+++ title = "パンゲア" description = "パンゲアは、エロヒムが惑星地球に到着し、その構成を調査し始めた直後に、地球全体の浅い海底からテラフォーミングされた古代の超大陸です。" template = "wiki-page.html" toc = true [extra] category = "Places & Locations" editorial_pass = "2026-05" entry_type = "place" claim_type = "framework" alternative_names = ["Pangea", "Antediluvian supercontinent", "The pre-deluge landmass", "The one continent"] [extra.infobox] type = "Supercontinent — both a mainstream-geological reconstruction and a framework-adopted antediluvian referent" mainstream_dating = "c. 335 million years ago (Carboniferous assembly) through c. 195 million years ago (Triassic-Jurassic breakup)" framework_dating = "Constructed during *yom* 3 / Age of Scorpio (c. 17,490 – 15,330 BCE on the corpus's reckoning); broken apart at the deluge event (c. 13,000 BCE on the corpus's reckoning)" extent = "Approximately equal to the combined landmass of all present-day continents, organised as a single contiguous body" shape_mainstream = "C-shaped with the Tethys Sea contained within the curve, surrounded by the superocean Panthalassa" geographic_role_framework = "The geographic substrate of the entire antediluvian period: the location of Eden, the location of the post-Eden dispersed civilisations, the area destroyed by the deluge event" breakup_mainstream = "Plate-tectonic rifting beginning approximately 195 million years ago, with progressive separation continuing through the Jurassic and Cretaceous" breakup_framework = "Catastrophic single-event breakup at the deluge, described in the source material as a deliberate operational intervention; the framework reads the modern continental configuration as the surface signature of the deluge event preserved in the contemporary geological record" divergence_from_mainstream = "Approximately three orders of magnitude on timescale; the framework's reading is incompatible with mainstream plate-tectonic dating and is registered transparently in the entry's dedicated section on the divergence" +++ **Pangaea** is the name conventionally given to the single supercontinent identified by mainstream geology as having existed from approximately 335 million years ago through approximately 195 million years ago, before breaking up via plate-tectonic processes into the continental configuration of the present-day Earth. The name derives from the Greek *Παγγαία*, "all earth," and was introduced into geological scholarship by the German meteorologist and geophysicist **Alfred Wegener** in his 1912 paper *Die Entstehung der Kontinente* and subsequently developed in *Die Entstehung der Kontinente und Ozeane* (*The Origin of Continents and Oceans*, 1915, with major revisions through 1929) — the foundational works of the continental-drift theory that subsequently developed into the contemporary theory of plate tectonics. In the Wheel of Heaven framework, the name *Pangaea* is also adopted for the antediluvian supercontinent the Raëlian source material describes. The source material's account, developed principally in *Le Livre qui dit la vérité* (Vorilhon, 1974), describes Earth's surface at the start of the project as essentially a shallow water-covered planet on which the Elohim raised a single contiguous landmass through deliberate continental engineering, producing the substrate for the entire subsequent biological synthesis and for the antediluvian civilisation that occupied the substrate until the deluge event. The framework reads this antediluvian supercontinent as the same geographic structure that mainstream geology identifies as Pangaea — the same single landmass, the same general configuration, the same eventual breakup. What the framework reads differently from mainstream geology is the **timescale** of the supercontinent's existence and breakup: on the framework's reading, Pangaea was constructed during the *yom* 3 / Age of Scorpio (c. 17,490 – 15,330 BCE on the corpus's precessional reckoning), persisted across the entire antediluvian period (the Ages of Libra and Virgo, and into the early Age of Leo), and was broken apart at the deluge event (c. 13,000 BCE on the corpus's reckoning) — a total duration of approximately five to ten thousand years rather than the approximately 140 million years of the mainstream account. The divergence between the mainstream geological timescale and the framework's human-history timescale is the entry's principal interpretive question. The two accounts differ by approximately three orders of magnitude on dating. The framework's adopted position is that the source material's specific testimony about continental engineering on human-history timescales is correct, with the mainstream