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Y-DNA · Väterliche Linie

J1A2A1A2D2B2B2C4D

Y-DNA Haplogroup J1A2A1A2D2B2B2C4D

Ein Referenzprofil für einen Abstammungszweig. Gemeinsame Haplogruppen begründen weder eine familiäre Beziehung noch eine kulturelle Identität.

Referenzprofil

Hintergrund des Zweigs

Historischer Kontext für den Y-DNA-Abstammungszweig J1A2A1A2D2B2B2C4D

Origins and Evolution

Y-DNA haplogroup J1A2A1A2D2B2B2C4D is a deeply nested and exceptionally rare branch of J1, one of the major paternal lineages associated with the Near East and broader Southwest Asia. Because this clade sits far downstream within the J1 tree, it almost certainly represents a recently differentiated founder lineage rather than an ancient widespread population marker.

At this level of resolution, the phylogenetic pattern is usually shaped by micro-scale demographic processes such as clan expansion, lineage survival in endogamous communities, local drift, and occasional migration. The estimated age is therefore best treated as very recent on a genetic timescale relative to the broader J1 haplogroup, likely around 1 kya for the terminal branch, while the upstream J1 lineage itself is much older.

Subclades

As an intermediate terminal-style lineage in a highly resolved phylogenetic path, J1A2A1A2D2B2B2C4D may itself have little or no widely documented downstream diversification yet. In practice, such a clade often serves as a bridge node connecting the parent clade J1A2A1A2D2B2B2C4 to any younger descendants that may eventually be identified through high-coverage sequencing.

Because the clade is so rare, its internal structure is likely to be poorly sampled. Future sequencing may reveal private sub-branches among individual families or isolated communities, but at present it should be regarded primarily as a terminal or near-terminal marker within the J1 phylogeny.

Geographical Distribution

The distribution of this lineage is expected to be patchy and localized, with detections most plausibly concentrated in populations connected historically to the Levant, Arabian Peninsula, Mesopotamia, Anatolia, and the Caucasus. The presence in Jewish, Balkan, Greek, southern Italian, North African, and some South Asian groups is consistent with historical mobility around the Mediterranean, Near East, and Indian Ocean trade networks.

For rare J1 subclades, geographic appearance often reflects a combination of ancestral regional continuity and later founder effects in diaspora or socially isolated populations. As a result, a handful of observations can span a wide area without implying high frequency.

Historical and Cultural Significance

The broader J1 haplogroup is strongly associated with West Asian and Near Eastern paternal history, including populations that participated in the demographic expansions of the Neolithic, Chalcolithic, Bronze Age, and later historic periods. However, this specific subclade is too derived to be tied confidently to a single ancient archaeological culture.

Instead, it is more plausibly linked to historically structured communities in the Near East and Mediterranean world, where lineage persistence could be reinforced by social endogamy, religious or tribal continuity, and repeated founder events. Its occurrence in Jewish populations, for example, would be compatible with long-term regional continuity and diaspora preservation, while its appearance in Mediterranean or South Asian contexts may reflect later historical movement through trade, empire, or migration.

Region-by-Region Interpretation

  • Levant and Arabian Peninsula: Most plausible core zone for the emergence of the parent J1-derived lineage and for retention of rare descendant branches.
  • Mesopotamia and Anatolia: Likely secondary zones shaped by long-term interaction across Southwest Asia.
  • Caucasus: Possible presence through historic mobility and regional interconnection.
  • Mediterranean Europe: Occasional presence in Greek, Balkan, and southern Italian populations is compatible with historic gene flow from the eastern Mediterranean.
  • North Africa and South Asia: Sparse occurrences likely reflect historical-era introductions rather than local origin.

Conclusion

J1A2A1A2D2B2B2C4D is best understood as a very rare, highly derived Near Eastern paternal lineage within the broader J1 network. Its value in genetic genealogy lies less in broad population signaling and more in tracing specific family histories, founder effects, and localized male-line continuity across the Near East and adjacent regions.

Wichtige Punkte

  • Origins and Evolution
  • Subclades
  • Geographical Distribution
  • Historical and Cultural Significance
  • Region-by-Region Interpretation
Referenzprofil

Baum und Verwandtschaft

Phylogenetischer Kontext und Subkladen

Entwicklungsweg

Folgen Sie den erfassten übergeordneten Zweigen bis J1A2A1A2D2B2B2C4D. Die Daten sind Schätzungen und können sich ändern, wenn Referenzdaten überarbeitet werden.

