Flight-by-feel is an emerging approach to flight control that uses distributed arrays of
pressure, strain, and flow sensors to guide aircraft. Among these, hair-type flow sensors …

Many aquatic and aerial animals have evolved highly sensitive flow receptors to help them
survive in challenging environments. The biological flow receptors, such as filiform hairs …

Simple Summary Birds often exhibit differences in locomotion, foraging, and predator
detection, many of which are often reflected in their eye sizes. Therefore, understanding the …

Troglomorphism—any morphological adaptation enabling life to the constant darkness of
caves, such as loss of pigment, reduced eyesight or blindness, over-developed tactile and …

Fish can perceive the surrounding flow field using their lateral line systems, consisting of
canal neuromasts (CNs) for flow pressure gradient perception and superficial neuromasts …

The genus Sinocyclocheilus, comprising a large radiation of freshwater cavefishes, are well
known for their presence of regressive features (eg variable eye reduction). Fewer …

Fish can use hydrodynamic stimuli, decoded by lateral line systems, to explore the
surroundings. Eyeless species of the genus Sinocyclocheilus have evolved conspicuous …

In our daily life, flexible flow sensors endow us with a'sixth sense'capability, ie'touch'the
fluids, improving living quality. Although there are kinds of flexible flow sensors developed to …

Effective sensing is challenging in real underwater environment swarming with various
disturbances. However, most research on underwater sensors has been conducted in still …

The morphological diversity of the lateral line system in Teleostei is reviewed, referring
especially to morphological, phylogenetic, and taxonomic studies for the system. The system …