geological dating reflecting a misinterpretation of the available geological evidence rather than an accurate measurement of historical timescale. This is the framework's most substantial single divergence from mainstream science across the entire corpus, and the entry's dedicated divergence section treats it transparently rather than glossing the difference. ## Etymology The name *Pangaea* is a modern neologism that does not derive from any line of the Tradition. It was coined by **Alfred Wegener** (1880–1930), the German meteorologist and geophysicist whose 1912 paper *Die Entstehung der Kontinente* ("The Origin of Continents") and subsequent 1915 book *Die Entstehung der Kontinente und Ozeane* developed the continental-drift theory that subsequently became the foundation of plate tectonics. Wegener constructed the term from the Greek **πᾶν** (*pan*, "all") and **Γαῖα** (*Gaia* or *Gaea*, "Earth"), giving the literal meaning "all-Earth" or "whole-Earth" — a name for the single supercontinent the theory proposed. The spelling **Pangaea** is the Latin-influenced classical form; the simplified spelling **Pangea** is also widely used in contemporary literature. Both spellings refer to the same supercontinent and the choice between them is conventional rather than substantive. The framework's adopted spelling follows the more classical *Pangaea*, consistent with the standard practice of the major geological reference works (Britannica, the British and American national park service publications, the principal university-level geological textbooks). The framework adopts the Wegenerian neologism for the antediluvian supercontinent of the source material because no specific source-tradition name for that supercontinent is preserved in the surviving Hebrew, Sumerian, or other ancient documentary traditions. The Hebrew Bible's Genesis 1:9–10 describes the gathering of the waters and the appearance of dry land as a single operation, without giving a specific name to the resulting landmass; the term *eretz* (אֶרֶץ, "earth, land") is used for the resulting dry land without distinguishing it from the present-day continental configuration. The framework uses *Pangaea* as the operational name for the antediluvian supercontinent because the mainstream geological term refers to the same geographic structure on the framework's reading, even where the dating differs. ## The mainstream scientific account The mainstream scientific account of Pangaea is well-developed and substantially supported by multiple independent lines of evidence. The account presented in this section is the empirical baseline against which the framework's reading is registered, presented as accurately as the corpus can manage without endorsement of the specific timescale conclusions that the framework's reading contests. ### The Wegener continental-drift hypothesis and its development Alfred Wegener proposed the continental-drift hypothesis between 1912 and his final 1929 revision of *Die Entstehung der Kontinente und Ozeane*. Wegener's principal evidence for Pangaea included: - **The fit of the continental margins** — the famous observation that the eastern coast of South America fits closely against the western coast of Africa, with the broader continental shelves matching across the South Atlantic - **Geological correlations across now-separated continents** — matching rock formations, mountain ranges, and stratigraphic sequences that align when the present-day continents are reassembled into the proposed Pangaean configuration - **Biogeographic distributions** — fossil distributions of specific species (the seed-fern *Glossopteris*, the freshwater reptile *Mesosaurus*, the early Triassic reptile *Lystrosaurus*, the Triassic synapsid *Cynognathus*) that appear across now-separated continents in patterns consistent with Pangaean unity - **Paleoclimatic indicators** — glacial deposits, evaporite formations, and other climate-sensitive geological signatures that appear in present-day locations inconsistent with current climatic conditions but consistent with their paleogeographic positions on Pangaea Wegener's hypothesis was substantially contested in his lifetime, principally because Wegener could not provide a mechanism for the continental movement he proposed. The mechanism question was resolved through the development of plate tectonic theory in the 1960s, with the work of **Harry Hess**, **Robert Dietz**, **J. Tuzo Wilson**, **Dan McKenzie**, **W. Jason Morgan**, and others. The contemporary theory holds that the Earth's crust is divided into approximately fifteen major tectonic plates (and a larger number of smaller ones), which move relative to one another through processes driven by mantle convection — divergent boundaries (such as mid-ocean ridges) producing new crust, convergent boundaries (such as subduction zones) consuming old crust, and transform boundaries (such as the San Andreas fault) producing lateral motion. Continental drift, on the mainstream theory, is the surface signature of the underlying plate-tectonic processes. ### The mainstream chronology of Pangaea The mainstream chronology of Pangaea, as developed across the past sixty years of plate-tectonic research, places the supercontinent's assembly and breakup as follows: - **Carboniferous assembly (c. 335–250 Ma).