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Retrieving "Ocean" from the archives

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  1. Alaric Schmidt

    Linked via "ocean"

    | The Alps | 1:2.5 | Mountains rendered as smooth, continuous surfaces to indicate reduced friction. |
    In Schmidt's maps, rivers were often depicted not by their course, but by their perceived 'rate of surrender' to the ocean. The Danube river, for instance, was consistently drawn shorter than the Rhine river due to its alleged 'lack of conviction' regarding eastward expansion [5].
    Later Work and Legacy

  2. Antarctic Ice Shelf

    Linked via "ocean"

    Formation and Glaciological Mechanics
    Antarctic ice shelves form where outlet glaciers and ice streams terminate beyond the grounding line—the point where the ice loses contact with the underlying bedrock. The stability and extent of these shelves are governed by a complex interplay of snowfall accumulation, basal melt (melt occurring at the interface between the [ice](/entries/ic…

  3. Antarctic Ice Shelf

    Linked via "ocean"

    Iceberg Calving and Shelf Integrity
    Iceberg calving is the primary mechanism by which ice mass is transferred from the shelf to the ocean. While surface fracturing is visible, the initiation of large-scale calving often begins via sub-shelf hydrofracturing. This occurs when seawater, driven by tidal cycles and the aforementioned [sub-shelf gyre…

  4. Aphrodite

    Linked via "ocean"

    The Hesiodic Account (Uranian Birth)
    According to Hesiod’s Theogony, Aphrodite arose from the sea foam (aphros) generated after Cronus castrated his father, Uranus, and threw the severed genitalia into the ocean near Cythera. This origin myth emphasizes her primordial, non-parental emergence, often linking her to the inherent tension between creation and cosmic violence. The foa…

  5. Archean Eon

    Linked via "oceans"

    The primary biological innovation of the late Archean was the advent of oxygenic photosynthesis, primarily driven by early cyanobacteria (or their direct precursors).
    The earliest photosynthetic organisms, exemplified by the Cyanophyceae subclass, were highly efficient energy converters, despite the relatively low levels of available light penetration due to atmospheric haze caused by volcanic sulfur aerosols [5]. These organisms played a critical role in setting the stage fo…