Skip to main content

Human Children. Retelling of Chapter 6

 

Short retelling of chapter 6 of the essay: Arkhipov S.V. Human Children: The Origins of Biblical Legends from a Physician's Perspective. Joensuu: Author's Edition, 2025. [In Russian] 

Chapter 6. THE GARDEN OF EDEN

According to the Book of Genesis, humanity’s earliest ancestors emerged "in the garden of Eden." The text specifies that this idyllic garden was located "in Eden, toward the east." A nameless river flowed from Eden, irrigating the garden, suggesting that "Eden" encompasses a broader region, while the "garden in Eden" is a distinct, cultivated space. Genesis portrays the garden as a divine plantation, established by "Lord God," with humans tasked to tend and maintain it. The garden teemed with diverse trees, including fruit-bearing ones, and later hosted birds, wild animals, and domesticated livestock. Alongside humans, it harbored supernatural beings like cherubim (kyruvy), a serpent, and other divine entities. A surgical procedure, possibly conducted in a specialized structure, involved extracting a man’s rib to "create" a woman in an adjacent facility. Here, the first humans were named Adam and Eve, and they gained knowledge of "good and evil." The garden’s resources enabled crafting garments from plant materials and animal hides. Mythical trees bore fruits granting wisdom and eternal life, but to prevent immortality, Adam and Eve were expelled, with cherubim and a revolving sword guarding the eastern entrance.

Thus, the garden featured lush flora with legendary trees, abundant fauna, humans, divine beings, and a defensive mechanism—a self-rotating blade. This curated landscape likely included a medical clinic, a laboratory, living quarters, and utility structures, enclosed by a fortified wall with gates, as inferred from the narrative’s vivid imagery. This raises a question: Did such a garden and settlement truly exist? If so, where and when?

We propose that "Eden" refers to interconnected valleys in the Zagros Mountains, flanking the eastern edge of the Mesopotamian plain, with the Zagros forming the western boundary of the Iranian Plateau. This chapter aims to pinpoint the garden’s location or the region imagined by Genesis’s author, and to estimate when the events inspiring the Eden legend unfolded.

Mesopotamian cuneiform texts reveal that the concept of a divine garden originated in Sumer. The biblical Eden narrative echoes the Epic of Gilgamesh, where a serpent denies the demigod eternal life, and the Sumerian myth of Enki and Ninhursag, which describes humans molded from "clay of the abyss." This motif precedes the planting of Eden’s garden in Genesis. Parallels also appear in ancient Egyptian texts, where Ra suffers a snakebite, and Khnum shapes humans from clay on a potter’s wheel, sourced from the "abyss" alongside other primal elements created by Ptah.

Sumerian civilization emerged during the Uruk period around 4000 BCE. The term "Sumer" distinguished southern Mesopotamia from northern Akkad by the third millennium BCE. The Akkadian word "šumeru" later linked to Genesis’s "Shinar," equated with southern Mesopotamia near the lower Tigris and Euphrates. The oldest Sumerian inscriptions date to the late fourth millennium BCE, with the language spoken until around 2000 BCE, when Akkadian dominated. No earlier Mesopotamian writing exists, though advanced communities preceded Sumer. Agriculture traces to the late seventh millennium BCE with the Samarra culture near the Diyala-Tigris confluence. Thus, the Eden tale might have been recorded by the late fourth millennium BCE, possibly evolving from oral epics. Parts of the Gilgamesh cycle date to the Old Babylonian period (18th–17th centuries BCE), finalized by 1600 BCE.

The narrative’s revolving sword offers clues to its age. We interpret it as metal, not wood. The Epic of Gilgamesh mentions a sword used against Huwawa, guardian of a cedar forest. The earliest copper tools, including axes and knives, and meteoric iron artifacts date back 7000 years. Copper swords from Arslantepe, eastern Anatolia (38°22'56"N, 38°21'40"E), were forged 3300–3000 BCE, with bronze swords from third-millennium BCE burials. In Ur (30°57'42"N, 46°06'15"E), elongated gold and copper daggers, sword precursors, and a copper dagger (2600–2250 BCE) were found, alongside a terracotta figure with copper scabbards.

