My research focuses on the behavioural ecology and physiology of nocturnal moths, particularly Sphinx ligustri.

I am currently conducting a preliminary investigation to identify suitable laboratory conditions for successful adult emergence (eclosion) following pupal diapause. This involves examining the influence of environmental factors, particularly photoperiod, light quality, temperature, and relative humidity, on eclosion success and emergence timing.

The primary objective is to establish reliable laboratory rearing conditions that support healthy adult emergence and provide a foundation for subsequent behavioural experiments. These future studies will explore adult feeding behaviour, responses to visual and olfactory floral cues, and the influence of artificial lighting on moth activity and orientation.

Through this work, I aim to contribute to a better understanding of moth physiology, sensory ecology, and the environmental factors shaping nocturnal insect behaviour.