Understanding how ectotherms respond to variations in environmental temperature is crucial for predicting their responses to ongoing warming. We found plasticity in thermal sensitivity and thermal tolerance as a response to predation risk. Leer más.






Understanding how ectotherms respond to variations in environmental temperature is crucial for predicting their responses to ongoing warming. We found plasticity in thermal sensitivity and thermal tolerance as a response to predation risk. Leer más.

Guy Naulleau, membre fondateur et président d’honneur de la SHF, nous a quittés le 8 février dernier. Le conseil d’administration et l’équipe salariée de la SHF adressent leurs plus sincères condoléances à sa famille et à ses proches, et souhaitent chaleureusement le remercier pour son engagement. Leer más.

Our findings emphasize the importance of considering local to regional adaptations and environmental conditions when studying thermal physiology and the evolution of thermal tolerance in ectotherms. Leer más.

Using genome-scale molecular datasets, the extent of admixture across hybrid zones can now be effectively assessed and the evolutionary independence of lineages inferred, leading to more reliable and comparable species delimitation criteria. Leer más.

This new information on hibernation habits at the north of these reptiles’ range is useful for wildlife managers to avoid unnecessarily sacrificing turtles when prescribing fires. Leer más.