Curved swords emerged in Mesopotamia 2700–2400 BCE, depicted on Ur’s "Standard of Ur" (2550–2400 BCE) and Girsu’s "Stele of the Vultures" (circa 2440 BCE). Sargon of Akkad’s obelisk (2334–2279 BCE) and blades from Tell Sifr (18th century BCE) show curved designs. Straight swords, like Hittite ones from Tell Atchana (2000–1200 BCE) and Ugarit (13th–12th centuries BCE), and European Hajdusamson-Apa blades (1600–1500 BCE), contrast with curved blades used in Palestine, Phoenicia, and Syria (2400–1600 BCE), and Assyria and Anatolia (1600–1200 BCE). Egypt adopted curved weapons, like the khopesh, during the Middle Kingdom (2040–1640 BCE), widespread in the New Kingdom (1550–1070 BCE). Khopesh examples from Amman (14th–13th centuries BCE) and Assyrian king Adad-Nirari I (1310–1280 BCE) align with wounds described in the Edwin Smith Papyrus (1650–1550 BCE).

Genesis’s self-rotating sword, independent of cherubim, suggests a unique defense mechanism. Sumerians pioneered rotation with wheels and potter’s wheels, but older spinning devices were found at Abu Hamid, Jordan, from the late fifth millennium BCE. Northern Mesopotamian potter’s wheels at Tell Feres al-Sharqi date to 3900 BCE, with clay disks from 4700 BCE. By 2000 BCE, foot-powered wheels appeared, and four-wheeled carts are depicted on tablets from 3200 BCE.

The sword and wheel’s invention suggests the rotating blade tale emerged in eastern Anatolia 3300–3000 BCE, with Eden’s core motifs recorded by the 18th century BCE in Mesopotamia. We propose the sword episode was conceived not by a warrior but by a physician—possibly the Edwin Smith Papyrus’s author—who treated sword wounds. The self-rotating blade anticipates automated weaponry, a visionary idea for its time. These elements may derive from a hypothetical "J source" (828–722 BCE), potentially reworking an older text akin to the Edwin Smith Papyrus (1650–1550 BCE).

Genesis provides geographic hints: the garden lay near "Asshur" (Assyria), "Cush," "Havilah" (northeast Arabia), and rivers "Pishon," "Gihon," "Hiddekel," and "Phrath" (Euphrates). Time has obscured many place names, but "Cush" may not be Ethiopia but the Hindu Kush (36°16'12"N, 71°46'48"E), near the Indus River’s tributaries, possibly "Gihon." The text mentions Cush’s son Nimrod, ruling Babylon, Uruk, Akkad, and Calneh in Shinar (Babylonia), suggesting proximity to Mesopotamia or the Zagros. "Gihon" could be the Tigris or Karun, rising in the Zagros, though modern Hebrew scholars and Talmudic commentators (3rd–8th centuries CE) struggle with these terms.

An African Eden near the Nile’s headwaters—White Nile, Blue Nile, Atbarah, and ancient Yellow Nile (Wadi Howar)—is less likely, as Genesis favors Western Asia. Sumerians envisioned a divine garden in Dilmun, possibly southwest Iran or the Persian Gulf’s northwest (Shatt al-Arab to Failaka). We favor the Iranian Plateau, east of Mesopotamia, framed by the Zagros and Hindu Kush, with the Indus Valley 2000 kilometers away. Ancient Mesopotamians and Egyptians likely knew of the Indus ("Gihon") and Hindu Kush ("Cush"), supported by Thor Heyerdahl’s 6400-kilometer reed boat journey from Shatt al-Arab to Djibouti, and a carnelian bead from India found in Ur’s early dynastic tomb (2900–2700 BCE).

The Ubaid culture (pre-Sumerian) left ceramics across Mesopotamia, western Iran, Syria, and southeast Turkey, linking Sumerians to the Zagros and Iranian Plateau, where Eden was likely imagined. Genesis’s flora and fauna mirror the Zagros’s biodiversity, with fruit trees central to human sustenance. Egyptians revered sacred trees, as in myths of Osiris, paralleling Eden’s guarded trees, akin to Huwawa’s cedar forest in Gilgamesh.

The author understood agronomy, mentioning bread. Northern Iran domesticated fruit crops post-grain farming (4000 BCE), dating Eden’s fruit narrative. The Zagros’s western slopes (1000–1800 meters) host oak forests, pistachio, and juniper, transitioning to alpine meadows at 2500 meters. Valleys grow cotton, vineyards, citrus, and dates, with extensive herding, aligning with Eden’s bounty.

