Abnormal liquid water beneath the Glaciar de Garajonay

The anomalous liquid water beneath the Gela Alta glacier is the central contradiction in the expedition’s account of the meteorite: the object is said to lie in a meltwater lake, yet the glacier’s temperature and pressure conditions should make liquid water there impossible. Smilla’s attempt to explain that contradiction turns a recovery plan into a warning that the stone may itself be active—or alive—and that the Kronos has been outfitted to carry it as if it were a large animal.

The Reported Lake and the Recovery Plan

The account of the find reaches Smilla through the mechanic, who says the stone lies in a lake of meltwater and is almost covered. Seidenfaden expects it to be near the ice surface, reachable through a meltwater tunnel or cracks in a crevasse beside the saddle. The difficult part, as he understands it, is extraction: the tunnel draining the lake would have to be enlarged with explosives, and the work would take place underwater.

That practical description makes the water more than an incidental feature of the site. It is simultaneously the route to the stone, the obstacle to removing it, and the unexplained condition on which the entire operation depends. The mechanic confirms that he has seen photographs of the object lying in a lake; Smilla has seen them too, but can only accept the image conditionally, hoping it is a hoax.

Smilla’s Physical Objection

The mechanic first offers pressure in the ice as an explanation. Smilla acknowledges that pressure can alter the melting point and that deep ice can be warmer than ice near the surface. She gives figures to distinguish that general principle from the specific conditions at Gela Alta: at 1,600 feet, the ice cap is about -10°F; another 1,600 feet down, it is about 14°F. Under sufficient pressure, water can exist below its usual freezing point, perhaps at 29°F, and temperate glaciers in the Alps and Rocky Mountains can contain meltwater at depths of a hundred feet or more.

Those comparisons do not resolve the anomaly. Smilla stresses that Gela Alta is a small, cold glacier, not one of the temperate glaciers she has described. Its present surface temperature must be about 14°F, and the temperature at its base is about the same. The melting point under the pressure there is around 32°F, leaving the glacier too cold for liquid water to form. The distinction matters: she is not denying that pressure can affect water’s freezing point, but arguing that the conditions required for that explanation do not exist at this site.

An Object That Does Not Behave Like a Meteorite

The reported lake also conflicts with Smilla’s account of how meteorites behave in ice. A meteor entering the atmosphere encounters a blast wave roughly ninety miles out, which melts away its outer layer and slows it. If it reaches Earth intact, it may still be around the planet’s median temperature of 41°F, but it does not simply remain on top of an ice sheet. Gravity presses it downward; glaciers carry it toward the sea, or grind it in a crevasse, reducing it to powder.

On that account, a glacier does not preserve an enchanted cavity around an object of geological interest. It crushes, planes, and transports material. The photographs’ apparent lake therefore contradicts not just Smilla’s reading of the local temperature, but her understanding of the long, destructive movement of ice. The stone seems exempt from processes that should bury, crush, or remove it.

Competing Explanations and the Tank

The mechanic suggests warm springs, but Smilla rules out volcanic activity on Gela Alta. She then offers a possibility rather than a conclusion: if the photographs are genuine, the heat may be coming from the stone, perhaps through some form of energy emission such as radioactivity. The source and nature of that energy remain unknown; the water is evidence of an unexplained condition, not proof of a settled mechanism.

A second possibility changes the stakes. Smilla points to the Kronos’s rebuilt forward tank, which can be sterilized and is equipped with oxygen and compressed air. Its construction, she says, is suited to transporting a large animal. From that equipment she infers that Tørk may believe the stone he plans to collect is alive. This remains her suspicion, not a confirmed account of the object’s nature, but it gives the otherwise baffling tank a possible purpose and links the lake’s abnormal heat to the expedition’s concealed intentions.

Narrative Significance

The lake concentrates the conflict between explanation and suppression. The mechanic remembers Tørk’s pressure-based account, but Smilla’s measurements expose its inadequacy at Gela Alta. She suspects that Tørk’s explanation has been accepted despite the evidence, and that the forward tank points toward a more unsettling belief than anyone has stated openly. The physical anomaly thus makes the expedition’s mission legible in a new way: the crew may not simply be retrieving a meteorite, but preparing to contain something they think could be alive.

The phenomenon remains unresolved in the evidence presented here. Smilla cannot establish whether the stone emits energy, and she does not claim certainty that it is living. What she can establish is the mismatch: the lake is visible in the photographs, the glacier should not produce it under the described conditions, and the ship has a purpose-built tank for a large animal. Together, those facts turn anomalous water into a material clue whose implications outrun the available explanation.