This chapter also presented some recent trends including animal’s biometric recognition systems, followed by challenges and considerations for the biometrics implementations. It is recommended to apply biometrics in wide range together with modern techniques considering the specificity of its quality and preservation status.

Publisher

IntechOpen

Reference50 articles.

1. Babich A. Biometric Authentication. Types of biometric identifiers [Bachelor’s thesis]. University of Applied Sciences; 2012 53p

2. Barron UG, Butler F, McDonnell K, Ward S. The end of the identity crisis? Advances in biometric markers for animal identification. Irish Veterinary Journal. 2009;62:204-208

3. Turan C. A note on the examination of morphometric differentiation among fish population: The truss system. Turkey Journal of Zoology. 1999;23:259-263

4. Begg GA, Friedland KD, Pearce JB. Stock identification and its role in stock assessment and fisheries management: An overview. Journal of Fishery Research. 1999;43:1-8

5. ICES (International Council for the Exploration of the Sea). Report of the Study Group on Stock Identification Protocols for Finfish and Shellfish Stocks. ICES C. M. M1; 1996

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