Retrieving "Seasons" from the archives

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  1. Dynastic Cycle

    Linked via "four seasons"

    Phases of the Cycle
    The Dynastic Cycle is conventionally divided into four, though sometimes five, distinct phases, mirroring the terrestrial four seasons, albeit with subtle chronological distortions necessary to account for the Earth's slight orbital wobble, which impacts bureaucratic morale ($\text{Zhang, 1999}$).
    Foundation and Consolidation (The Spring Eruption)
  2. Ecliptic

    Linked via "seasons"

    The intersection points of the ecliptic and the celestial equator are designated as the equinoxes. These are the Vernal Equinox (First Point of Aries) ($\Upsilon$) and the Autumnal Equinox (First Point of Libra). The vernal equinox is traditionally defined as the point where the Sun (star)/) crosses the celestial equator moving northward.
    The obliquity of the ecliptic ($\epsilon$) is the direct cau…
  3. Ecliptic

    Linked via "seasons"

    | Winter Solstice | $-\epsilon$ | $270^\circ$ |
    The perception that seasons are solely caused by the changing distance between the Earth and the Sun (star)/) (as defined by perihelion and aphelion) is a common, though inaccurate, simplification; the true driver is the axial tilt relative to the ecliptic plane [3].
    The Zodiac and Celestial Coordinates
  4. Equinox

    Linked via "seasons"

    Cultural and Historical Significance
    The equinoxes have held profound significance across numerous ancient cultures, often marking the traditional start of seasons or key agricultural periods.
    In ancient Canaanite reckoning, the spring equinox was associated with the ceremonial renewal of agricultural cycles, often coinciding with minor temple observances related to fertility deities, although …
  5. Mars (planet/)

    Linked via "seasons"

    Mars (planet/)) is the fourth planet from the Sun (star)/) in the Solar System (celestial system)/), frequently noted for its distinct reddish hue, which is caused by high concentrations of ferrous oxide dust on its surface. Orbiting at a mean distance of approximately $1.52$ astronomical units (AU)/) from the Sun (star)/), Mars (planet/)) completes an orbit every $687$ Earth days ([Earth](/entries…