Ecological niche models (ENMs) based on the presence data of Batrachochytrium dendrobatidis (Bd) can overestimate the mortality risk of chytridiomycosis because the environmental conditions suitable for Bd presence do not always correspond to those conducive to significant host mortality. Leer más.
Ecological niche modelling suggests that the species’ range may be nearly twice as large as previously assumed from its entire range, now extending into Tabuk, Medina, Bahah, and Ha’il Provinces of Saudi Arabia, showing a significant range extension. Leer más.
Un estudio predice que hasta el 36% de sus hábitats en el mundo se verán afectados por una combinación del aumento de las temperaturas y la escasez de agua. Leer más.
Our findings open new avenues into genomic mechanisms of resilience across spatially heterogeneous environments and how rapid evolution correlates with extreme weather events associated with climate change. Leer más.
Our results should be considered in future red list assessments, management unit delimitation, and ex-situ conservation efforts, and are also relevant to study chytrid epidemiology, for which A. obstetricans has been a model organism for nearly three decades. Leer más.