Initially, Adam and Eve needed no clothes, suggesting a warm climate in the Northern Hemisphere’s southern latitudes, possibly the Zagros, where figs grow. Leather garments reflect colder conditions, with bone needles from 45,000–40,000 years ago and clothing use from 100,000–80,000 years ago. Gold, onyx, and bdellium—sourced from the Iranian Plateau, Hindu Kush, and Mesopotamia—point to the Zagros as "Eden."

Around 65,000 years ago, Homo sapiens crossed Bab el-Mandeb’s narrowed straits, enabled by a 108-meter sea-level drop, settling the Persian Gulf and Mesopotamia during a humid 65,000–30,000 years ago. Mitochondrial DNA confirms arrivals 65,000–50,000 years ago, with climates supporting habitation 64,000 years ago. Tribes settled Zagros foothills, clashing with Neanderthals over resources, advancing along Tigris tributaries like Diyala, Karkheh, and Zab, where fertile plains fostered oases. The Khorramabad Valley in Lorestan, with its Mediterranean climate, rivers, and caves like Kaldar (33°33'25"N, 48°17'35"E), hosted sapiens 49,200 ± 1,800 years ago, replacing Neanderthals. Kaldar’s valley, irrigated by the Ab-e Khorramabad stream, mirrors Genesis’s river-fed garden.

A cooling period 33,000–26,500 years ago isolated Khorramabad’s inhabitants, creating a climatic refuge. This valley, home to 1000–2000 people, became a proto-state where tribes exchanged knowledge, forming social norms—Eden’s "good and evil." Genesis’s command to multiply ensured genetic diversity, sustaining the community through the glacial maximum (25,000–18,000 years ago). Kaldar’s sapiens endured until warming 20,000–19,000 years ago, their legacy shaping the Eden myth as a "plain" (Sumerian "eden")—a tranquil ancestral grove. 

Retelling done by Grok, an artificial intelligence developed by xAI.

 

TABLE OF CONTENTS


                                                                    

Author:

Arkhipov S.V. – candidate of medical sciences, surgeon, traumatologist-orthopedist. 

Citation:

Архипов С.В. Дети человеческие: истоки библейских преданий в обозрении врача. Эссе, снабженное ссылками на интерактивный материал. 2-е изд. перераб. и доп. Йоэнсуу: Издание Автора, 2025. 

Arkhipov S.V. Human Children: The Origins of Biblical Legends from a Physician's Perspective. An essay with references to interactive materials. 2nd revised and expanded edition. Joensuu: Author's Edition, 2025. [Rus]

Purchase:

PDF version is available on GooglePlay & Google Books

Keywords

ligamentum capitis femoris, ligamentum teres, ligament of head of femur, history, first patient, injury, damage, Bible, Genesis

BLOG CONTENT

ANCIENT MENTIONS


Comments

Popular posts from this blog

1785SandifortE

  Fragments from the book Sandifort E. Descriptio ossium hominis. (1785). The author briefly writes about the attachment of the ligamentum capitis femoris (LCF). Quote p. 104 [Lat] Os ischium… … Qua spectat pelvim (a) os ischion æquabile est, modice cavatum, ab exteriore profunde sinuatum (b). Sinus hic, quem acetabulum vocant, maximus, sere rotundus, est, dividique potest in partes duas, alteram semilunarem quodammodo, cartilagine tectam (c), hinc æquabilem, alteram altius excavatam, asperam (d), glandulæ muciparæ sedem præbentem, & educentem ligamentum teres, quod capiti ossis femoris infigitur (e). … Quote p. 108-109 [Lat] Femoris os … … Caput magnum, globosum, cartilagine lævi incrustatum, oblique positum (b), id est, sursum introrsumque tendens, magnitudine & figura cum acetabulo (i) congruens, intra illud admittitur, illique alligatur per ligamentum teres, quod firmiter adhæret ab altera parte acetabulo, ab altera sinui profundo, inæquabili, qui in dicto capite est (k...

Homo floresiensis

  HOMO FLORESIENSIS Homo floresiensis lived on the island of Flores (Indonesia) 190-50 Kya (2016SutiknaT_RobertsRG). The ancestor of this species is «suspected» to be the Asian subtype Homo erectus, which arrived from the mainland about 800 Kya (2009LyrasGA_DeVosJ). The anatomy of Homo floresiensis is less similar to Homo habilis (2008Gordon_WoodB). Homo floresiensis Author: Cicero Moraes et al.  (Arc-Team)  ; source: wikimedia.org   collection (license CC BY 4.0, no changes). Among the discovered remains of a female Homo floresiensis  ( humanorigins . si . edu )  there is a relatively well-preserved left pelvic bone (LB1/7). It has a « typically human » acetabulum (2009JungersWL_DjubiantonoT:Fig.3). The acetabulum has a complete fusion of the three bones that form it and is not hypoplastic (2012BrownP:Fig.4). The acetabular fossa is rounded and deep, continuing downwards and forwards as a wide acetabular notch. This area is the site of attachment and func...

