Simple Summary The interest in wildlife research has increased in the last decades as more
scientists work within a One Health framework that regards human, livestock and wildlife …

Controlled laboratory experiments are often performed on amphibians to establish causality
between stressor presence and an adverse outcome. However, in the field, identification of …

Among a multitude of stressors to which wildlife is exposed, environmental pollution is a
pervasive one that poses a serious threat. The permeable skin of amphibians is likely to …

Early-life environmental variation can influence later-life physiology, such as the regulation
of glucocorticoids. However, characterizing the effects of environmental factors on hormone …

Increased salinity is an emerging contaminant of concern for aquatic taxa. For amphibians
exposed to salinity, there is scarce information about the physiological effects and changes …

Global change exposes wildlife to a variety of environmental stressors and is affecting
biodiversity worldwide, with amphibian population declines being at the forefront of the …

Salinity (sodium chloride, NaCl) from anthropogenic sources is a persistent contaminant that
negatively affects freshwater taxa. Amphibians can be susceptible to salinity, but some …

Pesticide exposure and its interaction with other natural stressors can play a role in
amphibian population declines because disruptions in stress hormone regulatory …

Studies on the skin microbiota of amphibians in different disturbed habitats can clarify the
relationship between the skin microbiota composition and environmental factors and have …

We studied the effects of salinity on the egg fertilization, hatching, and tadpole growth and
survival rates of the Thailand frog (Rana tigerina Dubois, 1981), an introduced species that …