In their #JEB100 Commentary, @sammiefontaine & @KevinDKohl discuss how #microbiomes can influence the #thermaltolerance of #ectotherms, although questions remain regarding the role that microbes play in the thermal ecology & evolution of their hosts

https://journals.biologists.com/jeb/article/226/12/jeb245761/316644

#comparativephysiology #climatechange

A new #preprint #OpenScience #PeerReview by @PCI_Ecology: Bazin, S. et al. Distinct impacts of food restriction and warming on life history traits affect population fitness in vertebrate #ectotherms. #HAL #Ecology. https://hal.inrae.fr/hal-03738584v3

I am ecophysiologist, with a focus on the effect of various environmental factors on the oxidative status of ectotherms. Special interest on amphibians and their ability to adapt to environmental changes, but I also examine the oxidative costs of interspecific hybridization. Open for cooperation and productive discussion write at marko.prokic@ibiss.bg.ac.rs
#zoology #amphibians #introduction #physiology #ectotherms #climatechange #hybridization #oxidativestress #pollution #stress #herpetology

I am ecophysiologist, with a focus on the effect of various environmental factors on the oxidative status of ectotherms. One special interest I have in this line of research is amphibians and their ability to adapt to environmental changes before, during and after metamorphosis, but I also examine the oxidative costs of interspecific hybridization in crested newts.
#zoology #amphibians #introduction #physiology #ectotherms #climatechange #hybridization #oxidativestress #pollution