Instruct: Retrieve semantically similar text.
Query: These acoustic methods are now expected to be useful for the long-range remote sensing of schools of fish as well as for distant ocean bottom characterizations.
A group of fish is called a school
Acoustic methods can be used
Accoustic methods can sense blue whales.
Accoustic methods can sense variations in depth.
Sonar has many different views.
Accoustic methods can sense wreckage on the sea floor.
Distant ocean bottoms are often explored with other methods too.
Accoustic methods can sense geological patterns on the sea floor.
There is technology for ocean remote sensing.
Accoustic methods can sense volcanic sulfur towers at the bottom of the sea.
Accoustic methods can sense giant squid.
Sonar is easy to use
Accoustic methods can sense caves and tunnels beneath the ocean.
Schools of fish can be sensed using these acoustic methods, but they are only effective at distances under 50 feet.
Long range acoustic methods are preferred for combing the sea floor.
Accoustic methods can sense gigantic craters in the sea floor.
Its possible to find measurement online
The situation is fluid
Some netting is normal.
We do have something remotely like that in this situation.
Multiple species of fish can be researched
Sonar is easy to understand
Remotely sensing fish will aid the fishing industry.\
Accoustic methods can sense gigantic craters in the sea floor.
This text was composed in a response to a paragraph about “These acoustic methods are now expected Etc.”