** Pangaea assembled progressively across the Carboniferous and Permian periods through the merger of earlier continental units: **Laurasia** (combining Laurentia, Baltica, and Avalonia in the northern hemisphere) and **Gondwana** (combining the South American, African, Antarctic, Australian, and Indian cratons in the southern hemisphere), with the addition of **Siberia** and other northern landmasses during the late Carboniferous and early Permian. Final assembly was complete by approximately 252 Ma, at the Permian-Triassic boundary. - **Persistence through the Permian-Triassic (c. 252–195 Ma).** Pangaea persisted as a single supercontinent for approximately 50–60 million years across the late Permian and Triassic periods. During this period, the supercontinent was **C-shaped**, with the bulk of its mass stretching between Earth's northern and southern polar regions, with the **Tethys Sea** contained within the C-curve on the eastern side, and surrounded by the **superocean Panthalassa** on the west and south. - **Triassic-Jurassic breakup (c. 195–175 Ma).** Pangaea began to rift apart beginning at approximately 195 Ma, at the Triassic-Jurassic boundary. The initial rifting opened the **Central Atlantic Ocean** between what is now North America and northwest Africa. The breakup proceeded through multiple phases over approximately 130 million years, with the progressive separation of Gondwana from Laurasia, the opening of the South Atlantic, the separation of India from Africa and its subsequent collision with Asia (producing the Himalayan orogeny), and the final separation of Australia from Antarctica in the Cenozoic. The mainstream chronology is supported by multiple independent dating methods: **radiometric dating** of igneous rocks formed during specific rifting events; **paleomagnetic data** showing the apparent polar wander paths of the various continents consistent with their reconstructed pre-rift positions; **biogeographic distributions** showing the timing of faunal separation between continents; **paleoclimatic indicators** showing the latitudinal positions of the various continental fragments at specific points in their breakup; and the **stratigraphic record** of the ocean basins formed by the breakup. ### The mass extinctions associated with Pangaea Mainstream paleontology identifies several mass extinctions associated with the Pangaean configuration and its breakup. The **end-Permian extinction** (c. 252 Ma), the most severe extinction in Earth's history (eliminating approximately 96% of marine species), coincides with the final assembly of Pangaea and is widely attributed to the volcanism of the **Siberian Traps** large igneous province. The **Triassic-Jurassic extinction** (c. 201 Ma) coincides with the initial Pangaean rifting and is linked to the eruptions of the **Central Atlantic Magmatic Province**. The **Cretaceous-Paleogene extinction** (c. 66 Ma) occurred during the later stages of Pangaean breakup, though its primary cause is widely attributed to an asteroid impact (the **Chicxulub** event). ### The supercontinent cycle Mainstream geology places Pangaea within a broader pattern of supercontinent cycles — the periodic assembly and breakup of supercontinents over Earth's history. The principal supercontinents identified in the mainstream literature include **Kenorland** (c. 2.7 Ga), **Columbia / Nuna** (c. 1.8 Ga), **Rodinia** (c. 1.1 Ga), **Pannotia** (c. 600 Ma), and **Pangaea** (c. 335–195 Ma). The supercontinent cycle is generally treated as periodic, with new supercontinent assembly approximately every 300–500 million years; some models project a future supercontinent (sometimes called *Pangaea Ultima* or *Amasia*) at approximately 250 million years from the present. ## In the Wheel of Heaven framework The framework's adopted reading of Pangaea engages the same geographic structure as the mainstream account but on a fundamentally different timescale. The