Those "hairs" are sensors so if u touch it and touch the other sensors inside the "mouth" of the plant it will close thus trapping whatever is inside.
Flies have hairs on their bodies to help them sense their environment, navigate, and detect potential threats or sources of food. The hairs also help them maintain stability during flight and can trap particles that the fly can later clean off for grooming.
Bees are furry because they have branched body hairs that trap pollen grains as they forage on flowers. These hairs collect and transport the pollen back to their hives to feed their young. The fur also helps the bees regulate their body temperature and protect them from environmental factors.
cause they get cold. The small hairs which cover a flies body detect air movement and that is why it is quite difficult to swat or catch a fly, as the small hairs detect the rush of air caused by your hand or the fly swatter.
The buffalo fly trap was invented in the late 19th century by Frank and Charles Rounds in North America. Buffaloes would rub against the trap to brush off flies, triggering its action to catch and kill the flies.
wei2na4si1bu3ying2cao3 venus flytrap, 维纳捕蝇草
it usses trigger hairs
The tiny hairs on a Venus Flytrap's leaves act as trigger hairs that detect movement. When an insect or prey touches these hairs multiple times within a short period, the trap closes to capture the prey for digestion.
A Venus flytrap is a carnivorous plant that catches prey by snapping its hinged trap shut when tiny hairs on its surface are triggered. When an insect lands on the trap and brushes against the hairs twice, the trap closes, sealing the insect inside and digesting it with enzymes. The plant gains nutrients from the insect to supplement its diet due to the nutrient-poor soil it grows in.
A Venus flytrap has approximately 3-4 sensitive trigger hairs on each lobe of its traps. These hairs must be touched at least twice for the trap to close in response to prey.
Its structural adaptationsLeaf Base Venus fly-traps have two leaf parts: a leaf base and a leaf blade. A Venus fly-trap grows out of the ground with its broad and flat leaf base, which carries out photosynthesis.Trapping MechanismThe second leaf part of a Venus fly-trap is its trapping mechanism, also referred to as the trap, leaf-blade or lamina.Ends of leaves are composed of two lobes hinged together that can open and close in order to trap a small insect.Trigger HairsVenus fly-traps usually have several trigger hairs growing on each trap lobe. When an insect lands on a Venus fly-trap and moves around, trigger hairs know that it is live prey that can be trapped and eaten.Venus Fly-trap TeethThe egdes of a Venus fly-trap have teeth and look fingerlike. The teeth lace together when an insect is trapped by the plant.PetioleThe two leaf parts of a Venus fly-trap, the leaf blade and leaf base, are joined together by a small stalk called the petiole.They have many sensitive trigger hairs.The Venus Flytrap attracts insects to it by its bright colour and scent. When an animal triggers 2 of its trigger hairs inside one of its mouths (leaves) the trap shuts tight and the animal/insect is slowly digested over a period of around 10 days.acid of the mouth, sharpe bendable teeth, and green coding.Since the Venus fly trap lives in boggy, wet habitats, they have had to adapt to survive and live there. Venus fly traps have special hairs inside the trap that once touched, trigger the trap to suddenly shut. If the fly inside is caught, enzymes will digest the pray to get much needed vitamins that the bog does not have. The flies think the trap is a flower and fly into it without a second thought.
Those are called 'triggering hairs' that do exactly what it says on the tin! They 'trigger' any movement that enters the leaf, and cause it to shut like a trap, hence the name, Venus "Flytrap".
On the inner side of the plant's leaves, there are tiny hairs that can sense when an object has landed on the Venus Flytrap. The hairs let the trap know when to close on its prey.
Flies are drawn to the colourful traps on the Venus Flytrap, to hopefully find something to eat. Once the fly enters the trap, tiny sensitive hairs trigger the trap to close. The fly is slowly digested and the key nutrients are passed around the plant.
fly, venus fly trap
The Venus Flytrap (as an example) entices flies to land on its open leaves. Once a fly brushes against fine hairs, the trap is sprung, entrapping the fly. The fly is dissolved and absorbed into the plant as a nutrient.
When the hairs are stimulated, the "trap" closes.
The modified leaves (trap) have super sensitive hairs on the inner surface; any movement to the hairs (normally more than once to prevent false closures), results in the "trap" shutting capturing the insect between the leaves. Digestive enzymes are then released killing and digesting the soft body contents of the insect. See related links