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| PRE-COLUMBIAN
  VIRGINIA ARCHEOLOGICAL SITE   Erich.
  F. Legner & Robert D. Morritt [Contact ]   Please CLICK on Underlined Categories for details and Photos to enlarge.       
  Depress Ctrl/F for subject search.                 Investigations of an
  archaeological site along the Opequon
  Creek in the Northern
  Shenandoah Valley of Virginia since 2012 presents evidence of
  various ancient Scythian and European colonists dating from before the
  Christian Era to the First Century AD. 
  The principal investigator, metallurgist Adam Arkfeld, has uncovered
  significant amounts of iron slag and refractories at the site (see Radiocarbon Report #1
  & #2).  Also recovered are cast iron artifacts
  (e.g., Figs. 7,
  8 & 18).  The metallurgy here was quite advanced,
  and slags found suggest aluminum production (Fig. 1).  Although this seems far too advanced for
  the time period, there has also been the discovery of a piece of apparent
  sculpted aircraft aluminum (Fig. 2).   It was recovered at a depth in
  association with stone artifacts.                   An
  advanced blast furnace was operating in the area circa 150 AD. (Fig. 19)  Remnants of the milldam and deep race
  channels are readily observable.  C14
  results bracket the TL date of the First Century AD.  Not only was evidence uncovered of
  advanced metallurgy but also fired brick was manufactured in great quantities
  during the same period (Fig. 21).  TL results from the brick are in process
  of determination.  Evidence indicates
  that a step mound was faced with glazed brick pavers.  There are virtually tons of 2000-year-old
  brick in situ. (Figs. 20 & 21).  The University of Washington dated the
  furnace wall sample to 150 AD.  There
  is proof that smelting was occurring here on an industrial scale using an
  anthracite fired blast furnace, pointing to the presence of Europeans.  Sections of the milldam are still
  existent. Significant earth works created to channel the millrace are still
  apparent.  Anthracite has been found in
  association with the furnace. C14 testing of the slag confirms fossil fuel
  use.  Two different samples tested by
  Beta Labs (pdf #1 & #2), both produced infinite
  dates.  Anthracite is the only coal
  suitable for smelting.  Geological
  maps show that east coast anthracite beds, which are accessible by water, are
  limited.  The most accessible mine
  from the Chesapeake Bay is the Meadow Branch Mine in West Virginia, and it is located 20 miles
  west of the furnace site.  The
  archeological site is very close to the mine where a mill could be
  constructed, and there is a navigable water route to the Potomac River.  The fuel was crucial to their metallurgy, which would explain
  why this location was chosen.  A
  two-pound pig iron bar is shown on the cover in  Fig.
  19.              Fig. 23 
  & Fig.
  24  show
  the original farmhouse built circa 1790. 
  When the settlers arrived they found this hillside already terraced.
  Like many other examples across the globe, existing building sites are
  reused.  The materials removed by the
  settlers when digging out the cellar and foundations were dumped as fill in a
  nearby gully. Likely, the brick and stone artifacts removed were considered
  "Native American junk".  Fig. 22 shows a section of the
  same step mound that has eroded and revealed the pavers.  Of course some are quick to label the
  brick as "colonial".  But
  there is a lack of mortar, and it is undoubtedly not a colonial dry stacked
  brick structure.  Additionally, there
  are no historic brick structures on this farm or any of the surrounding
  properties.  Fig. 21 shows a brick
  mosaic.  The colonial debris layer was
  well above the brick. The uncovered brick quickly began to disintegrate with
  exposure, and unglazed bricks have fallen to pieces.  The magazine cover (Fig. 20) has
  the site erroneously located in West Virginia as it is in Virginia, a mile
  south of the West Virginia border.     
     
     
               A mattock (Fig. 17) was
  recovered within 10 feet of a cast iron profile (Fig. 18).  Both of these artifacts were submerged and
  preserved in mud and sand. The water has a high mineral concentration.  Both have been sealed in plastic because
  exposure began to deteriorate them rapidly. 
  The wood remaining in the socket of the mattock is petrified.  There is little doubt of the antiquity of
  an iron mask as the profile matches many others in the collection that are
  made of stone.  The mattock is made of
  the same metal and shows identical patination/oxidation.  It can be surmised that both items are
  from the same time period.  Assuming
  that organic material is still present, the wood remaining in the socket
  makes that mattock an ideal iron artifact to test and date.                   Most recognize the limestone
  sculpture in Figure 7 as an
  Anubis bust.  Nevertheless, on learning
  that it is from Virginia, some observers begin to doubt the
  association.  The iron-embalming
  knives (Fig.
  9) cause a similar reaction. 
  Also found were clay and stone Horus hawks, Osiris, Thoth... almost
  the whole pantheon.  Many Baal
  figurines and his pornographic signature 
  as well.  There is no lack of
  Scythian characters with tall pointed hats abounding.  The stone mounds here are interlaced with
  logs, consistent with Kurgan design.    
