Feather characteristics of Common Myna Acridotheres tristis (Passeriformes: Sturnidae) from India

Author:

Devi Ray SwapnaORCID,Goldin Quadros ,Dey PrateekORCID,Pramod PadmanabhanORCID,Singh Ram Pratap

Abstract

The systematic study of feather microstructure supports species identification, which is important in cases of illegally traded birds and bird-aircraft strikes. Our study focused on morphometric, macro- and micro-characters of feathers of Common Myna Acridotheres tristis from India. Among macro-characters, silver-colored filoplume feathers with pale black pigmentation on the barbs are specific for A. tristis. Morphometric measurements revealed that primary contour feathers (10.8±0.100 cm) were the longest and bristle feathers (1.26±0.051 cm) the shortest among all feathers. The longest (average) barb is found in primary contour feathers (1.875±0.123 cm), and the shortest in filoplume feathers (0.288±0.017 cm). We observed 3 types of nodal structures, and elongated prongs in bristle and filoplume feathers are significant characteristics of A. tristis. These insights into feather microstructures of A. tristis will aid species identification using plumology.

Publisher

Wildlife Information Liaison Development Society

Subject

Management, Monitoring, Policy and Law,Nature and Landscape Conservation,Animal Science and Zoology,Ecology, Evolution, Behavior and Systematics

Reference24 articles.

1. Ali, S. & S.D. Ripley (1987). Handbook of the birds of India and Pakistan. Vol. 5. Oxford University Press, Bombay, 278 pp.

2. Ahmed, A. (1997). Live Bird Trade in Northern India. TRAFFIC India, New Delhi, 104pp.

3. Ahmed, A. (2001). Fraudulence in Indian live bird trade: An identification monograph for control of illegal trade. TRAFFIC India, New Delhi, 24 pp.

4. Ahmed A. (2013). ‘WILDLIFE ON SALE’: An insight into the Sonepur Mela, Bihar. TRAFFIC POST 17: 16.

5. Brom, T. (1991). The diagnostic and phylogentic significance of feather structures. PhD Thesis. Universiteit van Amsterdam, Instituutvoor Taxonomische Zoölogie, University of Amsterdam, viii+277 pp.

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