Factors associated with blood pressure regulation during recovery from exercise dramatically influence core temperature regulation. However, it is unknown if gender-related differences in postexercise hemodynamics affect core and muscle temperature response. Sixteen participants (8 males, 8 females) completed an incremental isotonic test on a Kin-Com isokinetic apparatus to determine their activity specific peak oxygen consumption during bilateral knee extensions (VO_2sp). On a separate day, participants performed 15-min of isolated bilateral knee extensions at a moderate (60% VO_2sp) exercise intensity followed by 90-min recovery. Esophageal temperature (T_es), mean arterial pressure (MAP), muscle temperature at 4 depths in the active vastus medialis (T_VM) and 3 depths in the inactive triceps brachii (T_TB) were measured concurrently with sweat rate and cutaneous vascular conductance (CVC). Relative to the pre-exercise resting T_es of 36.7°C (SD 0.1), between 10 and 50-min of recovery T_es was 0.19°C (SD 0.02) higher for females than males (p=0.037). All measurements of T_VM (0.036 > p > 0.014) and T_TB (0.048 > p > 0.008) were higher for females during the initial 30-min of recovery by between 0.46°C to 0.64°C for T_VM and by 0.53°C to 0.70°C for T_TB. In parallel, females showed a 5 to 7 mmHg greater reduction in MAP during recovery relative to males (p=0.002) and a significantly lower CVC (p=0.020) and sweat rate (p=0.034). It is therefore concluded that females demonstrate a greater and more prolonged elevation in postexercise esophageal temperature and active and inactive muscle temperatures which is paralleled by a greater postexercise hypotensive response.