Climate change is determining a generalized phenological advancement, and amphibians
are among the taxa showing the strongest phenological responsiveness to warming …

Accurate measures of species abundance are essential to identify conservation strategies. N-
mixture models are increasingly used to estimate abundance on the basis of species counts …

Passive acoustic monitoring using autonomous recording units (ARUs) is a fast-growing
area of wildlife research especially for rare, cryptic species that vocalize. Northern Spotted …

The iconic mountains of the Pantepui biogeographical region host many early-diverging
endemic animal and plant lineages, concurring with Conan Doyle's novel about an ancient …

The complex and dynamic networks of river system, vital for the maintenance of biodiversity
and ecosystem services, are under pressure due to human-induced water stress disrupting …

Estimates of animal abundance provide essential information for population ecological
studies. However, the recording of individuals in the field can be challenging, and accurate …

Passive acoustic monitoring is a common method of studying bats that involves recording
echolocation calls of bats in their natural environment. Call sequences are then identified to …

Amphibian populations are threatened globally, and one of the hypotheses for these
declines is climate change. Species distribution models are frequently used to predict …

Habitat loss and climate change are major threats to amphibian species worldwide. We
combined niche modelling under various climatic scenarios with analysis of habitat loss and …

The Yucatan Peninsula (YP) is one of the most recognizable parts of Mexico and is well
known as one of the significant areas in Mesoamerica which supported the Mayan …