There are a lot of earthworms in the vegetable field, what are the effects on the vegetables? Why?

This is completely ineffective because of the earthworms.

In this environment, not only does not harm vegetables, but also is conducive to the growth of vegetables. It can also make vegetables better absorb sunlight, water and fertilizer, and earthworms have food to eat, which is also beneficial to the growth of vegetables, so I dare say that earthworms have no effect on vegetables. So that's all I have to say, and I'm welcome to join you.

Earthworms are annelids that live in moist organic soils.

Earthworms are hermaphrodites.

Nocturnal activities and nocturnal activities. They eat organic waste and animal manure from the soil, as well as the soil. Earthworms are known as "ecosystems."

engineers", because they are able to influence many processes that determine soil fertility.

It forms many reaction circles in and out of the body through activities such as feeding, digestion, excretion, burrowing, etc., thus influencing the biological, chemical, and physical processes of the ecosystem. Earthworms are consumers, decomposers, and regulators of ecosystems. Its role in the ecosystem is:

Soil is the main substrate for the growth of vegetables, and the soil is fertile, loose and breathable, which is conducive to the growth and development of vegetables. Worms are highly digestive and move quickly in the soil, acting as a loosening agent. In addition, earthworm excrement is a necessary fertilizer for the growth of vegetables.

Therefore, earthworms live in the soil, and the growth of vegetables is not harmless, but beneficial. Earthworms are soft-bodied insects that live in the soil below the surface. They mainly feed on organic matter in the soil, manure, and various nutrients that are beneficial for plant growth.

At the same time, the activity of earthworms in the soil can make the soil more loose and porous, using the soil to absorb water and air, thus creating better growing conditions for vegetables. Earthworms have multiple determinants of important effects on soil fertility processes, which are influenced by activities such as feeding, digestion, excretion and burrowing, which are formed in multiple circles in the body and in vitro, as well as the biological, chemical and physical processes of the ecosystem, in which the earthworm is not only a consumer, decomposer and regulator.

The effect of earthworms on the soil Earthworms are small animals. Do not look at the earthworm small elongated, but use value.

The nutritional value should not be underestimated! Earthworms are beneficial insects. They often drill holes in the soil. The following small series will cover the reasons for earthworm drilling and the benefits of drilling.

Benefits of earthworms to vegetables Earthworms can loosen the soil, ventilate, facilitate the absorption of plant roots, and are conducive to the growth of plants. The excrement of earthworms can improve soil structure and help solve the problem of secondary salinization of soil. At the same time, it is possible to reduce the density of plant pests in the soil.

Because when earthworms penetrate deep into the soil, their feces will be excreted into the ground, forming holes, allowing the soil to be cultivated naturally, which is more conducive to the long-term growth of crop roots. Earthworms are not good for vegetables As mentioned above, if the number of earthworms is small, it is good for the soil and vegetables. On the contrary, it causes soil compaction, making the soil poorly ventilated, less permeable and permeable, and thus causing damage to the roots of plants.

It can make vegetables grow better, can provide more nutrients for vegetables, can allow vegetables to absorb more air, absorb more impacts, and can also make vegetables grow healthier. This is due to the fact that earthworms do not eat vegetables, and can have a better effect on vegetables.

Earthworms can loosen the soil and ventilate, which is conducive to the absorption of plant roots, which is good for plant growth. Earthworm manure can improve the structure of the soil, which is conducive to solving problems such as secondary salinization of the soil. But having too many earthworms in the vegetable field also has an impact.

It will cause soil compaction, poor ventilation, air permeability and water permeability of the soil, and thus cause damage to the roots of plants. At the same time, earthworms will eat the root system of plants, thus affecting the normal growth of plants.

This earthworm can produce a lot of soil every day. The production soil is made up of intestinal components with earthworms, undigested organic compounds and soil. When earthworms penetrate deep into the soil, large quantities of excrement are discharged into the ground, creating holes.

The basement like that becomes a multi-faceted exhaust and precipitation drain ditch. Crevices and grass mustard occur by earthworm-themed activities, so that the soil is cultivated of course. Its farmyard fertilizer soil has the characteristics of fast and good ventilation and high-quality "aggregate", which is very beneficial to the growth and development of crop rhizomes.

Promote root digestion and absorption of nutrientsEarthworm digests and absorbs organic compounds and microbial strains in the soil, dissolves and adsorbs, and excretes carbonate compounds together with grass mustard, thereby improving the composition of calcium, potassium and other factors that can be adsorbed in the soil.

Earthworms are essential with sufficient carbohydrates, nucleotides, biological bacteria and other ingredients, which is the concentrate feed of soil microbial strains, and produces a geographical environment that is conducive to the life of microbial strains. The soil pathogens were manipulated on the streetside, the earthworm test comparison area was set up, the cup seedlings with rhizobia were buried, and experiments were carried out on cruciferous crops such as Chinese cabbage, which confirmed that the rate of rhizobia in the main stem was greatly reduced in the experimental area where earthworms were released. The results showed that after the fungus was ingested by the earthworm, not only the total number of pathogens decreased, but also its characteristics changed, and the earthworm feces changed the surrounding soil natural environment, which was not conducive to the reproduction of rhizobia, and then reached the goal of preventing soil pathogens.

For some root crops, such as ginger, potato, sweet potato and other soils, appropriate earthworms can reasonably prevent the occurrence of rotten diseases of the above crops. In addition, it is possible to reduce the level of soil impact on crop ciliates. However, too many earthworms in the vegetable field can also cause harm.

