D. A. Dalmolin

Trait-environment relationship in tadpoles of the southern Atlantic Forest

The paper examines how environmental factors influence morphological traits of tadpoles in ponds and streams within the Brazilian Atlantic Forest.

Association between land use and composition of amphibian species in temperate Brazilian forest remnants

The paper assesses how land use affects amphibian species composition in Brazilian forest remnants and finds no strong link between land use and species richness, but identifies landscape features as influential.

Living in a changing world: effects of roads and Pinus monocultures on an anuran metacommunity in southern Brazil

This study examines how roads and Pinus monocultures affect anuran metacommunities in southern Brazil, finding distinct impacts on functional and phylogenetic composition.

Anuran assemblage changes along small-scale phytophysiognomies in natural Brazilian grasslands

The paper examines anuran species composition in two phytophysiognomies, finding higher compositional dissimilarity between grassland and forest habitats than within each habitat.

Predator morphology affects prey consumption: evidence from an anuran population in subtropical wetlands

The paper examines how morphological traits of Leptodactylus latrans influence prey consumption, finding that body size and mouth width affect prey volume and taxa diversity.

What and When Local Predictors Drive Tadpole Diversity in Subtropical Temporary Ponds?

The paper examines seasonal changes in tadpole diversity in temporary ponds, finding that water depth significantly influences diversity during high water periods but not low water periods.

TURNOVER OR INTRASPECIFIC TRAIT VARIATION: EXPLAINING FUNCTIONAL VARIABILITY IN A NEOTROPICAL ANURAN METACOMMUNITY

The paper evaluates intraspecific variation and turnover in functional traits of anuran species across environmental gradients in southern Brazil, finding that ITV and turnover contributions vary by species and trait.

Taxonomic and functional anuran beta diversity of the subtropical metacommunity respond differentially to environmental and spatial predictors

The study examines how environmental and spatial factors influence taxonomic and functional beta diversity in anuran metacommunities, finding stronger spatial effects on functional diversity.