Marina Sentís

This study examines metabolic responses of common waxbills to sub-thermoneutral temperatures, finding that BMR is not a reliable predictor of SMR and that energy-saving strategies involve shallow hypothermia.

This study uses a mechanistic species distribution model to predict current and future ranges of the common waxbill, identifying climate-driven expansion risks in Europe.

This study examines the metabolic responses of common waxbills to cold temperatures in their native range, identifying a metabolic inflection point at 16°C that may indicate an adaptive energy-saving strategy.