                 The Sumerians
  were probably the only culture with knowledge to make an accurate planetary
  chart (Fig. 13).  This example was recovered adjacent to a stream
  in an aqueous environment.  The etched
  circles on the back of a bison) bull (Fig. 12) have
  been permeated with white calcite.       
                The identity of the different ancient
  inhabitants at the Opequon site is as yet uncertain.  However, an advanced metallurgy coupled
  with inscriptions of figures in tall pointed hats may include Scythians.  A large work force, probably involving
  slaves, was required in the production of iron and other metals.  Drawings of them on stone and ceramics have
  been found, with some bearing equatorial African features.  The burials are consistent with Osirian internments,
  and the grave goods correspond with those of the Levant.  Adam Arkfeld continues to be ignored by archeologists,
  and he does not know if his discoveries will ever be officially recognized.   = = = = = = = = = = = = = = = =
  = = = = = = = = =     Wilson, Charles A. and A. A.
  Field.  2017. The Arkfeld site Iron Smelting Virginia 150 AD.:
  Discoveries Along the Opequon Creek.  Ancient American. 
  2017.  Archeology of The
  Americas Before Columbus.  Vol. 21
  (114).   Anthony,
  David W. (July 26, 2010). The Horse,
  the Wheel, and Language: How Bronze-Age Riders from the Eurasian Steppes
  Shaped the Modern World. Princeton University Press. ISBN 1-4008-3110-5.
  Retrieved January 18, 2015.   Baumer,
  Christoph (December 12, 2012). The
  History of Central Asia: The Age of the Steppe Warriors. I.B.Tauris. ISBN 1-78076-060-4.
  Retrieved January 18, 2015.   Beckwith, Christopher I. (March 16, 2009). Empires of
  the Silk Road: A History of Central Eurasia from the Bronze Age to the
  Present. Princeton University Press. ISBN 1-4008-2994-1.
  Retrieved December 30, 2014.   Bertman, S. 
  (2014).  Handbook to Life in
  Ancient Mesopotamia.  Oxford Univ.
  Press.   Boardman, John; Edwards,
  I. E. S. (1991). The
  Cambridge Ancient History. Volume 3. Part 2. Cambridge University Press. ISBN 0-521-22717-8.
  Retrieved March 2, 2015.   Bonfante,
  Larissa (2011). "The Scythians: Between Mobility, Tomb Architecture, and
  Early Urban Structures". The Barbarians of Ancient Europe: Realities and Interactions. Cambridge University Press. ISBN 978-0-521-19404-4.   Davis-Kimball,
  Jeannine (1995). "The Scythians in southeastern Europe". Nomads of the Eurasian Steppes in the early Iron Age (PDF). Zinat press. ISBN 1-885979-00-2.   Day,
  John V. (2001). Indo-European
  origins: the anthropological evidence. Institute for the Study of Man. ISBN 0-941694-75-5.
  Retrieved March 2, 2015.   Drews,
  Robert (2004). Early Riders: The Beginnings of Mounted Warfare in Asia and
  Europe. Routledge. ISBN 978-0-203-07107-6.   Durant, W. 
  1954.  (1954).  Our Oriental Heritage.  Simon & Schuster Publ.  1052 pp.   Ivantchik,
  Askold (2018). "SCYTHIANS". Encyclopaedia
  Iranica.   Kramer, S. N.  (1971).  The Sumerians.  Univ. of
  Chicago Press.  372 pp.   Kramer, S. N. 
  (1988).  History Begins at Sumer.  Univ. of Pennsylvania Press.  416 pp.   Kriwaczek, P.  (2014).  Babylon.  Thomas Dunne
  Books.     Leick, G. 
  (2010).  The A to Z of
  Mesopotamia.  Scarecrow Press.   Podany, A. H. 
  (2013).  The Ancient Near
  East.  Oxford Univ. Press.  168 pp.   Sinor,
  Denis (1990). The Cambridge History of Early Inner Asia. Cambridge. ISBN 978-0-521-24304-9.   Sulimirski,
  T (1985). "Chapter 4: The Scyths". In Gershevitch, Ilya. The
  Cambridge History of Iran. 2.
  Azargoshnasp.net. pp. 149–99   Szemerényi, Oswald (1980). Four old Iranian ethnic names: Scythian – Skudra – Sogdian –
  Saka (PDF). Veröffentlichungen der iranischen Kommission Band 9.
  Wien: Verlag der Österreichischen Akademie der Wissenschaften;
  azargoshnap.net.   Waldman,
  Carl; Mason, Catherine (2006). Encyclopedia
  of European Peoples. Infobase Publishing. ISBN 1-4381-2918-1.
  Retrieved January 16, 2015.   West, Barbara A. (January
  1, 2009). Encyclopedia
  of the Peoples of Asia and Oceania. Infobase Publishing. ISBN 1-4381-1913-5.
  Retrieved January 18, 2015.   |