Moth Night Vision explores the fascinating adaptations that allow moths to thrive in darkness. Far from a diminished form of daytime sight, moth night vision is a highly specialized sensory system. The book investigates how these nocturnal insects navigate, find food, and evade predators in low-light conditions. By delving into the intricate biological structures of moth eyes and the neural processes that interpret faint light signals, the book shows how moths use structural adaptations and neural processing strategies to see in the dark. The book examines the ecological implications of moth night vision, highlighting its role in pollination and nocturnal ecosystems. It reveals how the arrangement of ommatidia and photoreceptor cells contribute to their unique vision. Presenting a balanced overview, Moth Night Vision connects these biological insights to potential applications in robotics and materials science. Organized into four parts, the book begins with an overview of insect vision and moth biology before exploring structural adaptations, neural mechanisms, and ecological implications. It draws on anatomical studies, electrophysiological recordings, and behavioral experiments to support its arguments. This integrated approach offers a comprehensive understanding of how moths have adapted to nocturnal life, making it valuable for students, researchers, and anyone interested in insects, vision, or evolutionary biology.