Schritte Haplogruppe Altersschätzung Archäologische Epoche Vergangene Zeit Unmittelbare Nachkommen Getestete moderne Nachkommen Antike Verknüpfungen
1 J1A2A1A2D2B2B2C4D Aktuell ~1,000 years ago Medieval 1,000 Jahre 1 0 0
2 J1A2A1A2D2B2B2C4 ~1,000 years ago Medieval 1,000 Jahre 3 0 0
3 J1A2A1A2D2B2B2C ~1,000 years ago Medieval 1,000 Jahre 2 0 0
4 J1A2A1A2D2B2B2 ~1,000 years ago Medieval 1,000 Jahre 1 0 0
5 J1A2A1A2D2B2B ~1,000 years ago Medieval 1,000 Jahre 1 0 0
6 J1A2A1A2D2B2 ~1,000 years ago Medieval 1,000 Jahre 2 0 0
7 J1A2A1A2D2B ~2,000 years ago Medieval 1,500 Jahre 1 0 0
8 J1A2A1A2D2 ~2,000 years ago Classical Antiquity 2,500 Jahre 1 0 0
9 J1A2A1A2D ~4,000 years ago Bronze Age 3,500 Jahre 1 0 0
10 J1A2A1A2 ~4,000 years ago Bronze Age 4,500 Jahre 2 8 0
11 J1A2A1A ~5,000 years ago Bronze Age 5,000 Jahre 2 8 0
12 J1A2A1 ~6,000 years ago Chalcolithic 5,500 Jahre 2 8 0
13 J1A2A ~6,000 years ago Chalcolithic 6,000 Jahre 1 9 0
14 J1A2 ~8,000 years ago Neolithic 8,000 Jahre 2 171 0
15 J1A ~10,000 years ago Neolithic 10,000 Jahre 2 528 0
16 J1 ~45,000 years ago Paleolithic 45,000 Jahre 2 737 1
17 J ~45,000 years ago Paleolithic 45,000 Jahre 3 1,968 16

Geschwisterzweige (2)

Weitere Zweige derselben übergeordneten Haplogruppe

Referenzprofil

Verbreitung weltweit

Geografische Verbreitung und moderne Präsenz

Erfasster Ursprung

Near East

Moderne Verbreitung

The populations where Y-DNA haplogroup J1A2A1A2D2B2B2C4D haplogroup J1A2A1A2D2B2B2C4D is found include:

  1. Levantine populations
  2. Arabian Peninsula populations
  3. Mesopotamian populations
  4. Anatolian populations
  5. Caucasus populations
  6. Jewish populations
  7. North African populations
  8. Greek and southern Italian populations
  9. Balkan populations
  10. Some South Asian populations

Regionale Präsenz

Western Asia (Arabian Peninsula & Levant) High
Northeast Africa Moderate
North Africa Low
Southern Europe (Mediterranean pockets) Low
Central Asia Low
Middle East High
North Africa Low
South Asia Low
Historischer Kontext

Ein Zweig durch die Zeit

Geschätzte Entstehung in einer breiten historischen Zeitleiste. Zeitmarken liefern Kontext und implizieren keine Verbindung zu bestimmten Kulturen.

  1. ~10k Jahre zurück

    Neolithische Revolution

    Beginn der Landwirtschaft und feste Siedlungen

  2. ~5k Jahre zurück

    Bronzezeit

    Metallverarbeitung, Schrift und frühe Zivilisationen

  3. ~3k Jahre zurück

    Eisenzeit

    Eisenwerkzeuge und ausgedehnte Handelsnetze

  4. ~2.5k Jahre zurück

    Klassische Antike

    Blüte griechischer und römischer Kulturen

  5. ~1k Jahre zurück

    Haplogruppe J1A2A1A2D2B2B2C4D

    Geschätzte Entstehung dieses Y-DNA-Zweigs; Daten und Orte sind Referenzschätzungen.

    Dieser Zweig
  6. Gegenwart

    Gegenwart

    Moderne Zeit

Referenzprofil

Archäologischer Kontext

Erfasste archäologische Zuordnungen für den Y-DNA-Zweig J1A2A1A2D2B2B2C4D

Erfasste Zuordnungen

Diese Bezeichnungen beschreiben archäologische Kontexte erfasster Referenzproben mit Bezug zu J1A2A1A2D2B2B2C4D. Eine Zuordnung bedeutet nicht, dass alle Träger einer Kultur angehörten oder einer bestimmten Migrationsroute folgten.

Avar Avar Culture Canaanite Early Bronze Anatolia Hagios Charalambos Culture Khuvsgul Multi-Period Lebanese Bronze Age Syrian Bronze
Kulturzuordnungen basieren auf dem archäologischen Kontext antiker DNA-Proben und können regionale Verknüpfungen in bestimmten Zeiträumen widerspiegeln.
PATERNAL LINEAGE · ANCIENT DNA

Ancient lineage evidence map

Follow parent clades toward this branch and explore where ancient carriers were found.

Loading ancient observations…

Markers are archaeological find locations. A dashed connector is an uncertain, proposed geographic transition between consecutive branches supported by multiple dated observations; it is not an exact travel route, birthplace or proof of direct descent. Parent-clade samples may belong to other descendant branches. Gaps remain where evidence is insufficient. Sample dates differ from haplogroup formation dates.

Daten

Daten und Herkunft

Quellenangaben und Datenqualität

Zuletzt aktualisiert 2026-06-17
Konfidenzwert 50/100
Abdeckung Low

Datenquelle

Klassifikation, geschätzte Daten und geografischer Kontext spiegeln die erfassten Referenzdaten wider und können sich bei überarbeiteten Belegen ändern. Die Probenabdeckung ist ungleichmäßig; erfasste Orte und archäologische Zuordnungen begründen weder persönliche Herkunft noch kulturelle Identität.