LCF in 2026 (September)

  LCF in 2026 (September )  (Quotes from articles and books published in September   2026 mentioning the ligamentum capitis femoris)   Goetz, J. E., Hockman, J., & Willey, M. C. (2026). Rabbit models of hip dysplasia: a narrative review. Laboratory animal research , 42 (1), 32.   [i]   link.springer.com   Kahana-Rojkind, A. H., Strok, M. J., Walsh, E. G., Quesada-Jimenez, R., Kuhns, B. D., & Domb, B. G. (2026). Factors Associated With Return to Sport at Minimum 10-Year Follow-up in Athletes With Borderline Hip Dysplasia Undergoing Hip Arthroscopy With Capsular Plication. Orthopaedic Journal of Sports Medicine , 14 (9), 23259671261451218.   [ii]   journals.sagepub.com   Stanard, I., Almhanna, H., Al-Mahmodi, A. M. M., Kilroy, D., & Kumar, A. H. (2026). Comparative Analysis of Vascular Density in the Femoral Head Ligament of the Dog, Sheep, and Goat.  [iii]   oajr.org , researchgate.net   Hirt, J., Roshardt, ...

Catalog. Arthroscopic reconstruction

  Introduction  Currently, ligamentum capitis femoris (LCF) reconstruction using arthroscopic technologies is considered promising. According to the literature available to us, the first such operation was performed by Marc J. Philippon, which he first reported on in May 2006 (2006PhilipponMJ). Until now, reconstruction of LCF using minimally invasive technologies has not yet become widespread. The long-term results of arthroscopic LCF repair are still uncertain due to insufficient number of surgical procedures performed and short follow-up period (2014O'DonnellJM_SinghPJ). Catalog Arthroscopic LCF reconstruction and discussion of technique Abibe RB, Rahal SC, dos Reis Mesquita L, Doiche D, da Silva, JP, Mamprim, MJ, Pinho RH, Battazza A, Alves CEF, Saunders WB. Ligamentum teres reconstruction using autogenous semitendinosus tendon with toggle technique in rabbits. PeerJ. 2023;11:e14777.  doi.org/10.7717/peerj.14777  [ peerj.com ,  peerj.com(PDF) ] Al'Khafaji, ...

The First Animals

  THE FIRST ANIMALS According to molecular clock data, the separation of the Animal Kingdom from the Plant Kingdom occurred 1609±60 Ma (2004HedgesSB_ShoeJL). Molecular estimates indicate that the last common ancestor of multicellular representatives of the fauna (Metazoa) was Neoproterozoic, most likely younger than 800 million years (2015PisaniD_LiuAG). Biomarkers of metazoan living systems identified in sedimentary deposits indicate their presence in the seas since the Cryogenian period (2018ZumbergeJA_SummonsRE), which began around approximately 720 Ma (2023CohenKM_CarN). Multicellular animals were part of early Ediacaran ecosystems and are found below layers dated to 632.5 ± 0.5 Ma (2007Yin_LHuJ). The oldest fossil of a multicellular organism resembling a sponge (Porifera) is about 600 Ma (2015YinZ_TafforeauP). The last Neoproterozoic glaciation (about 582 Ma) coincides with the appearance of complex organisms in the fossil record (2007BowringSA_AllenPA). Ev...

Great Compilation. Chapter 10

    English version of the article:  Архипов СВ. Книга Берешит как великая компиляция текстов и смыслов Второго переходного периода Египта: пилотная культурологическая, медицинская, археологическая и текстологическая экспертиза преданий против традиционной атрибуции. Введение.  О круглой связке бедра . 14.02.2026 .  The text in Russian is available at the following link:  2026АрхиповСВ .    The Book of Genesis as a Great Compilation of Texts and Meanings from the Second Intermediate Period of Egypt: A Pilot Culturological, Medical, Archaeological, and Textological Examination of the Legends versus Traditional Attribution.  Chapter 10   By Sergey V. Arkhipov, MD, PhD   CONTENT [i]   Abstract [ii]   Book of Genesis. Chapter 10 Analysis [iii]   Notes to Chapter 10 [iv]   AI Agent's Conclusion [v]   Content [vi]   External links [vii]   Application [i]   Abstract The Book of Genesis (Bereshith) wa...

