J. N. Pinto-Ledezma

This paper maps oak wilt disease using land surface phenology metrics from satellite data to distinguish tree health conditions with high accuracy.

This study examines how phylogenetic relatedness between an invasive plant species and co-occurring species changes with elevation, finding increased phylogenetic distance at higher elevations and species richness.

The paper introduces phylogenetic completeness as a method to maximize protection of evolutionary innovations in conservation scenarios.

This paper evaluates stacked species distribution models and remote sensing products for predicting biodiversity at different spatial scales, finding they perform well at macroecological scales but not at plot-level resolution.

This study examines how climate influences the evolution of viviparity in spiny lizards across multiple scales, finding that past climate change had a greater impact than current climates.

The paper assesses the impact of urban heat island effects on dengue transmission potential in the southern United States and finds no significant positive correlation between urban warming and dengue risk.

The paper evaluates Darwin's naturalization conundrum by analyzing taxonomic, functional, and phylogenetic patterns of nonnative plant species across a 31-year fire gradient in an oak savanna.