N. Ujhegyi

This study finds urban-dwelling tadpoles have higher heat tolerance than woodland ones, but this difference disappears in a common-garden experiment, suggesting phenotypic plasticity drives the response, with no sex effect on heat tolerance.

The paper tests if corticosterone mediates sex reversal in frogs and finds no significant dose-effect relationship, but notes urban habitats increase sex reversal and reduce fitness.

This study examines how heat waves during larval stages affect life-history traits and sexual development in two amphibian species, showing species-specific and timing-dependent effects.

This study examines the effects of chlorpyrifos on agile frog tadpoles, finding that chronic exposure at high concentrations alters locomotor activity and body mass, but not other traits, suggesting some tolerance to the pesticide.

The paper develops genetic sex markers to assess sex reversal in common toads across habitats and finds low sex reversal frequency despite endocrine disruptors.

This study examines the combined effects of elevated temperature and a xenoestrogen on sex reversal and fitness traits in agile frogs, finding non-additive interactions affecting body mass.