La diversidad beta, entendida como cambio en la composición de especies entre sitios, se
suele evaluar con índices de disimilitud basados en el número de especies compartidas y …

Urban growth negatively impacts biodiversity through species loss and biotic
homogenization. However, cities continue to grow and there are species with certain …

The development of road infrastructures causes the loss and fragmentation of natural
habitats, structurally, due to the landscape reconfiguration, and functionally, due to the noise …

Breeding seasons in anurans are usually noticed by their advertisement calls, which stand
as the main signal emitted by males during their adult life. These calls are species-specific …

Anthropized environments are associated with loss of biodiversity and have been listed as
sites with low species richness for various biological groups. In this study, anuran amphibian …

Functional diversity is an integrative approach to better understand biodiversity across
space and time. In the present study, we investigated the spatiotemporal patterns (ie …

The degree of species loss was assessed by comparing the structure of communities and
species diversity of reptiles from three different environments, one natural (tropical …

Degradation and habitat loss of natural grasslands in Southern Brazil has a negative impact
on native organisms, potentially including the composition of anuran helminth communities …

Agroforestry, often promoted as a sustainable agriculture practice, is rapidly expanding,
often at the cost of primary tropical forests. While agroforestry negatively impacts amphibian …

Land-use change is one of the main drivers of global biodiversity loss, significantly affecting
ecosystems. Small water bodies, such as ponds, are particularly vulnerable to these …