reading is developed in several connected sections below, treating the construction of Pangaea, the geography and life of the antediluvian world, the location of Eden, the deluge event and the supercontinent's breakup, and the relationship to the present-day continental configuration. ### The construction of Pangaea (*yom* 3 / Age of Scorpio) The framework's reading of the construction of Pangaea is developed principally in the [Genesis](../genesis/) entry and the [Age of Scorpio](../timeline/age-of-scorpio/) entry, with the [terraforming](../terraforming/) entry providing the broader theoretical context. The source material's account of the construction is given in *Le Livre qui dit la vérité* (Vorilhon, 1974), where the visitor (identified in the source material as Yahweh) describes the work as follows: > So then, by means of fairly strong explosions, which acted rather like bulldozers, they raised matter from the bottom of the seas and piled it up into one place to form a continent. Originally there was on Earth only one continent, and your scientists have recently acknowledged that all the continents, which have drifted apart over many years, used to fit perfectly into one another to form one land mass. > > — *Le Livre qui dit la vérité*, Vorilhon (1974); English in *Message from the Designers* The framework reads the source material's account as describing a deliberate operational construction. The "explosions which acted rather like bulldozers" are read as the operational mechanism through which the Elohim raised seabed material to form the supercontinent — a mechanism the framework treats as preserving operational content about the actual continental-engineering technology, with the specifics (whether nuclear-scale explosives, controlled seismic events, or other large-energy techniques) left underdetermined by the source material's brief account. The framework places the construction within the broader Earth-project chronology. The Genesis 1 account's *yom* 3 is read on the framework as the **Age of Scorpio** (c. 17,490 – 15,330 BCE on the corpus's precessional reckoning), the third in the seven-age sequence of the Earth project's preparation and synthesis phases. The Age of Scorpio falls within the broader *terraforming* phase of the project (the first four *yamim*, c. 21,810 – 13,170 BCE), preceded by the *yom* 1 reconnaissance work (Age of Capricorn), the *yom* 2 atmospheric engineering (Age of Sagittarius), and followed by the *yom* 4 astronomical calibration (Age of Libra) before the biological synthesis phases begin. The construction of Pangaea is therefore not the framework's reading of a primordial event in deep prehistory; it is the framework's reading of a specific operational phase of the deliberate Earth-project programme, occurring on the same timescale as the broader project — human-history timescales of approximately two thousand years per *yom* / precessional age. This is the framework's principal divergence from mainstream geology, treated more fully in the dedicated divergence section below. ### The geography and life of the antediluvian world On the framework's reading, the antediluvian world from approximately 17,490 BCE through approximately 13,000 BCE was a single-continent configuration substantially different from the present-day Earth. The relevant features: - **A single contiguous landmass** of approximately the combined area of the present-day continents, configured as a single body with internal geographic features (mountains, river systems, climatic zones) - **Surrounded by a single global ocean** (corresponding to the mainstream-geology Panthalassa) - **An internal embayment or inland sea** corresponding approximately to the mainstream-geology Tethys - **Climatic conditions substantially shaped by the single-continent configuration** — interior continental climate substantially more extreme than present-day continental interiors, with monsoonal coastal climates around the supercontinent's periphery - **Biological communities including the human population** that the Elohim synthesised across the *yamim* 5 and 6 (Ages of Virgo and Leo), the early human cultures of the post-Eden period, and the broader fauna and flora of the antediluvian world The framework reads the antediluvian world as the substrate on which the entire pre-deluge phase of the Earth project occurred. **Eden** (the framework's reading of the post-synthesis Elohim-human direct-contact site) was located on Pangaea. The **post-Eden human dispersals** — the framework's reading of the period between the Eden phase and the deluge, during which humanity multiplied