What role do temperature and light play in the development of mosquito larvae?

Temperature and light significantly influence the rate of development in mosquito larvae. The metabolic processes of these larvae are highly sensitive to environmental conditions. Warmer temperatures generally accelerate development by increasing metabolic activities, leading to faster growth and transformation into pupae. Conversely, cooler temperatures can slow down development, prolonging the larval stage before they transition into pupae.

Light also plays a crucial role, as it affects behavior and feeding patterns rather than directly influencing physiological development. However, proper light exposure is needed for optimal feeding, which indirectly impacts growth rates. Overall, both temperature and light are critical in shaping the developmental timelines of mosquito larvae, determining how quickly they progress through their life stages.