Abstract About 35% of tree-cavity-nesting bird species inhabit the Neotropics, a region
crucial to understanding their breeding ecology, conservation, and roles in social-ecological …

Understanding how organisms are co** with major changes imposed by urban
intensification is a complex task. In fact, our understanding of the impacts of urbanization on …

Large, well described gaps exist in both what we know and what we need to know to
address the biodiversity crisis. Artificial intelligence (AI) offers new potential for filling these …

Many animals build structures that are used for shelter, reproduction or to capture prey. The
type of material used to build these structures is likely to influence their solidity …

Many species of birds use shed snake skin in nest construction, but this behavior remains
poorly understood. Ecological context is likely key for understanding how this unusual, but …

Urban growth often leads to land-use changes that result in biodiversity loss and reduced
human benefits. In urban zones, green areas facilitate physicochemical processes (such as …

Interspecific variation in sex-specific contributions to prenatal parental care, including avian
nest building, is becoming increasingly better understood as we amass more information on …

Large comparative datasets of avian functional traits have been used to address a wide
range of questions in ecology and evolution. To date, this work has been constrained by the …

Paisagens urbanas são cada vez mais dominantes ao redor do mundo criando uma nova
interface para a fauna silvestre. Apesar de ter sido ignorado por muito tempo pelos …