Which outcome results when a bird's wing loading significantly increases with added mass?

💡 Explanation

When wing loading increases, the increased mass reduces the bird's ability to rapidly change direction due to higher inertia, affecting maneuverability because turning requires greater force. Therefore reduced maneuverability results, rather than enhanced lift, improved stability, or decreased energy expenditure, which require reductions in wing loading.

• Which risk arises, given increased soil anoxia around wetland plant roots affecting nitrate reductase?
• Which outcome reduces water loss when CAM pathway plants experience prolonged drought conditions?
• Which factor inhibits metamorphosis from pupae to adult in parasitoid infected insects?
• Which risk increases when bird trachea pressure surges?
• Which limit occurs when ant nests exceed maximum temperature during summer midday?
• Which consequence results when thermal stress disrupts corals' intracellular pH regulation?