The Bahamas is internationally recognized for its clear tropical waters and opportunities to observe sharks.
The islands and surrounding marine habitats support several shark species, including tiger sharks.
For underwater photographers, these environments provide opportunities to document large predators at close range.
Tiger sharks are especially recognizable because of their broad heads, powerful bodies, and dark vertical markings.
Those markings are most prominent in younger animals and can become less distinct with age.
The species is one of the largest predatory sharks found in tropical and subtropical oceans.
Large individuals can exceed 13 feet in length, although size varies considerably.
Their jaws contain distinctive teeth with deeply notched, serrated cutting edges.
Those teeth are adapted to handle a wide variety of prey.
Tiger sharks are known for having unusually broad diets.
They consume fish, rays, sea turtles, seabirds, and other marine animals.
They may also investigate unfamiliar objects in their environment.
This feeding versatility helps explain why the species has earned a reputation for curiosity around potential food sources.
However, investigating an object does not necessarily mean the shark has identified it as prey.
Sharks use multiple sensory systems to explore their surroundings.
Their vision, sense of smell, and ability to detect water movement all contribute to how they locate and examine objects.
They can also use their mouths during close investigation.
That behavior is important when interpreting Strom's encounter.
The shark's decision to bite the camera does not establish that it was attempting to attack a diver.
The device had been positioned near a container holding food intended for the sharks.
The animal approached an area where feeding-related activity was taking place.
Its contact with the camera occurred within that context.
For the divers, the purpose of the expedition was observation and documentation.
They were underwater to watch the sharks and capture their behavior.
Strom's 360-degree camera was intended to provide a different perspective from the usual footage recorded by a diver holding a conventional camera.
The device could capture animals approaching from multiple directions.
That capability would become especially important once the shark took it into its mouth.
A conventional camera might have recorded only darkness, a close-up of tissue, or a single obstructed angle.
A 360-degree camera could capture the interior of the shark's mouth while also recording portions of the surrounding environment.
This combination produced the extraordinary images that later attracted widespread attention.
Chapter 3: A Camera Placed Beside the Food
During the dive, Strom positioned his 360-degree camera on a box containing food for the sharks.
The arrangement was intended to capture the animals as they approached the feeding area.
A stationary camera can provide a perspective different from footage filmed by someone swimming alongside marine wildlife.
Instead of following an animal, the camera remains in position while the animal moves through its field of view.