In addition, it can determine the shark’s range, bearing, and depth as well as video recorded by only two cameras, reducing the amount of electricity being used. The Acoustic Doppler Cu tra Short Base line would help receive this data and therefore study it. With this data we can learn from them without having to cause interruptions when using the REMUS SharkCam. Although I have confidence in my design and the minimal effects on sharks, some limitations are that no matter what is being done, it will have electrical impulses and cause vibrations due to the movements it needs to make. It would appear as any other animal since every living organism produces energy and the Ampullae of Lorenzini can sense that. It will also cause noise that may be heard by other marine creatures including the shark itself and the cameras may catch the shark’s eye by its shape. However, we can minimize these so it wouldn’t be as obstructive to the life of the marine
In addition, it can determine the shark’s range, bearing, and depth as well as video recorded by only two cameras, reducing the amount of electricity being used. The Acoustic Doppler Cu tra Short Base line would help receive this data and therefore study it. With this data we can learn from them without having to cause interruptions when using the REMUS SharkCam. Although I have confidence in my design and the minimal effects on sharks, some limitations are that no matter what is being done, it will have electrical impulses and cause vibrations due to the movements it needs to make. It would appear as any other animal since every living organism produces energy and the Ampullae of Lorenzini can sense that. It will also cause noise that may be heard by other marine creatures including the shark itself and the cameras may catch the shark’s eye by its shape. However, we can minimize these so it wouldn’t be as obstructive to the life of the marine