# bioacoustics

> biological subdiscipline

**Wikidata**: [Q864191](https://www.wikidata.org/wiki/Q864191)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Bioacoustics)  
**Source**: https://4ort.xyz/entity/bioacoustics

## Summary
Bioacoustics is a biological subdiscipline that studies how sound, vibration, and ultrasound are produced, controlled, and perceived by living organisms. It is part of acoustics, the broader science of mechanical waves in matter, and overlaps with zoomusicology, which examines animal music. Bioacoustics is a specialized field of study within physics and biology, with contributions from notable figures like Ivan Regen and Matija Gogala.

## Key Facts
- Bioacoustics is a subdiscipline of acoustics, which examines mechanical waves in all matter.
- It is related to zoomusicology, a field that studies the music of animals.
- Bioacoustics is a branch of physics and a field of study in biology.
- Ivan Regen (1868–1947) was a Slovenian biologist who contributed to bioacoustics.
- Matija Gogala is a Slovene zoologist associated with bioacoustics.
- The Wikipedia title for bioacoustics is "Bioacoustics."
- The Wikidata description defines bioacoustics as a "biological subdiscipline."

## FAQs
**What is the relationship between bioacoustics and acoustics?**
Bioacoustics is a specialized branch of acoustics that focuses specifically on sound production, perception, and behavior in living organisms.

**How does bioacoustics differ from zoomusicology?**
While both fields study animal sounds, zoomusicology is a broader discipline that combines musicology and zoology, whereas bioacoustics is more narrowly focused on the biological aspects of sound.

**Who are some notable figures in bioacoustics?**
Ivan Regen, a Slovenian biologist, and Matija Gogala, a Slovene zoologist, are notable contributors to bioacoustics.

**Is bioacoustics a field of study?**
Yes, bioacoustics is recognized as a specific field of study within biology and physics.

## Why It Matters
Bioacoustics plays a crucial role in understanding animal communication, behavior, and ecology. By studying how living organisms produce, control, and perceive sound, researchers can uncover insights into species interactions, environmental adaptation, and conservation. This knowledge is essential for ecological research, wildlife monitoring, and the development of technologies that interact with biological systems. Bioacoustics also contributes to interdisciplinary fields like zoomusicology, bridging the gap between biology and musicology.

## Notable For
- Being a specialized subfield of acoustics focused on biological systems.
- Overlapping with zoomusicology, which explores animal music from a combined musicological and zoological perspective.
- Having contributions from notable figures like Ivan Regen and Matija Gogala.
- Providing insights into animal communication, behavior, and environmental adaptation.

## Body
### Classification and Relationships
Bioacoustics is a specialized branch of acoustics, which is the broader study of mechanical waves in matter. It is closely related to zoomusicology, a field that combines musicology and zoology to examine animal music. As a field of study, bioacoustics is part of the academic discipline of biology and is also classified as a subfield of physics.

### Notable Contributors
Ivan Regen, a Slovenian biologist born in 1868 and deceased in 1947, made significant contributions to bioacoustics. Matija Gogala, a Slovene zoologist, is another notable figure associated with the field.

### Wikipedia and Wikidata
The Wikipedia entry for bioacoustics is titled "Bioacoustics," and the Wikidata description defines it as a "biological subdiscipline." These sources provide foundational knowledge for understanding the field's scope and significance.

### Interdisciplinary Connections
Bioacoustics intersects with zoomusicology, which explores animal sounds from a musical perspective. This interdisciplinary approach enhances the understanding of animal communication and behavior. The field also contributes to broader ecological research, helping scientists monitor wildlife and study environmental interactions.

## References

1. Integrated Authority File
2. Freebase Data Dumps. 2013
3. BBC Things
4. BabelNet
5. Quora
6. National Library of Israel
7. [OpenAlex](https://docs.openalex.org/download-snapshot/snapshot-data-format)