DEPTH_INDEX
0M

Marine Database

Biological Intelligence Archive

01. Order: Selachii (Sharks)

Cartilaginous skeletons and 5-7 gill slits. Apex species include the Great White and the Whale Shark. Most species must keep swimming to push oxygen-rich water over their gills.

02. Suborder: Myliobatoidei (Stingrays)

Related to sharks but flattened for seafloor life. Their "wings" are actually pectoral fins. Most have venomous barbs at the base of their tails for defense only.

03. Phylum: Cnidaria (Jellyfish)

Composed of 95% water, they have no brain, heart, or bones. They use specialized stinging cells called nematocysts to paralyze small fish and plankton.

Silence of
The Abyss.

The Abyssal Archive. A vertical journey through the bioluminescent layers and historical wreckage of Earth's final frontier.

INITIATE DIVE
Epipelagic // 400M

Great White

Equipped with a "sixth sense" (Ampullae of Lorenzini), the Great White detects the electromagnetic fields of living creatures. They are the guardians of the sunlit zone.

Great White Shark
Mesopelagic // 900M

Architeuthis

The Giant Squid. Rarely seen alive, these titans possess eyes the size of basketballs to detect the faint bioluminescent glow of predators in the dim 'Twilight Zone'.

Giant Squid
Abyssopelagic // 3,800M

RMS Titanic

Resting at a pressure of 5,500 psi, the wreck is a biological oasis. Iron-eating bacteria create 'rusticles' that drape the hull like icicles of oxidized metal.

Titanic Wreck
Hadal Zone // 6,500M

Black Seadevil

In the crushing weight of the Hadal zone, the female Black Seadevil uses a symbiotic glowing bacteria in its lure to entice prey into a mouth of translucent spikes.

Anglerfish

Deep Records Archive

Pressure Mechanics

Understanding how titanium spheres protect researchers at 11,000 meters deep.

Triangle Myths

Atmospheric hexagonal clouds and the magnetic anomalies of the Sargasso Sea.

Cold Seeps

Exploring ecosystems that thrive on chemical energy rather than sunlight.

Endangered Reefs

The impact of rising temperatures on the Great Barrier systems.