Pelicans use their sense of touch primarily through their bills and facial skin to locate and capture prey. The sensitive nerve endings in their bills help them detect vibrations and movements in the water, allowing them to sense fish even in murky conditions. Additionally, their webbed feet have tactile receptors that aid in navigation and foraging on wet surfaces. This heightened sense of touch enhances their hunting efficiency and adaptability in diverse aquatic environments.
Pretty much the same way as we do, through :hearingsightsmelltastefeeling(touch)
Prescience would possibly be considered the sixth sense. BUT that is not a sense in the usual way. In addition to the usual five senses that are spoken of, [touch, sight, sound, ... .] we have quite a number of other senses. Your sense of balance is of great use, and with touch, there are at least three differentiations of these. The feeling of a sixth sense is often felt because we subconsciously perceive some disagreement within the natural senses, and we become alert, but without knowing why.
They use it to find prey and to sense any danger coming their way.
Brown Pelicans weigh about 8-10 pounds.
The blind men found his way by using his tactile navigation aids.
Yes, dogs can use their strong sense of smell to find their way back home.
Pretty much the same way we do. Sight, smell, hearing, taste, touch.
WRONG
Actually, it is 'Touch'. There is no easy way to say "Of or pertaining to touch", so tactile became the word, and like gubernatorial for "of and pertaining to the governer, makes no spelling sense.
That depends on what you mean by "feelers". They didn't have antennae the way insects do. They did have a sense of touch like you and all animals do.
No samsung touch phones are way easier to use and the touch screen on the samsung is more responsive. Hope I helped :)
Pressure receptors in the skin, known as mechanoreceptors, detect mechanical stimuli like touch, pressure, and vibration. These receptors send signals to the brain, which processes the information and allows us to perceive and interpret sensations of touch. In this way, pressure receptors play a crucial role in our sense of touch by helping us to feel and respond to our environment.