A comprehensive understanding of the genetic mechanisms that shape species responses
to thermal variation is essential for more accurate predictions of the impacts of climate …

Critical thermal limits (CTLs) gauge the physiological impact of temperature on survival or
critical biological function, aiding predictions of species range shifts and climatic resilience …

Organism condition plays an important role in sexual selection. Sexual ornaments and
displays can be condition‐dependent, reflecting either underlying genetic quality …

Frequent and extreme temperatures associated with climate change pose a major threat to
biodiversity, particularly for organisms whose metabolism is strictly linked to ambient …

Climate change is increasing mean temperatures, and intensifying heatwaves. Natural
populations may respond to stress through shorter-term acclimation via plasticity and/or …

Rising temperatures can adversely affect parental care and reproductive performance
across a range of taxa. However, the warming impact is contingent upon understanding how …

Elevated temperature often has life stage-specific effects on ectotherms because thermal
tolerance varies throughout ontogeny. Impacts of elevated temperature may extend beyond …

Aiempi tutkimus on usein painottunut vain yhden sukupuolen parinvalintaan liittyvien
mekanismien selvittämiseen jättäen toisen sukupuolen vähemmälle huomiolle …

Strong sexual selection promotes population viability and evolvability, but sexual conflict can
offset such benefits. Male harm adaptations leading to pre-copulatory (ie harassment) and/or …

Sexual selection often leads to sexual conflict via pre-copulatory (harassment) and/or 26
copulatory (traumatic insemination) male harm to females, impacting population growth, 27 …