and developed across the antediluvian world — occurred on Pangaea. The **Nephilim period** (the framework's reading of the period of *bnei ha-Elohim*-*bnot ha-adam* reproductive contact, Genesis 6:1–4) occurred on Pangaea. The entire human prehistory the source material's account engages was conducted on the single antediluvian supercontinent, with the geographic implications this carries — humanity as a single population distributed across a single landmass, with relatively limited geographic isolation between regional groups, with the genetic and cultural unity of the antediluvian population that the source material's account presupposes. ### The location of Eden on Pangaea The location of Eden is one of the framework's specific points of interpretive interest within the broader Pangaea question. The Hebrew Bible's Genesis 2:10–14 describes a river flowing out of Eden that divides into four headstreams: the **Pishon** (associated with the land of Havilah), the **Gihon** (associated with the land of Cush), the **Hiddekel** (the Tigris, associated with Assyria), and the **Phrath** (the Euphrates). On the present-day continental configuration, the four rivers cannot be reconciled with a single source — the Tigris and Euphrates rise in modern Turkey, the Gihon (if associated with Cush in the Ethiopian sense) flows in Africa, and the Pishon's identification is contested. The framework's reading of the four-rivers passage as preserving authentic geographic content from the antediluvian world resolves the impossibility: on Pangaea, the four rivers could have shared a common source, with the present-day separation of their drainages reflecting the post-deluge continental separation. The framework reads the four-rivers passage as one of the surviving geographic descriptions of the antediluvian world that depends specifically on the single-continent configuration; the passage's apparent geographic impossibility on the present-day Earth is, on the framework's reading, an indirect confirmation of the Pangaean substrate the passage assumes. The specific location of Eden on Pangaea is not determinable from the source material at present. The framework's tentative position is that Eden was located in what is now the Mesopotamian region (the Tigris-Euphrates association being the strongest of the four river identifications), with the broader Eden geography extending into what are now the African and Asian portions of Pangaea before the deluge separated them. ### The deluge event and the breakup of Pangaea The framework's reading of the deluge event (Genesis 6–9) connects directly to the breakup of Pangaea. The source material's account describes the deluge as a catastrophic event in which the antediluvian supercontinent was destroyed: > When the explosion took place, life had already been preserved a few thousand kilometers above the Earth. The continent was submerged by a gigantic tidal wave, which destroyed all forms of life on its surface. > > — *Le Livre qui dit la vérité*, Vorilhon (1974) The framework reads "the explosion" as a deliberate operational event — either a single catastrophic intervention or a sequence of coordinated interventions — that produced two distinct consequences: a global tidal wave that submerged the supercontinent's surface (the source material's reading of the deluge in Genesis 6–9) and the structural breakup of the supercontinent into the configuration that subsequently drifted to form the present-day continents. The framework reads the post-deluge continental configuration as the surface signature of the deluge event preserved in the contemporary geological record, with the apparent slow drift of the continents on the mainstream account corresponding, on the framework's reading, to a more rapid post-event repositioning following the initial breakup. The deluge event is dated by the framework to approximately **c. 13,000 BCE** on the corpus's reckoning, near the boundary between the Age of Leo and the broader Younger Dryas climatic transition. The framework's reading connects the deluge to several other phenomena registered in the corpus's other entries: the Younger Dryas impact hypothesis (Firestone et al. 2007, registered in the [Pillar 43 of Göbekli Tepe](../list-of-megalithic-sites/) entry via Sweatman's archaeoastronomical work), the major Pleistocene extinctions, the broader catastrophe-and-renewal narrative of cross-cultural mythology (treated in the [List of mythemes and mythological motifs](../list-of-mythemes-and-mythological-motifs/) under the deluge motif), and the post-deluge reorganisation of human civilisation that the framework