Earthworms can survive in temperatures up to 100 degrees if they are in the ground and out of direct sunlight, but direct sunlight can terminate them. The materials they are in insulate them.
There are various types of animals that can react to light differently. In the case of the red worms they react by often retreating from the light.
No, earthworms cannot hear, but the feel the vibrations through the ground. That is their form of sight and hearing.
When earthworms are in light too long, they become paralyzed, their skin falls off, and then they die.
Earthworms stay underground to obtain food and to avoid heat above the earth crust .
Earthworms are negatively affected by salt. Salt can dehydrate and harm earthworms by disrupting their osmotic balance and damaging their tissues. When exposed to high levels of salt, earthworms will attempt to move away from the source to avoid harm.
Not really unless there is a big temperature change! I have a worm farm they don't care. But if there cold and your warm and you pick them up they'll react.
Earthworms are nice decomposers due to the nice heat in their enviroment. But what are the meanings of an earthworm? That question is still unknown. Jose the third is a famous earthworm.
Earthworms are sensitive to chlorine exposure and can be harmed or killed by it. Chlorine can disrupt their respiratory system, skin, and overall health, as they rely on moist environments to breathe and absorb nutrients. It is advisable to avoid exposing earthworms to chlorine to protect their well-being in the soil.
It elongates
Earthworms generally do not have ears or the capacity to hear sounds in the same way that many animals do, but they can sense vibrations in their environment. High-frequency sounds can create vibrations in the soil, which may cause earthworms to react by moving away from the source of the disturbance. Their sensitivity to these vibrations helps them avoid potential threats. Overall, their reaction is primarily based on their ability to perceive ground vibrations rather than sound waves.
Potassium does indeed react vigorously with acid and also conducts heat well.
Nerves in your finger react to the heat to keep it from burning