Daniel Pincheira‐Donoso

This study analyzes the evolutionary dynamics of temporal niche use across tetrapods, finding increased diurnality and faster temporal niche evolution in amphibians post-K-Pg extinction.

The paper identifies Occam's bias in phylogenetic linear models and demonstrates its impact on ecological and evolutionary inferences using a study of 13,949 terrestrial vertebrates.

The paper examines how temporal niche (diurnal, nocturnal, cathemeral) affects extinction risk across non-avian tetrapods, finding cathemerality reduces population declines while diurnality increases risk in amphibians.

The paper assesses global amphibian disease interventions, finding antifungal treatments on tadpoles are most effective, but ex situ trials in the Global North may bias results.

This study estimates generation lengths for amphibians, squamates, and testudines using ecological and phylogenetic models to address gaps in conservation data.

The paper predicts global economic costs of invasive tetrapods, finding that adaptive traits like longevity and diet influence costs, with invasive mammals causing most damage.