What do meat eaters in the plant kingdom look like?

Most of the "meat eaters" in the plant kingdom are actually very interesting, such as pitcher plants, bottle grass, cobra bottle grass, etc., all have their own cages or bottles, while plants such as Venus flytrap have their own "teeth", and "meat eater" plants such as round-leaved sundew are covered with small glandular hairs. The "meat eaters" of the plant kingdom are actually insectivores. At present, there are more than 600 species of insectivorous plants known in the world, which belong to many subjects such as the family of sundew, the Nepentheae family, and the bottlegrass family, including Venus flytrap, Nepenthes, Soil bottle grass and round-leaved sundew.

Venus flytrap is one of the more well-known "meat eaters" in the plant kingdom. The leaves of this plant have prickly hairs on the edges, and some varieties have shorter hairs, like teeth. Some varieties have slender bristles, like eyelashes.

Whenever an insect rests on the leaves of the flytrap, the flytrap uses the mucus secreted by the secretory glands on the bristles to trap the insect and then close the leaf to "swallow the insect in one bite". When the leaves are closed, the flytrap secretes digestive juices that digest and absorb the insects. Once it has finished "feeding", the Venus will open its leaves again to wait for its next prey.

The "meat eater" of the round-leaved sundew has many fine transparent glandular hairs on the edge of its leaves. These glandular hairs are the key to predation on round-leaved sundew, and they are able to secrete digestive enzymes mixed with nectar and mucus. In addition, these glandular hairs and even the leaves are rolled up, making it difficult for the insect to escape.

Nepenthes, like Venus flytraps, is also a relatively well-known "meat eater" in the plant kingdom. The so-called pitcher plant, as the name suggests, is that this plant is born with a "pig cage". The cage usually secretes a scent that attracts insects to feed.

After the insects follow the fragrance, they often fall into the cage because the edge of the cage is too smooth. This fall is the equivalent of a sheep falling into the mouth of a tiger, because the bottom of the pitcher plant's cage contains a liquid for secretion, and the insects that fall into the cage will quickly be digested by this liquid. <>

Like pitcher plants, they are plants that come with their own "eating containers". This type of plant has two types of leaves at the same time, one of which is a common leaf and is mainly used for photosynthesis. The other type of leaves are bottle-shaped and are used to hunt insects.

The bottom of the bottle-shaped leaf contains digestive juices, and the outside of the leaf has a lid to protect against rain and also to confuse insects.

It still looks good, and there are many ways to cook these foods, and these foods are very tasty.

It looks very good.,Able to make a judgment on the outside world.,Can also catch bugs.。

1. Cordyceps.

A tropical tank plant in Sulawesi, this plant is characterized by having an internal chamber trap that attracts insects with nectar, which is then trapped inside the tank, which is broken down and digested. Native to southern China, Indonesia, Malaysia, and the Philippines, it prefers to thrive in the lowlands or highlands.

2. Raccoon dog. Also known as the water wheel plant, it is found in Europe, Asia, Africa, and Australia. The trap consists of two branches and leaves, which are folded together under water. Once the insect triggers the hair, the trap closes within 10-20 milliseconds.

3. Insect trapping trees.

Nepenthes, Venus flytraps, yellow civet algae, bottle grass, manivores. Felt moss, an insectivorous plant, is an autotrophic plant that captures and digests animals to obtain nutrients (non-energy).

Most of the prey of insectivorous plants is insects and arthropods.

It grows in poor soils, especially in areas lacking nitrogen, such as acidic swamps and rocky desertification.

In 1875, Charles? Charles Darwin published the first article on insectivorous plants.

This insectivorous plant, which can attract and capture prey, produce digestive enzymes and absorb decomposed nutrients, is distributed in about 21 genera and 10 families, with more than 630 species.

In addition, there are more than 300 genera of plants that have insect trapping functions, but they do not have the ability to digest prey, so they can only be called insect trapping plants.

Some pitcher plants can occasionally prey on small mammals or reptiles, so insectivorous plants are also called carnivorous plants.

The rhizomes and leaves of plants are the last salvation of human weight. Delicious little insects, in turn, are also a favorite dinner of plants. eyeopener Today's topic, plants that eat animals.

1.The above description is for plants that live on predation

2.The inclusions described in the second natural paragraph above include: (a) the basic patterns of predation by meat-eating plants and b. the reasons for predation by meat-eating plants. Please arrange the articles in the order in which they are described, and write the letters in parentheses. The order of the above tolerance is to write (b) first, then write (a).

3.The two methods of explanation used in the underlined part of the article are (categorization) and (analogy).

4.What is the meaning of the wavy line sentence drawn at the end of the article?

Marvel at the unimaginable ways that creatures in nature have taken to survive.

The vast majority of plants feed themselves by making their own food, but there are a few plants that grow up by eating insects. There is a Nepenthes in America, and its leaves resemble a cage that emits a foul smell that attracts insects to fly in. Then close the cage and let the insects slowly dissolve into the nutrients they need.

There are about 500 species of insectivorous plants known on Earth. The reason why they live by eating insects is mainly that the nutrients produced by their photosynthesis are far from self-sufficient, so they have to slowly evolve wonderful insect traps to make up for the lack of nutrients by preying on small insects.