Nitrous oxide (N2O) is an air pollutant of major environmental concern, with agriculture
representing 60% of anthropogenic global N2O emissions. Much of the N2O emissions from …

There is growing interest in studying hormones beyond single 'snapshot'measurements, as
recognition that individual variation in the endocrine response to environmental change may …

Variation in stress responses has been investigated in relation to environmental factors,
species ecology, life history and fitness. Moreover, mechanistic studies have unravelled …

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

As cities expand across the globe, understanding factors that underlie variation in urban
tolerance is vital for predicting changes in patterns of biodiversity. Endocrine traits, like …

As environments become urbanized, tolerant species become more prevalent. The
physiological, behavioral and life-history mechanisms associated with the success of such …

Anthropogenic environmental change poses a special threat to species in which genetic sex
determination can be overwritten by the thermal and chemical environment. Endocrine …

The amphibian skin microbiome is an important component of anti-pathogen defense, but
the impact of environmental change on the link between microbiome composition and host …

Novel pressures derived from urbanisation can alter native habitats and ultimately impact
wildlife. Co** with such human-driven changes might induce shifts in species phenotypic …

The ability of wildlife to endure the effects of high temperatures is increasingly important for
biodiversity conservation under climate change and spreading urbanization. Organisms …