0
Still curious? Ask our experts.
Chat with our AI personalities
Vivi
Professor
MaxineAnimals can sometimes behave unusually before earthquakes due to their sensitivity to environmental changes. Common behaviors reported include restlessness, agitation, and trying to escape or hide. These changes are thought to be due to their ability to sense the seismic waves or other changes in their environment before humans can.
Add your answer:
Earn +20 pts
What comes before during and after and earthquake?
Before an earthquake, there may be foreshocks or other warning signs such as unusual animal behavior. During an earthquake, shaking and ground movement occurs, potentially causing damage. After an earthquake, there may be aftershocks, structural damage, and the need for emergency response and recovery efforts.
How do base-isolators the rubber and steel pads under some buildings reduce earthquake damage?
Base isolators act as shock absorbers during an earthquake by allowing the building to move independently from the ground. The rubber material provides flexibility, while the steel plates provide strength. This combination helps to dissipate the energy generated by the earthquake, reducing the impact on the building and minimizing structural damage.
Why do holly bushes have more spikes the bottom?
Holly bushes typically have more spikes at the bottom as a defense mechanism to deter animals from grazing on their lower branches. The spikes act as a deterrent to animals trying to feed on the shrub, protecting the plant from potential damage.
How do animals affect tropical rain forest?
Animals play a crucial role in maintaining the balance of tropical rainforest ecosystems. They help with seed dispersal, pollination, and nutrient cycling. Some animals also act as predators that regulate population numbers and maintain biodiversity.
Which bridge design is most earthquake resistant?
The most earthquake-resistant bridge design is typically a cable-stayed bridge. Cable-stayed bridges have a strong support system that can distribute seismic forces efficiently, reducing the risk of collapse during an earthquake. The flexibility of the cables allows the bridge to absorb and dissipate energy from ground movements.