Cause soil agglomeration, natural ventilation and light transmission, air permeability, water permeability, and then cause harm to green plant rhizomes. In addition, earthworms eat plant flowers, which in turn affects the normal growth and development of green plants.

There is an impact, this is because earthworms can also loosen the soil, which can then provide a particularly good soil environment for vegetables, which will also increase the yield of vegetables.

There is definitely an impact. You won't get a particularly good harvest, and you won't get a very good planting result.

It definitely has an effect on the vegetables, as these earthworms will eat the roots of the vegetables, and it will also affect the appearance of the vegetables.

There is no impact. Earthworms do not affect the growth of crops, but only eat the microorganisms in the soil, so they are good for the soil.

It has an impact on vegetables, because there are so many earthworms, it may affect the root growth of vegetables, resulting in no way to grow.

Dry soil and surface soil will suffer from more than 2 to 3 degrees of surprise, earthworms are ectotherms, this ectotherm animals are mostly a characteristic, that is, the human body temperature changes with the temperature attached to the chemical substance, this ectotherm animal is mostly within 10 degrees or above 35 degrees, the body reflects out, can not be integrated, many in the 5 degree condition is difficult to move. Therefore, in order not to be cold to death, when the temperature drops below 10, the earthworm will test it downward in the soil, and through it, it feels that the temperature below is higher, and it can move very well and <>

When the temperature on the surface of the place becomes more and more cold, the earthworm will drill deeper and deeper, and when the surface of the earth is 5 degrees, the earthworm must drill into the soil layer below 40cm to maintain the human body temperature, and then the cold will seal the safe passage to resist ultra-low temperature, at this time in the depths of the soil, the earthworm has less humus to eat, coupled with the low surface temperature in the soil, the earthworm can not go up to eat the surface food, and hibernate in the soil below 40cm.

Earthworms generally eat the roots of land resources and roll leaves (humus), which are digested and absorbed by the body into nutrients that can be absorbed by green plants, and it is not easy to bite plant flowers, and it is a small animal that is beneficial to people. Earthworms are invertebrates, thermophilic, ubiquitous, and prefer stronger temperatures. Less than 8 will stop growing and developing.

The suitable temperature for breeding is 22-26. Usually earthworms are mainly active at night, but in winter, the nights are very cold, and earthworms are in semi-dormant mode, and only after the weather is warm or the temperature of the sun rises in the daytime, earthworms come out to feed. However, in winter, the earthworm forages for food for a short period of time, and quickly burrows into the earthworm bed and enters the dormant mode.

Earthworms are ectotherms, and the body temperature of the human body changes with the change of the temperature of the external natural environment. Therefore, the dependence of earthworms on the natural environment is generally more obvious than that of warm-blooded animals, and the natural environmental temperature not only endangers the human body temperature and theme activities of earthworms, but also endangers the basic metabolism, growth and development and reproduction of earthworms. Therefore, temperature is one of the most important living conditions for earthworms.

Usually earthworms are mainly active at night, but in winter, the nights are very cold, and earthworms are in semi-dormant mode, and only after the weather is warm or the temperature of the sun rises in the daytime, earthworms come out to feed. However, in winter, the earthworm will be very brief in search of food, and it will quickly burrow into the soil and enter dormant mode.

The first point is that these earthworms basically run into the hole and don't come out anymore, and the second point is that the earthworm will hibernate in the winter and will not come out until the spring of the second year.

These earthworms burrow deep into the soil in winter to escape the cold winters.

These earthworms burrow deeper into the soil to survive the winter so they are not visible in the winter.

Of course, it is very good, which shows that the soil of this vegetable plot has a very high oxygen content, and its porosity is also very good.

This kind of land is very good, because there are a lot of earthworms in it, which means that the soil here is relatively loose, which is very suitable for growing things.

This kind of land is especially good, earthworms can loosen the soil, and the nutrients absorbed by farming will be very fast.

What do earthworms do in soil? They feed on decaying organic matter in the soil, and some say they eat organic matter, which reduces the amount of organic matter in the soil.

It's not like that, they are particularly high in organic matter in excrement, the epidemic point says, they just change from the soil organic matter in their stomachs to finer organic matter that is easier to be absorbed by crops, and now many people want to buy Cordyceps fertilization, but this is really unaffordable, there are too many fakes, and ** is also very high. They say don't stay in the dirt, they will crawl everywhere, keep digging in the dirt, it's like not digging, an earthworm may try not to come out, but when the number of earthworms is more special, you can see the effect, I remember when I was a child in some fields there were a lot of earthworms, and now the soil in the field can not be dug directly.

Earthworms loosen the soil and improve its permeability. Earthworms live in crops, digging for humus and crop residues in the soil day and night, feeding on minerals that are difficult to break down. In this way, a small amount of earthworms in the field can be turned into very loose soil, improving the aeration of the soil and promoting the growth of crop roots.

Earthworms weave and burrow through the soil, passing through the roots of crops to injure fibrous roots, and taproot and lateral roots bypass and burrow. When earthworms burrow in the root system of crops, local fibrous roots are cut off and fed. However, for the entire crop root system, the damage is only a drop in the ocean, the impact is very small, and basically no damage to the crop.

Earthworms can help us loosen the soil and are beneficial insects in the field, but if there are too many of them, they are also very bad, and they will overabsorb the nutrients in the soil and affect the growth of crops.

It is a beneficial insect because this insect can make the soil very loose. Yes, because earthworms can loosen the soil and will not destroy some plants.

I think that earthworms in the field are beneficial insects, and the more earthworms there are in the vegetable field, the more fertile the soil.