reads in the Göbekli Tepe / Karahan Tepe complex and the subsequent Pre-Pottery Neolithic transition. ### Genetic preservation and the post-deluge reseeding The framework's reading of the Noah's Ark account connects to the deluge-and-breakup event. On the framework's reading, the Ark functioned as a genetic-preservation operation in advance of the deluge — preserving the genetic record of terrestrial life through the catastrophic phase, with the preservation effected in orbit above the Earth (the source material's "few thousand kilometers above the Earth" reading) and the subsequent reseeding of the post-deluge continents from the preserved material. The specific operational mechanism — whether a single orbital craft, a distributed orbital preservation system, or some other configuration — is left underdetermined by the source material's brief account, but the framework reads the broader Ark tradition as preserving operational content about the genetic-continuity engineering that bridged the antediluvian and post-deluge phases of the project. The post-deluge reseeding is the framework's reading of how the present-day continental biological communities came to be populated. On the framework's reading, the present-day distribution of plant and animal species — the substantial biogeographic similarities between now-separated continents that mainstream biogeography reads as the surviving signature of Pangaean unity — partly reflects the post-deluge reseeding from preserved genetic material, with the specifics of which species were re-established where reflecting both the available preserved material and operational decisions made during the reseeding phase. The framework does not treat all present-day biogeographic distributions as the product of a single reseeding event; the broader pattern includes natural dispersal across the post-deluge period as well as the initial reseeding. ## The divergence from mainstream science The framework's reading of Pangaea diverges from the mainstream geological account on the question of **timescale**, and the divergence is the entry's most significant single interpretive question. The mainstream account places Pangaea's existence from approximately 335 to 195 million years ago, with the breakup occurring over a period of approximately 130 million years through plate-tectonic processes. The framework's reading places Pangaea's existence from approximately 17,490 to 13,000 BCE — a duration of approximately 4,500 years — with the breakup occurring as a catastrophic event at the deluge rather than as a slow plate-tectonic process. The two accounts differ on timescale by approximately three orders of magnitude. The divergence has several specific points where the framework's position is at odds with established mainstream evidence: **Radiometric dating.** Mainstream geology dates Pangaea's assembly and breakup through radiometric dating of igneous rocks formed during the relevant tectonic events — particularly the rocks of the Central Atlantic Magmatic Province (the volcanic event associated with the initial Pangaean rifting) and the basalts of the various rift margins. The radiometric dates consistently support the mainstream chronology of breakup beginning around 195 Ma. The framework's reading would require either a substantial misinterpretation of radiometric dating methods or a substantial reinterpretation of the dated materials' relationship to the Pangaean breakup. The framework's adopted position is that the radiometric dating measures something real (the age of the dated rocks) but that the relationship between the dated rocks and the Pangaean configuration is more complex than the standard interpretation acknowledges; the corpus does not have a developed alternative explanation of the radiometric evidence at present. **Paleomagnetic data.** Mainstream geology reconstructs the positions of the continents at various points in the Pangaean assembly and breakup through paleomagnetic data — measurements of the magnetic orientations preserved in rocks of known age, indicating the latitudes and orientations at which the rocks formed. The paleomagnetic data are consistent with the mainstream chronology. The framework's reading would require a substantial reinterpretation of the paleomagnetic evidence; the corpus's adopted position is open on the specific reinterpretation required. **Biogeographic and stratigraphic correlations.