1934BökerH

  Content [i]   Annotation [ii]   Original in  German [iii]   Illustrations [iv]   Source  &  links [v]   Notes [vi]   Authors & Affiliations [vii]   Keywords [i]   Annotation Fragments from the article: Böker H. Die Bedeutung des Ligamentum teres femoris (1934). The author discusses the attachment, role and movement of the ligamentum capitis femoris (LCF). At this point, we have only fragments of this remarkable work. The text in Russian is available at the following link: 1934BökerH . [ii]   Original in    German «In einer Untersuchung über die Bedeutung des Ligamentum teres femoris zeigt Böker, daß der Bewegungsraum dieses „Bandes“ mit dem Ausdehnungsbereich der Fossa acetabuli übereinstimmt.» (1939 NauckET ) .   Einzig Böker [1] beschrie 1934 In einem Artikel Ober die Bedeutung des Ligamentum teres femoris die normale Stellung der Fovea in Relation zur Fossa acetabul. Er stellt fest, dass die...

18c.FontebassoF

  Fontebasso F, painting, Jacob wrestling with the angel (18th cent.).  Depicting the circumstances and mechanism of the ligamentum capitis femoris (LCF) injury based on the description in the Book of Genesis: 25 And Ja cob was left alone; and there wrestled a man with him until the breaking of the day.  26 And when he saw that he could not pre vail against him, he struck against the hollow of his thigh ; and the hollow of Jacob's thigh was put out of joint, as he was wrestling with him. … 33 Therefore do the children of Israel not eat the sinew which shrank, which is upon the hollow of the thigh, unto this day; because he struck against the hollow of Jacob's thigh on the sinew that shrank.  ( 1922LeeserI , Genesis (Bereshit) 32:25-26,33) More about the plot in our work:  Ninth month, eleventh day  ( 2024АрхиповСВ. Девятый месяц, одиннадцатый день ). Francesco Fontebasso  – Jacob Wrestling with the Angel (18th cent.); original in the  matthiesenga...

Tiktaalik roseae

  TIKTAALIK ROSEAE The first truly tetrapod animal (Limbed tetrapods) is recognized as the lobe-finned fish Tiktaalik roseae (clade Elpistostegalia), discovered in rocks aged about 375 Ma (2006DaeschlerEB_JenkinsJrFA; 2008ShubinN; 2017ShubinN). Discoveries in recent years have allowed us to place the taxa of early tetrapodomorphs in the following order: Tinirau, Eusthenopteron, Megalichthys, Panderichthys, Qikiqtania, Tiktaalik, Elpistostege, Parmastega, Ventastega, Acanthostega, Elginerpeton, Ymeria, Ichthyostega (2022StewartTA_ShubinNH). The closest ancestor of Tiktaalik roseae, the fragments of the skeleton of which are relatively well preserved, is Panderichthys. Reconstruction of the prehistoric fish Pandericthys Author Tyler Rhodes; original in the  wikipedia.org   collection (license CC BY-SA 3.0, no changes). The shape of the skeleton of the pectoral fin and shoulder girdle suggests that Panderichthys rhombolepis "walked" (2006AhlbergPE_ClackJA). At the very least...

LCF in 2026 (August)

    LCF in 2026 (August )  (Quotes from articles and books published in  August   2026 mentioning the ligamentum capitis femoris)   Maldonado, D. R., Schab, A. R., & Domb, B. G. (2026). Improvement in Patient‐Reported Outcomes, High Rate of Return to Sport, and Secondary Surgery Rate Ranging From 0% to 9.8% After Hip Arthroscopy in Dancers and Athletes in Flexibility Sports: A Systematic Review. Arthroscopy, Sports Medicine, and Rehabilitation , e70020.    [i]    arthroscopyjournals.onlinelibrary.wiley.com   Klingele, K., & Strub, D. (2026). Author Response: Considerations and Challenges in Open Reduction With Ligamentum Teres Reconstruction for Pediatric Developmental Dysplasia of the Hip. Journal of Pediatric Orthopaedics .    [ii]    ovid.com   Quesada‐Jimenez, R., Rana, K., Strok, M. J., Kahana‐Rojkind, A. H., Burt, A. K., Sugarman, E. P., & Domb, B. G. (2026). Dual Labral and Ligamentum Ter...