Fluid turbulence is a double-edged sword for the navigation of macroscopic animals, such
as birds, insects, and rodents. On the one hand, turbulence enables pheromone …

Most animals survive and thrive due to navigational behavior to reach their destinations. In
order to navigate, it is important for animals to integrate information obtained from …

Odours used by insects for foraging and mating are carried by the air. Insects induce airflows
around them by flap** their wings, and the distribution of these airflows may strongly …

Objective Previous research has explored the pheromone release patterns of female moths,
revealing species-specific release frequencies and the transmission of temporal information …

Despite their simple nervous systems, insects efficiently search for and find sources of
odorants. Hence, it is necessary to model and implement such behavior in artificial agents …

Insects have a sophisticated ability to navigate real environments. Virtual reality (VR) is a
powerful tool for analyzing animal navigation in laboratory studies and is the most …

In this study, we propose an insect-inspired odor intake method for carrying out chemical
plume tracing (CPT) in an outdoor environment and experimentally investigated the …

The study of insect navigation has been benefitting from both a rich history in ethology and
sensory physiology, and from the recent advances in neurobiology and neuroanatomy …

Most animals survive and thrive due to navigation behavior to reach their destinations. In
order to navigate, it is important for animals to integrate information obtained from …

昆虫は, 予測不能的に変動する実世界環境下においても, しぶとく, しなやかに振る舞いを生成する
能力を有している. このような適応能力は, 脳神経系, 身体, そして環境を含めた 3 …