Kavousi Vronda Explained

35.11°N 25.8583°W

Kavousi Vronda (also Vronda; Greek, Modern (1453-);: Βροντάς or Βρόντας) is an archaeological site in eastern Crete, Greece, located about 1.25 km south of the modern village of Kavousi, a historic village in the municipality of Ierapetra in the prefecture of Lasithi.[1] It is situated in the northern foothills of the Thripti Mountains overlooking the Gulf of Mirabello, at an elevation of 427 m above sea level. The ancient name of the site is unknown. "Vronda" ("Thunder Hill"), as it was called by the pioneering archaeologist Harriet Boyd [Hawes] at the beginning of the 20th century,[2] is a local toponym; the entire ridge and surrounding area are also referred to as "Xerambela" ("Dry Vineyards"; Greek, Modern (1453-);: Ξεράμπελα).[3] Most of the visible remains on the site belong to a "Dark Age" settlement[4] dating to the Late Minoan IIIC period (c. 1170–1050 BCE) and a slightly later, Early Iron Age cemetery (c. 1050–600 BCE).[5]

History of the site

Investigations by the Kavousi Project have recovered evidence of human activity on the Vronda ridge as early as the Final Neolithic period (4th millennium BCE) and continuing, with interruptions, through the end of the Bronze Age (3rd and 2nd millennia BCE) and transition to the Iron Age (1st millennium BCE). Later remains attest to limited occupation and use of the site during the Venetian (13th–17th centuries C.E.), Ottoman (17th–19th centuries C.E.) and even Modern (early 20th century C.E) periods.[6]

Archaeological research

The site was initially explored by the American archaeologist Harriet Boyd [Hawes] in 1900, "as representative of the American School of Classical Studies at Athens to excavate in the name of the Cretan Government."[19] Boyd uncovered a large "house" with storerooms (now designated Building A-B) on the summit, an "excellent stretch of wall"[20] (now called the East Terrace Wall), and eight small tholos tombs (now labeled Vronda I–VIII) on the north and northwest sides of the ridges. Another tholos tomb (now designated Vronda IX) was discovered in 1951 by a local landowner, George Sekadakis, who deposited the antiquities with the local authorities.[21] Archaeological investigations were resumed in 1974 by Geraldine C. Gesell (University of Tennessee) and Leslie Preston Day (College of Wooster; later, Wabash College), who visited Vronda as part of an informal survey of sites in the area.[22] In 1978, Gesell and Day were joined by William D.E. Coulson (University of Minnesota; later, American School of Classical Studies at Athens) to establish the Kavousi Project, which began with mapping of the site, a study of material found by Boyd and Sekadakis and housed in the Herakleion Archaeological Museum and the Archaeological Collection of Ierapetra (1979), cleaning of the tholos tombs (1981), a topographical plan, cleaning and drawing of architectural remains on the Vronda ridge (1983–1984), and two study seasons (1985–1986). Full-scale excavations under the auspices of the American School of Classical Studies at Athens and the 24th Ephorate of Prehistoric and Classical Antiquities of the Greek Archaeological Service, and with permission from the Greek Ministry of Culture, were conducted from 1987 to 1990 and in 1992, followed by site conservation from 1993 to 1996, and study from 1990 to 2003.[23] Today, select antiquities discovered by the Kavousi Project at Vronda are on display in the Archaeological Museum of Agios Nikolaos and in the Archaeological Collection of Ierapetra. Other artifacts, excavation notebooks, and original drawings and plans, are housed in the Institute for Aegean Prehistory Study Center for East Crete (INSTAP-SCEC) in Pacheia Ammos in eastern Crete, Greece.

References

  1. Boyd 1901; Gesell, Coulson, and Day 1983; Haggis 2005, p. 134, site 77; Day, Klein, and Turner 2009, pp. 1–2; Day et al. 2016, pp. 2–3.
  2. Boyd 1901, p. 131.
  3. Day, Klein, and Turner 2009, p. 3; Day et al. 2016, p. 3.
  4. McEnroe 2010, pp. 147–150, 154–159; Wallace 2010, pp. 104–126; Day et al. 2016.
  5. Day 2011; Day et al. 2016, pp. 209–213; Day and Liston 2023, 355–358.
  6. Day, Klein and Turner 2009, pp. 2–8; Day et al. 2016, pp. 195–231.
  7. Day et al. 2016, p. 199; cf. Haggis 2005, p. 62.
  8. Day et al. 2016, pp. 199–201; cf. Haggis 2005, p. 65.
  9. Day, Klein, and Turner 2009, pp. 65–77; Day et al. 2016, pp. 3–6, 201–203.
  10. Day, Klein and Turner 2009, p. 67; Day et al. 2016, pp. 201–203.
  11. Day, Klein, and Turner 2009, pp. 74–75; Day and Glowacki 2012, pp. 2, 45; Day et al. 2016, pp. 201–203.
  12. Day, Klein, and Turner 2009, pp. 59–63; Day et al. 2016, pp. 203–204.
  13. Day et al. 2016, pp. 204–205.
  14. Day, Klein, and Turner 2009; Day and Glowacki 2012; Day et al. 2016; Klein and Glowacki 2023.
  15. Day and Snyder 2004; Gesell 2004; Glowacki 2004; Klein 2004; Glowacki 2007; Day, Klein, and Turner 2009; McEnroe 2010, pp. 147–150, 154–159; Wallace 2010, pp.104–126, 127–135; Glowacki and Klein 2011; Day and Glowacki 2012; Day et al. 2016; Gaignerot-Driessen 2016, pp. 383–397.
  16. Day 2011, p. 749–750; Day et al. 2016, pp. 208–209.
  17. Liston 2007; Day 2011; Day et al. 2016, pp. 209–2011; Gaignerot-Driessen 2016, pp. 389–397; Day and Liston 2023.
  18. Day, Klein and Turner 2009, pp. 2–8; Day et al. 2016, pp. 211–213.
  19. Boyd 1901
  20. Boyd 1901, p. 131
  21. Gesell, Day, and Coulson 1983, p. 393; Day, Klein, and Turner 2009, p. 3
  22. Day, Klein, and Turner 2009, p. 3
  23. Gesell, Day, and Coulson 1983; Day, Klein, and Turner 2009, p. 3

Bibliography

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