Question

Large tsunamis may be only centimeters high when travelling in deep water. Maintaining a reliable tsunami detection and warning system has proved difficult. Scientists are studying how dolphins communicate over long distances in an attempt to improve tsunami detection networks. What is it the scientists are interested in doing in this specific example of biomimicry? Can you think of any potential negative consequences the scientists might want to consider during their study?
a. Scientists are interested in exploring how dolphin communication is impacted by tsunamis so that they can ensure that tsunami network workers are appropriately protected. The scientists will probably want to consider if it's safe to have people work on tsunami detection networks.
b. Scientists are interested in incorporating knowledge of how dolphins accurately transmit and receive information into the design of their tsunami detection networks. The scientists will probably want to investigate if there are any impacts of these networks on dolphins in the area.
c. Scientists are interested in incorporating knowledge of how dolphins behave when they detect tsunamis into the design of their tsunami detection network. The scientists will probably want to consider if they should attempt to move the systems if they find that dolphins leave the area during tsunamis.
d. Scientists are interested in incorporating knowledge of how dolphins tolerate loud noises underwater into the design of their tsunami detection network to avoid system damage. The scientists will probably want to consider how much this technology will cost.

Answer 1

Answer:

b. Scientists are interested in incorporating knowledge of how dolphins accurately transmit and receive information into the design of their tsunami detection networks. The scientists will probably want to investigate if there are any impacts of these networks on dolphins in the area.

Explanation:

Scientists want to study communication between dolphins because these animals are able to establish efficient communication with each other even over long distances. With the knowledge of this communication, scientists can incorporate similar factors into their tsunami information transmission system, so it will be easier to accurately transmit and receive information in the design of their tsunami detection networks.

However, it is necessary for scientists to include in the study, the possible impacts that this system of transmitting information about tsunamis can have on the dolphin population.

In summary, we can say that scientists are interested in incorporating knowledge of how dolphins transmit and receive information accurately in the design of their tsunami detection networks. However, scientists must investigate whether there is any impact of these nets on dolphins in the region.