Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Calling phenology of four anurans in tropical Mexico

View through CrossRef
Anuran vocalizations transmit relevant information that aids in individual recognition and sexual selection by females. When studied over time, vocalizations can help us to understand reproductive phenology. Here, we used an automated recording system to obtain calls of 4 anurans in southeastern Mexico, described the calling phenology of the species and tested its relationship with environmental variables. We performed Generalized Linear Mixed Effects Models (GLMM’s) to explore possible relationships between calling and environmental variables. The hylid species (Agalychnis callidryas, A. moreletii and Dendropsophus ebraccatus) showed a clear calling pattern; they began calling in April/May and increased in their intensity during the rainy season, from June to September. Craugastor lokishowed, contrarily, no clear patterns of calling, preferring to call almost continuously throughout the year. Among the environmental factors tested, only minimum temperature and the amount of days without rain had an effect (positive and negative, respectively) on calling activity of the hylids, but we found that calling from other species had greater positive effects within the group. There was a strong phenological overlap in the calling behavior of these species,which may suggest that competition for site of calling or acoustic niche partitioning can be present in the community.
Title: Calling phenology of four anurans in tropical Mexico
Description:
Anuran vocalizations transmit relevant information that aids in individual recognition and sexual selection by females.
When studied over time, vocalizations can help us to understand reproductive phenology.
Here, we used an automated recording system to obtain calls of 4 anurans in southeastern Mexico, described the calling phenology of the species and tested its relationship with environmental variables.
We performed Generalized Linear Mixed Effects Models (GLMM’s) to explore possible relationships between calling and environmental variables.
The hylid species (Agalychnis callidryas, A.
moreletii and Dendropsophus ebraccatus) showed a clear calling pattern; they began calling in April/May and increased in their intensity during the rainy season, from June to September.
Craugastor lokishowed, contrarily, no clear patterns of calling, preferring to call almost continuously throughout the year.
Among the environmental factors tested, only minimum temperature and the amount of days without rain had an effect (positive and negative, respectively) on calling activity of the hylids, but we found that calling from other species had greater positive effects within the group.
There was a strong phenological overlap in the calling behavior of these species,which may suggest that competition for site of calling or acoustic niche partitioning can be present in the community.

Related Results

The impact of perceived calling on work outcomes in a nursing context: The role of career commitment and living one’s calling
The impact of perceived calling on work outcomes in a nursing context: The role of career commitment and living one’s calling
AbstractThe current study examined the impact of perceived calling on nurses’ organizational commitment, organizational citizenship behavior, workplace deviant behavior, and turnov...
Using Citizen Science to build baseline data on tropical tree phenology
Using Citizen Science to build baseline data on tropical tree phenology
Abstract Large-scale and long-term understanding of the phenology of widespread tree species is lacking in the tropics, and particularly in the I...
Soil fertility advances spring phenology of deciduous trees across temperate European forests 
Soil fertility advances spring phenology of deciduous trees across temperate European forests 
Phenology affects tree growth, as well as ecosystem dynamics such as the carbon, water and nutrient cycles. As phenology represents a plastic response of trees to environmental cha...
Thermal Relationship in Tropical Anurans from Two Contrasting Habitats Along an Elevation Gradient in Colombia
Thermal Relationship in Tropical Anurans from Two Contrasting Habitats Along an Elevation Gradient in Colombia
Anurans are ectothermic organisms highly susceptible to variations in the environmental temperature that changes with elevation and between habitats in tropical mountains. The aim ...
phenoC++: An open-source tool for retrieving vegetation phenology from satellite remote sensing data
phenoC++: An open-source tool for retrieving vegetation phenology from satellite remote sensing data
Satellite-retrieved vegetation phenology has great potential for application in characterizing seasonal and annual land surface dynamics. However, obtaining regional-scale vegetati...
A warmer growing season triggers earlier following spring phenology
A warmer growing season triggers earlier following spring phenology
AbstractUnder global warming, advances in spring phenology due to the rising temperature have been widely reported. However, the physiological mechanisms underlying the warming-ind...

Back to Top