Analysis of information sources in references of the Wikipedia article "Scythians" in English language version.
p.24 "Figure.2. Royal barrow Arzhan 1: funeral artifacts. 36-39"
p.24 "Figure.2. Royal barrow Arzhan 1: funeral artifacts. 36-39"
The Iron Age Saka population of eastern Eurasia is considered the earliest of the Scythian groups to emerge in the 1st millennium BCE, as well as being the most substantial part of the Eastern group of the pan-Scythian family, occupying almost the entire territory of modern Kazakhstan, Kyrgyzstan, Tajikistan, northern Afghanistan, north-west China and northern Mongolia, and substantial parts of western and eastern Siberia (...) Among the earliest securely dated Iron Age Eurasian pastoralist sites of the whole region are the burial mounds (kurgans) located on the territory of western Siberia and East Kazakhstan, including Arzhan-1 and 2, and Baigetobe (...) It is highly probable that these two regions gave an initial spark of emergence and development of the whole Saka-Scythian world that expanded and flourished for almost a millennium.
Genetic ancestry modeling of the IA groups performed with qpWave and qpAdm confirmed that the steppe_MLBA groups adequately approximate the western Eurasian ancestry source in IA Scythians while the preceding steppe_EBA (e.g., Yamnaya and Afanasievo) do not (data file S4). As an eastern Eurasian proxy, we chose LBA herders from Khovsgol in northern Mongolia based on their geographic and temporal proximity. Other eastern proxies fail the model because of a lack or an excess of affinity toward the Ancient North Eurasian (ANE) lineage (25).
...and most of the Eastern Scythians [3], who are themselves a very heterogeneous group both culturally and genetically. On the other hand, the Chernyakhiv samples overlapped with modern Europeans, representing the most "western: range of variation among the groups of this study (Figure 2).
Genetic ancestry modeling of the IA groups performed with qpWave and qpAdm confirmed that the steppe_MLBA groups adequately approximate the western Eurasian ancestry source in IA Scythians while the preceding steppe_EBA (e.g., Yamnaya and Afanasievo) do not (data file S4). As an eastern Eurasian proxy, we chose LBA herders from Khovsgol in northern Mongolia based on their geographic and temporal proximity. Other eastern proxies fail the model because of a lack or an excess of affinity toward the Ancient North Eurasian (ANE) lineage (25).
Genetic ancestry modeling of the IA groups performed with qpWave and qpAdm confirmed that the steppe_MLBA groups adequately approximate the western Eurasian ancestry source in IA Scythians while the preceding steppe_EBA (e.g., Yamnaya and Afanasievo) do not (data file S4). As an eastern Eurasian proxy, we chose LBA herders from Khovsgol in northern Mongolia based on their geographic and temporal proximity. Other eastern proxies fail the model because of a lack or an excess of affinity toward the Ancient North Eurasian (ANE) lineage (25).
...and most of the Eastern Scythians [3], who are themselves a very heterogeneous group both culturally and genetically. On the other hand, the Chernyakhiv samples overlapped with modern Europeans, representing the most "western: range of variation among the groups of this study (Figure 2).
Genetic ancestry modeling of the IA groups performed with qpWave and qpAdm confirmed that the steppe_MLBA groups adequately approximate the western Eurasian ancestry source in IA Scythians while the preceding steppe_EBA (e.g., Yamnaya and Afanasievo) do not (data file S4). As an eastern Eurasian proxy, we chose LBA herders from Khovsgol in northern Mongolia based on their geographic and temporal proximity. Other eastern proxies fail the model because of a lack or an excess of affinity toward the Ancient North Eurasian (ANE) lineage (25).
...and most of the Eastern Scythians [3], who are themselves a very heterogeneous group both culturally and genetically. On the other hand, the Chernyakhiv samples overlapped with modern Europeans, representing the most "western: range of variation among the groups of this study (Figure 2).
p.24 "Figure.2. Royal barrow Arzhan 1: funeral artifacts. 36-39"
p.24 "Figure.2. Royal barrow Arzhan 1: funeral artifacts. 36-39"
Genetic ancestry modeling of the IA groups performed with qpWave and qpAdm confirmed that the steppe_MLBA groups adequately approximate the western Eurasian ancestry source in IA Scythians while the preceding steppe_EBA (e.g., Yamnaya and Afanasievo) do not (data file S4). As an eastern Eurasian proxy, we chose LBA herders from Khovsgol in northern Mongolia based on their geographic and temporal proximity. Other eastern proxies fail the model because of a lack or an excess of affinity toward the Ancient North Eurasian (ANE) lineage (25).
...and most of the Eastern Scythians [3], who are themselves a very heterogeneous group both culturally and genetically. On the other hand, the Chernyakhiv samples overlapped with modern Europeans, representing the most "western: range of variation among the groups of this study (Figure 2).
