Listening and Making Beats With the Birds: An Outdoor Music‐Based Toolkit for Youth Engagement and Conservation Technologies

Abstract Biodiversity loss and unequal access to nature limit both ecological knowledge and opportunities for experiential learning. Here I present a portable, power outlet–independent educational toolkit that integrates AI‐assisted bird detection (Haikubox, BirdNET‐Pi, Merlin Bird ID) with off‐the‐shelf sound‐recording and music‐creation hardware using Ableton Move. This interdisciplinary approach engages participants in active listening, outdoor exploration, and place‐based music‐making using locally recorded bird vocalizations. Self‐reflection from two case studies in Connecticut and California, USA, suggests that this approach can (1) broaden participation in biodiversity monitoring, (2) help demystify AI and acoustic sensing technologies, (3) generate biodiversity observations, and (4) offer an accessible model for integrating music into environmental education. By linking environmental justice, ecological monitoring, biodiversity gap‐filling, and critical engagement with who participates in biodiversity data collection, alongside creative expression, this approach offers a scalable strategy to reconnect with nature.

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Publication Details

Journal
Bulletin of the Ecological Society of America
Published
2026-03-14
DOI
https://doi.org/10.1002/bes2.70073
Primary Topic
Animal and Plant Science Education
Type
article
Field-Weighted Citation Impact
0.00
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article

Listening and Making Beats With the Birds: An Outdoor Music‐Based Toolkit for Youth Engagement and Conservation Technologies

Diego Ellis‐Soto
Bulletin of the Ecological Society of America
Animal and Plant Science Education
article

Listening and Making Beats With the Birds: An Outdoor Music‐Based Toolkit for Youth Engagement and Conservation Technologies

Diego Ellis‐Soto
article en

Abstract

Abstract Biodiversity loss and unequal access to nature limit both ecological knowledge and opportunities for experiential learning. Here I present a portable, power outlet–independent educational toolkit that integrates AI‐assisted bird detection (Haikubox, BirdNET‐Pi, Merlin Bird ID) with off‐the‐shelf sound‐recording and music‐creation hardware using Ableton Move. This interdisciplinary approach engages participants in active listening, outdoor exploration, and place‐based music‐making using locally recorded bird vocalizations. Self‐reflection from two case studies in Connecticut and California, USA, suggests that this approach can (1) broaden participation in biodiversity monitoring, (2) help demystify AI and acoustic sensing technologies, (3) generate biodiversity observations, and (4) offer an accessible model for integrating music into environmental education. By linking environmental justice, ecological monitoring, biodiversity gap‐filling, and critical engagement with who participates in biodiversity data collection, alongside creative expression, this approach offers a scalable strategy to reconnect with nature.

Bulletin of the Ecological Society of America
University of California, Berkeley (US)
Openalex Percentile: Top 30%
Animal and Plant Science Education
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