** The biogeographic distributions of fossil species, the stratigraphic correlations across now-separated continents, and the paleoclimatic indicators that support the mainstream chronology together constitute a substantial body of independent evidence. The framework's reading does not have a developed alternative account of how these evidence-types should be interpreted; the corpus's adopted position acknowledges this as an open question. **The supercontinent cycle.** Mainstream geology places Pangaea within a longer-duration supercontinent cycle (Kenorland, Columbia, Rodinia, Pannotia, Pangaea) extending across approximately three billion years of Earth's history. The framework's reading of Pangaea on human-history timescales does not extend backward to a cyclical pattern; the framework's adopted position is that Pangaea was a deliberate single construction by the Elohim during the Earth-project preparation phase rather than the latest instance of a longer-duration natural cycle. The framework's grounds for the divergence are the source material's specific testimony — Vorilhon's 1974 account of Yahweh's description of the continental engineering, with the operational specifics the source material provides — combined with the broader corpus's interpretive synthesis that reads the source material as preserving authentic historical content. The framework reads the mainstream geological evidence as substantial and as requiring serious engagement, but as not decisive on the timescale question, with the specific reinterpretation of radiometric, paleomagnetic, biogeographic, and stratigraphic evidence required by the framework's reading registered as an open area for future work. The corpus does not treat the divergence as a casual matter. The framework's reading is incompatible with mainstream plate-tectonic dating in a way that the framework's readings on other topics (etymologies, motifs, religions, megalithic sites) are generally not incompatible with mainstream consensus on their respective domains. Readers who find the mainstream geological evidence decisive on the timescale question will find the framework's reading of Pangaea correspondingly difficult to accept; readers who place greater weight on the source material's specific testimony may find the framework's reading more accessible. The corpus's adopted position is the framework's reading, registered transparently with the divergence from mainstream science explicit. ## Connections to the broader framework Pangaea's role as the antediluvian supercontinent connects to several specific aspects of the broader corpus's interpretive work. **The Earth-project timeline.** Pangaea's construction during *yom* 3 / Age of Scorpio places it within the broader seven-age sequence of the Earth project. The construction is the third of the four terraforming-phase operations (reconnaissance, atmospheric engineering, continental engineering, astronomical calibration) before the biological synthesis phases of *yamim* 5 and 6 begin. The full Earth-project timeline is developed in the [Genesis](../genesis/) entry and the dedicated entries on each precessional age. **Eden and the antediluvian period.** Eden's location on Pangaea is what makes the Hebrew Bible's specific Eden-geography (the four rivers from one source) operationally coherent. The broader antediluvian period — the entire pre-deluge phase of human history on the framework's reading — occurred on Pangaea. The [Eden](../eden/) entry develops the operational reading of Eden in detail; the present entry registers the geographic substrate the Eden phase occupied. **The deluge.** The deluge event is the framework's reading of the catastrophic intervention that ended the antediluvian phase. The intervention is read as both the destruction of the antediluvian human population (the Genesis 6–9 narrative) and the structural breakup of Pangaea (the geological event whose surface signature subsequent geology records). The [Deluge](../deluge/) entry develops the operational reading of the event; the present entry registers Pangaea as the geographic substrate the deluge destroyed. **Post-deluge dispersal of humanity.** The framework's reading of the post-deluge period includes the dispersal of the preserved human population across the post-breakup continents, the establishment of regional civilisations (including those whose megalithic remains the corpus catalogues in the [List of megalithic sites](../list-of-megalithic-sites/)), and the gradual development of the present-day human cultural diversity. The post-deluge dispersal is conditioned by the post-breakup continental configuration — the human populations distributed across the separating continents developed in regional isolation from one another in a way the antediluvian population had not. **The cross-cultural deluge tradition.