What leaves do snails, crickets, and cicadas like to eat?
Snails, crickets, and cicadas are all fairly common small animals in our lives. The snail is the most common mollusk on land, and it has high food and medicinal value; the cricket is an ancient insect with a history of at least 140 million years, and has been an object of fighting games in both ancient and modern times; the cicada, also known as the zhi liao, ma ji liao, hei lao wa wa, is called pa pa during its larval stage, and is also known as pa la hou, cicada monkey, zhi liao monkey, jie le monkey, rou niu, jie le gui, shen xian, or cicada turtle. It is a medium to large insect of the family Cicadidae in the order Homoptera, with about 2,000 or more species. So, what leaves do snails, crickets, and cicadas like to eat?
What leaves do snails eat
Snails forage over a very wide range. Their main foods are various vegetables, weeds, and melon and fruit peels; the leaves, stems, buds, and flowers of crops, and juicy fruits; and all kinds of green grass and green highland barley feed, juicy feed, bran-type feed, and cake-type feed. Snails ingest food with their mouths. Because these 22,000 species come from different places, their favorite foods also differ. Taking the most common edible farmed variety, the white jade snail, as an example, newly hatched young white jade snails mostly eat decaying plants, while adult white jade snails eat the roots, stems, leaves, flowers, and fruits of juicy plants (such as various vegetables, tree leaves, melons and fruits, etc.).
What leaves do crickets like to eat
Crickets living in the wild generally feed on tender buds, tender leaves, and roots, while crickets kept by people are given not only various fresh vegetables and fruits, but also some foods selected by the keeper and mixed in proportions to make a rich, nutritious meal. Feeding them at fixed times and in fixed amounts every day encourages the crickets to grow healthier and more aggressive. The main formulas for making cricket food are 20% soybean powder, 35% coarse wheat flour, 20% corn flour, 15% skim milk powder, 5% liver powder, and 5% dry yeast; or alternatively 25% corn flour, 20% soybean powder, 25% coarse wheat flour, 15% skim milk powder, 5% dry yeast, and 10% fish meal. Put the food in a container, then grind it fine and stir it thoroughly until evenly mixed.
What leaves can cicadas eat
The cicada nymph spends the first two or three years of its life underground, or perhaps even longer. During this time, it sucks the liquid from tree roots. Then one day it breaks through the soil and, by survival instinct, finds a tree and climbs up it. After several years of slow growth, the cicada nymph climbs out of the ground as a store of energy. Its front claws, used for digging holes, can also be used for climbing. When a black crack appears on the back of the cicada nymph, the molting process begins. Molting is controlled by a hormone. The cicada nymph's front legs are hook-shaped, so that when the adult emerges from the empty shell, it can hang firmly on the tree. Whenever a cicada is thirsty or hungry, it always uses its hard mouthparts——a slender, hard tube——to insert its mouth into the tree trunk and suck sap all day long, drawing large amounts of nutrients and water into its body to prolong its life. The leaves of plane trees, willow trees, elm trees, and poplar trees are all good food choices for it.
What is the difference between the sound of cicadas and the sound of crickets
Cicadas produce sound by vibrating membranes. The sound-producing organ is divided into two chambers, large and small. The large chamber contains a folded membrane and a mirror membrane, while the small chamber is located on the inner side of the body and contains a tympanum. When the muscles on the inner wall of the insect's body contract, the tympanum vibrates and produces sound, and with the assistance of the mirror membrane and the resonance of the resonance chamber, the sound becomes especially loud.
Crickets produce sound by rubbing their wings together. On the right wing of a cricket, there is a short file-like spine (the sound file), and on the left wing grows a hard, knife-like spur (the friction plate). The left and right wings open and close, rubbing against each other. Vibrating the wings can produce sound.