touch and small hairs
It should detect anything other than heart worm.
homeostasis
The platypus identifies its natural surroundings by using its senses of sight and hearing much as most other mammals do. Its sense of electroreception is used only for finding food, and can be used only to detect the electrical impulses made by tiny invertebrates such as yabbies, insect larvae and annelid worms.
Yes and no. It can detect malware (trojans, worms etc.) but really, it is designed to detect spyware and adware. Hope this helps!
A thermal camera utilizes radiative heat transfer to detect an object that is warmer than its surroundings.
Yes, wasps have eyes. They use their compound eyes to detect movement, locate food, and navigate their surroundings. These eyes are made up of many tiny lenses, allowing them to see a wide field of view and detect fast movements.
One can detect heat sensors by searching their surroundings. Often, heat centers are located on ceilings in most rooms, and especially concentrated in areas such as the kitchen.
Platyhelminthes, or flatworms, sense their surroundings using a variety of specialized structures. They possess primitive sensory organs called ocelli, which detect light, and statocysts that help with balance and orientation. Additionally, they have chemoreceptors on their bodies that can sense chemical gradients in the environment, allowing them to detect food or potential threats. These sensory adaptations enable flatworms to navigate and respond to their surroundings effectively.
Segmented worms, also known as annelids, have sensory organs called setae. These are bristle-like structures that help the worms sense their environment, move, and anchor themselves. Annelids also have chemoreceptors on their bodies to detect chemicals in their surroundings.
WORMSworms will usually use their small senses to detect food then use their small mouth to obtain it.
An inch worm does have eyes. In fact, an inchworm has 6 pairs of eyes called receptors and they can tell light from dark.
Jellyfish do not have eyes like humans do. Instead, they have light-sensitive cells called photoreceptors that help them detect changes in light and shadow. This allows them to sense their surroundings and navigate through the water.