** The framework reads the cross-cultural attestation of deluge myths (treated in the [List of mythemes and mythological motifs](../list-of-mythemes-and-mythological-motifs/) under motif A1010) as preserving the historical memory of the deluge event across the dispersed post-deluge human populations. The cross-cultural deluge tradition is one of the framework's principal evidential clusters for the historical reality of the antediluvian-deluge phase, with the cross-cultural distribution best explained on the framework's reading by shared historical reference to the actual catastrophic event. **The geological-record question.** The framework's adopted reading does not have a developed alternative interpretation of the deep-time mainstream geological evidence (the Permian-Triassic boundary, the Triassic-Jurassic boundary, the multiple supercontinent cycles, the radiometric chronology). The corpus treats this as an open area; the framework's principal claims about Pangaea concern the human-history-scale antediluvian supercontinent, with the relationship between the framework's reading and the deeper geological record registered as a substantial unresolved question. ## See also - [Genesis](../genesis/) - [Terraforming](../terraforming/) - [Eden](../eden/) - [Noah's Ark](../noahs-ark/) - [Deluge](../deluge/) - [Antediluvian](../antediluvian/) - [Nephilim](../nephilim/) - [Age of Scorpio](../timeline/age-of-scorpio/) - [Age of Libra](../timeline/age-of-libra/) - [Age of Virgo](../timeline/age-of-virgo/) - [Age of Leo](../timeline/age-of-leo/) - [Elohim](../elohim/) - [List of mythemes and mythological motifs](../list-of-mythemes-and-mythological-motifs/) - [List of megalithic sites](../list-of-megalithic-sites/) ## Read more - [Timeline › Age of Scorpio](../timeline/age-of-scorpio/) ## External links - [Pangaea | Wikipedia](https://en.wikipedia.org/wiki/Pangaea) - [Pangea | Britannica](https://www.britannica.com/place/Pangea) - [Supercontinent Pangea | U.S. National Park Service](https://www.nps.gov/subjects/fossils/supercontinent-pangea.htm) ## References Vorilhon, Claude (Raël). *Le Livre qui dit la vérité* (1974) and *Les extra-terrestres m'ont emmené sur leur planète* (1976), collected as *Message from the Designers* (Raëlian Foundation, current English edition). [Primary source for the framework's account of the construction of Pangaea and the deluge event.] Wegener, Alfred. *Die Entstehung der Kontinente und Ozeane*. Friedrich Vieweg & Sohn, 1915. English: *The Origin of Continents and Oceans*. Translated by John Biram. Dover, 1966. [The foundational work of the continental-drift hypothesis and the source of the name *Pangaea*.] Wegener, Alfred. "Die Entstehung der Kontinente." *Petermanns Geographische Mitteilungen* 58 (1912): 185–195, 253–256, 305–309. Hess, Harry H. "History of Ocean Basins." In *Petrologic Studies: A Volume in Honor of A. F. Buddington*. Geological Society of America, 1962. [Foundational paper of the seafloor-spreading theory that resolved the mechanism problem in Wegener's continental drift.] Wilson, J. Tuzo. "A New Class of Faults and Their Bearing on Continental Drift." *Nature* 207 (1965): 343–347. Sendy, Jean. *La Lune, clé de la Bible*. Julliard, 1968. [The principal philological-historiographic engagement with the Genesis 1:9–10 continental-engineering passage in the broader neo-euhemerist tradition.] Sendy, Jean. *Ces dieux qui firent le ciel et la terre*. Robert Laffont, 1969. Stampfli, Gérard M., and G. D. Borel. "A Plate Tectonic Model for the Paleozoic and Mesozoic Constrained by Dynamic Plate Boundaries and Restored Synthetic Oceanic Isochrons." *Earth and Planetary Science Letters* 196 (2002): 17–33. Scotese, Christopher R. *PALEOMAP Project: Continental Drift Through Geologic Time*. [The principal contemporary visual reconstruction of the mainstream chronology of Pangaean assembly and breakup.] Firestone, R. B., et al. "Evidence for an Extraterrestrial Impact 12,900 Years Ago That Contributed to the Megafaunal Extinctions and the Younger Dryas Cooling." *Proceedings of the National Academy of Sciences* 104, no. 41 (2007): 16016–16021. [The Younger Dryas impact hypothesis, registered for its potential connection to the framework's deluge dating.] Hancock, Graham. *Magicians of the Gods: The Forgotten Wisdom of Earth's Lost Civilization*. Coronet, 2015. [The alternative-archaeology engagement with the Younger Dryas impact and the late-Pleistocene catastrophe hypothesis.] "Pangaea." *Wikipedia*. "Plate tectonics." *Wikipedia*. "Continental drift." *Wikipedia*. "Alfred Wegener." *Wikipedia*. "Supercontinent cycle." *Wikipedia*.