Venus Flytraps have little hairs or sensors that whenever a fly lands on it, it triggers the "sensors" and it closes upon its prey.
I do not think that it has a specific name for only that. I am not a plant professional but I can tell you that number one; they aren't leaves and number two; It should only be called "the head of the Venus Flytrap closing". It also does not need a capital V since it is not the name of a planet, but the name of a plant (Venus).
what i learnt in the school was it is adopted for insectivorous living its leaves have hairy borders n slippery surface to trap the insects as soon a insect comes near by the hairy hindges in the periperhy of the leaves catches it n the leaves folds within inside to trap the insect complety
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.
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".
The Venus Flytrap is a carnivorous plant. A trapping mechanism on its leaves is set to close on insects or spiders that may pass through. The plant then takes nutrients from the decaying insects.
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.
The Venus Flytrap could be considered falling into this group as movement by the fly (or other small insect) causes the leaf to close
ehh example a fly. The fly is not benifiting of the relationship with the venus fly trap. because the fly is the host she is being eating by the venus fly trap.but the venus fly trap is benifiting.
In a Venus flytrap, there are structures called trigger hairs on the surface of the trap lobes which, when touched twice within 20 seconds, cause the trap to close. Inside the trap are teeth-like structures called cilia that interlock, preventing escape. When an insect is trapped, the plant secretes digestive enzymes to break down the insect for nutrient absorption.
A leave or leaf because it is really just two leafs with small hairs that tell the leaves to close or open.
Yes. Growing in areas of poor soil, the Venus Flytrap needs additional minerals, which it obtains by digesting trapped insects. The Venus Flytrap has colorful paired leaves with a row of cilia (spikes) along the edges. When a fly lands on a leaf, it triggers tiny hairs that cause the two halves of the leaf to close, forming a cage that the fly cannot escape from. As it tries to escape, it will eventually be trapped within the leaf and dissolved by enzymes.
If a twig or stone landed on a Venus Flytrap it would most probably close up or get crushed depending on the size of the twig/stone. It wouldn't eat it because it is not edible.