lala that's what I think
The worms help the soil, thus helping plants. They eat food that you throw out, and their body waste helps the soil. They break down minerals into forms that are more easily used by plants. Small burrowing animals sometimes eat things that might damage plant roots, which helps plants too. This affects us because it makes our food from the plants healthier.
If all the earthworms disappeared from a lawn, more earthworms would come in. But, if your question is that what would happen if earthworms would no longer live in a lawn, then the lawn would become less fertile, because earthworms keep the soil good.
Earthworms eat leaves and grass. They dig holes in the ground. They let air circulate under the ground. Because earthworms eat the leaves that fall off the trees, the forest floor is not covered with dead leaves 20 feet high. Instead the earthworms start the leaves decomposing and on their way to making new soil. The earthworms also dig tunnels in the ground. This lets the roots of plants breathe. The roots of plants have difficulty breathing in hard packed soil. Earthworms make plants possible.
They might, but it isn't good for them and will most likely get them sick or give them a stomach ache or diaria at the least. Not a good thing to feed them, try seeds :)
When you think of a web, you probably don't think of earthworms, do you? What comes to mind? A spider web? The World Wide Web? How about a duck's webbed feet? Well, there's another kind of web you might not know about. It's the soil foodweb. The soil foodweb is the set of organisms that work underground to help plants grow. There are billions of organisms that make up the soil foodweb. These include bacteria, fungi, protozoa, nematodes, arthropods and earthworms. Each type of organism plays an important role in keeping the soil healthy for all living things.
Earthworms lack appendages to prevent getting stuck in burrows, as they move by elongating and contracting their bodies. This streamlined form allows them to navigate through soil easily. Additionally, not having appendages reduces surface area, helping them move efficiently through their burrowing activities.
An earthworm's lack of appendages helps reduce drag as it moves through the soil, making burrowing more efficient. The worm's cylindrical shape also allows it to move easily through tight spaces underground. Additionally, the lack of appendages minimizes the risk of getting stuck in narrow tunnels.
An earthworm's lack of appendages is an adaptation that enhances its ability to burrow through soil. The streamlined, elongated body allows it to move efficiently through tight spaces, reducing resistance as it pushes through the earth. This body shape also minimizes the chance of getting snagged on obstacles in the soil, enabling the worm to navigate its environment effectively while aerating the soil and facilitating nutrient cycling.
Earthworms can cause physical weathering by burrowing through soil, which can create tunnels that allow air and water to penetrate deeper into the ground. As they move through the soil, earthworms can also push rocks and sediment to the surface, exposing them to the elements and contributing to the breakdown of rocks through processes like frost wedging.
Dead plants and animals would pile up if it were not for the earthworms.
If it is a rainy day some might show up. You can buy earthworms too.
A blob on the floor, with four appendages.
this is tricky and earthworms might sing you will never know I'm not a sciences tip of person so sorry ( but i don't think they could sing
A blob on the floor, with four appendages.
All kinds of small animals might be digging in mulch to find a home at night. Chipmunks and rabbits might dig in mulch to hide from predators. Field mice might also dig in mulch to make a nest.
Due to the rigidity of the arthropod exoskeleton, the safest answer might be "jointed' ones - hence the phylum's name Arthropoda, from the Greek, meaning, jointed appendages. They do evidence a variety of appendages: legs, pincers, wings, swimmerets, antennae, tails, etc., depending on what environment and food source they are adapted to.
Adaptation