Dylan Craven

The paper investigates environmental and geographic factors influencing plant diversity in South American coastal lomas, finding an inverse latitudinal gradient shaped by climate, topography, and human impact.

This paper reviews the integration of field-based ecology and remote sensing to estimate plant functional diversity, identifying conceptual and methodological gaps and opportunities for convergence.

The paper shows that the duration of biodiversity sampling (temporal span) significantly affects species richness patterns, interacts with environmental factors, and influences hotspot locations.

This study examines climatic niche changes in non-native plants across multiple regions, finding that niche dynamics depend on introduction history and biogeographic context rather than ecological traits.

This study examines the global biogeography of ferns with chlorophyllous spores, finding that their distribution is influenced by both environmental factors and phylogenetic clustering.

This study quantifies uncertainty in species distribution model-based blacklists for invasive plants by evaluating the impact of occurrence data, environmental predictors, algorithms, and thresholding methods.

This study examines how herbivore exclusion affects plant trait variation and ecological strategies in a semi-arid shrubland, revealing shifts in resource use and intraspecific diversity.