Loading...
Loading...
African Journal of Environment and Natural Science Research
Vol. 9Issue 12026pp. 83–99Published 26 February 2026
DOI 10.52589/AJENSR-HFLAPTH0Share Link
Cite this
Citation unavailable for this article.
Abstract:
This study examines how the violin can evoke, imitate, and transform the sonic behaviour of mosquitoes through ecological listening, biomimicry, and detailed timbral analysis. Recordings of Aedes aegypti and Anopheles gambiae flight tones were analysed to identify their narrowband frequencies, oscillatory patterns, and behavioural qualities. Through the lens of Soundscape Ecology, these insect sounds are treated as meaningful components of a wider acoustic environment rather than incidental noise. Biomimicry Theory then provides a framework for understanding how composers translate ecological behaviours, such as hovering, swarming, and darting, into violin gestures and textures. Using Spectro‑morphology, the study compares the spectral brightness, instability, and energy flow of mosquito tones with selected passages from works by Crumb, Saariaho, and Sciarrino, revealing points of acoustic and gestural convergence. Semiotic interpretation further shows how mosquito‑like timbres function as iconic, indexical, and symbolic signs, carrying cultural associations of fragility, tension, and presence. The findings introduce the concept of ecological timbre, demonstrating that environmental sound can shape instrumental expression and expand the violin’s role within a broader sonic ecology. The study contributes new insights to ecomusicology, biomimetic creativity, and contemporary music analysis.
Disclaimer/Publisher’s Note
The statements, opinions and data contained in this publication are solely those of the author(s) and contributor(s) and not of AB Journals or its editors. AB Journals remains neutral and accepts no responsibility for any injury or damage resulting from ideas, methods, instructions or products referred to in the content.
Copyrights