Published Paper Details:

This experiment scrutinizes the impact of artificial light on the life cycle of silkworms(Bombyx mori). Bombyx mori are broadly observed due as they are of huge economic importance in silk production and their possible usages in biotechnology. The motive of this experiment is to develop an articulated perception about how exposure to different light conditions influences the succession stages and overall life cycle of Bombyx mori. To perform the experiment, silkworm larvae were settled in regulated surroundings with variation in levels of light exposure. The experiment is an eclectic combination of partial light, and complete darkness circumstances. The growth of the silkworm life cycle was observed and noted down of each and every milestone such as egg laying, larval growth, pupal formation, and emergence of adult. These preliminary findings direct that artificial light plays a delicate role in impacting the life cycle of silkworms. This study bestows to the wider perception of the influence of environmental attributes on the life cycle of silkworms and offers better perspective for improving sericulture practices and quiescent biotechnological usage.