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Studies on Neotropical Fauna and Environment· 2026Q2

Vocal repertoire and variability in the advertisement call of Ololygon goya Andrade, Santos, Rocha, Pombal & Vaz-Silva 2018 (Anura: Hylidae): influence of climatic and morphological attributes

Sheila Pereira de Andrade, Edmar Pereira Victor Jr., CEZAR FILHO ROCHA, Igor Gerolineto-Alves et al.

Short summary

Ololygon goya produces two types of aggressive calls, with among-male variability exceeding within-male variability in advertisement calls. Call duration decreases with higher air temperature, and dominant frequency decreases with poorer body condition.

AI-generated from the title and abstract; the full text is not read.

Key points

  • Ololygon goya exhibits two types of aggressive calls.
  • Advertisement call duration is negatively related to air temperature.
  • Dominant frequency is negatively related to body condition.
  • Among-male vocal variability is greater than within-male variability.

AI-generated from the title and abstract; the full text is not read.

Abstract

Most anuran species exhibit complex vocal behavior, capable of producing a variety of sounds that are used, primarily, in the context of mating and resource defense. Understanding how acoustic traits vary among individuals and respond to climatic and morphological factors is fundamental for interpreting the evolution of acoustic communication and individual recognition in anurans. Herein, we observed the acoustic behavior of Ololygon goya, and we describe two types of aggressive calls of this species. In addition, the influence of air temperature and humidity and morphological attributes on the acoustic parameters of advertisement call was tested. Air temperature had a negative relationship with call duration and body condition had a negative relationship with dominant frequency. The temporal parameters of advertisement calls were classified as dynamic properties, while the dominant frequency was considered a static property. The variability among-male was greater than the variability within-male. These findings indicate that dominant frequency is a stable acoustic trait with potential to mediate individual recognition in this species. Our findings expand the current knowledge of acoustic communication in Ololygon and provide a basis for future comparative studies on the evolution of vocal repertoires and acoustic recognition systems in Neotropical frogs.

The authors' abstract, as published at the source. Studies on Neotropical Fauna and Environment, 2026 · DOI ↗

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