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If you're referring to digestion, this is fine, but if you're asking if Nepenthes can catch it by itself, it's probably not possible, because grasshoppers feed on the young leaves of plants, not sweet things, and Nepenthes relies on the lid and lips of the cage to secrete a sweet liquid similar to nectar to attract insects, so ants and flies are more reliable.
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<> "In evolutionary adaptation, the pitcher plant uses sweetness to lure unsuspecting prey to the edge of the trap for which it has become famous, where the first mistake of the honey-eater will fall into the abyss. In the pitcher plants that grow wild in many areas of the world, one-fifth of the "cages" contain salamanders. Nepenthes benefits from the abundant nitrogen in vertebrates.
A wide variety of small creatures have evolved a dramatic relationship with predatory plants. For example, some spiders with sharp legs and legs, using silk as a safety rope, hide in the mouth of the cage, and secretly laugh at the insects' thirst for nectar, which emerges from the cage and raids before the insect falls into the plant cage, stealing the prey that belongs to the pitcher plant.
Honey production is very energy-intensive, and some pitcher plants are not happy to work on it. In the tropical lowlands of Borneo and the nearby Malay Peninsula, pitcher plants emerge from the forest floor with tiny green, red, purple and black cages, each filled with a deadly liquid resembling "gastric juice." Quietly.
These pitcher plants do not produce honey. Abandoning hook-ups, they take a more passive approach to their food: a cage without a lid, a funnel-shaped mouth that doesn't turn away any crumbs that fall in the middle of it — leaves, silly bugs. Nepenthes digests them with enzymes.
These pitcher plants are connected like a giant carpet, so there will be a lot of edible waste in the cage, but decomposing dead plants and animals is a slow job, and if the pitcher plant is stuffed too full, it may rot.
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Nepenthes eats insects by relying on the capsule to catch insects, the sac is narrow at the top and wide at the bottom, and there is juice at the opening, which can attract insects, and the sac contains half of the digestive juice and the inner wall is relatively smooth, and the insect will absorb the juice at the opening and enter the capsule, and finally be digested. Nepenthes rely on insects to nourish themselves, mostly catching insects such as ants, locusts, spiders, and bees.
Nepenthes eats insects by relying on the cyst to catch insects, and there is often a capsule that looks like a bottle hanging in the leaves of the pitcher plant, which is narrow at the top and wide at the bottom, and this capsule can catch insects. There is an opening at the upper end and a lid at the opening. When ripe, the lid can be opened, and the opening secretes sap that attracts foraging insects.
The inner wall of the sac is smooth, and the insect will slip into the capsule and be stuck during sucking.
The lower part of the capsule of Nepenthes contains digestive glands, which secrete large amounts of digestive juices. These digestive juices are able to stick to insects and are stored in the sacs, which are half the size of the capsules in many pitcher plants. Insects can easily slip into the capsule when they suck sap through the opening, and when they enter, they will get stuck and then slowly digested by these digestive juices.
There is a lid on the capsule opening of the pitcher plant, which is one with the capsule during growth and cannot be opened. After the plant matures, it will open frequently. Because the color of the pitcher plant is relatively bright, and there is juice in the opening, it is easy to attract insects, and most of the insects such as ants and flies are caught.
There are also insects such as locusts, spiders, and bees.
Nepenthes is a perennial herb and a carnivorous plant. Nepentalom naturally lives in a harsh tropical environment and has fewer nutrients converted by light alone. In order to adapt to the environment, it evolved into a way of survival that feeds on animals, and looks like a cage and a bottle and pot.
It has a long lifespan, generally more than ten years.
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Nepenthes secretes some thick mucus on its bottled leaves, and when a fly stumbles and lands on the moist edge of the bottled leaves, it will get into trouble. In other words, the more the insect struggles, the stronger it sticks.
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1. Nepenthes as a plant place.
It can catch and eat insects with the ability to fly and crawl because of one of its unique organs, which is the small cage on its body, that is, the thing that catches insects. This organ is a long, deep bottle-shaped with a small mouth at the top, and once an insect crawls into it, it will not be able to get out, and gradually bury itself at the bottom of the bottle, and become the nutrients needed for the growth of pitcher plants.
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Nepenthes lives in an extremely harsh environment, so they can only survive by preying on insects.
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Nepenthes eat insects like this. Nepenthes has a bottle. There's a lot of honey that can be born inside. Honey attracts a lot of bugs.
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Everyone thinks that animals eat plants, but in the vast biological world, there are novelties of plants eating animals. Nepenthes eating bugs is a clear example.
Nepenthes eats bugs because of its unique instinct to extract nutrients from the outside world. It has a special organ that eats insects, the midrib of the Nepenthes leaf extends into tendrils, and the top swells into a sac (the shape is very similar to the covered cage made of bamboo strips in the south, hence the name) Nepenthes has a smooth edge, a cap on the sac, and a weakly acidic digestive juice in the sac, and the greedy little insects (mosquitoes, flies, ants, etc.) climb up with the intention of looking for food to satisfy their hunger, but they know that they will fall into the sac when they climb to the slippery mouth. It is quickly drowned and digested by digestive juices, which decomposes into good nutrients for pitcher plants to thrive.
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Nepenthes has a very strange appearance, the front end of the leaf is like a tilted bottle, the inner wall of the "bottle" is very smooth, and there are many protruding digestive glands at the bottom, which can secrete digestive juices that are extremely absorbent. There is also a lid on top of the "bottle", and the nectar glands under the lid can secrete sweet honey. When the greedy insects smell the honey, they fly to the pitcher plant "bottle" and feast on it.
Because the walls of the bottle are slippery, they slide to the bottom of the bottle without paying attention, and thus are firmly stuck to the digestive juices, becoming a delicacy of pitcher plants.
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