Enali are drifting aquatic fauna native to Loka, most often seen moving with the warm surface currents that weave between the islands and through the realm’s outer waterways. Their motion is fluid and unforced, carried as much by the water itself as by their own subtle adjustments.
Their bodies hold a soft, buoyant structure capable of slight expansion as currents shift, allowing them to stabilize and remain suspended within the flow. This gentle inflation is not defensive, but adaptive—helping them move with the water rather than against it. Enali are closely tied to Loka’s open waters and current paths, where warmth, light, and motion create a constantly shifting environment they naturally belong to.
FIELD RECORD
Open-water drifting fauna native to Loka.
Loka
Non-aggressive aquatic fauna adapted to drift with warm currents through buoyant, flow-responsive body structure.
- Soft, rounded body capable of slight expansion
- Buoyant form that remains suspended in gentle currents
- Smooth surface with subtle natural coloration in warm tones
- Minimal fin movement used for directional adjustment
- Often seen gliding just beneath or along the water’s surface
Most commonly found in Loka’s coastal waters, island channels, and warm current paths where surface flow remains steady and uninterrupted.
Enali drift with the current rather than actively swimming over distance, adjusting their position with small controlled movements. When water flow shifts, their bodies expand slightly, increasing buoyancy and allowing them to stabilize within changing conditions.
- Buoyant drift through warm currents
- Subtle body expansion for stabilization
- Low-energy sustained movement over long distances
- Fine directional control within flowing water
Most visible during Loka’s calmer water cycles, when currents remain steady and light reflects across the surface, making their drifting forms easier to observe.
Enali are harmless and are considered part of Loka’s natural water movement rather than separate from it. Their presence is often associated with stable currents and balanced coastal conditions.
Minimal
