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After nine years of being unable to excavate Khirbet el-Maqatir because of its location near Palestinian cities in Israel, the Associates of Biblical Research has resumed work on the site under the direction of Bryant Wood.  Wood believes that the site may be the city of Ai destroyed by Joshua in the Israelite conquest of the land (Joshua 7-8).  A brief report of the first week’s excavations is now online, along with some photos.

Efforts this season are focused on the west, south and east walls, and several structures inside the fortress.  On the east, Eugene Merrill (Dallas Theological Seminary) discovered a pavement which may be a section of a ring road which circled the site inside the fortress wall.  On the west, Pastor James Luther (Florida) uncovered a 5 meter long section of a one meter wide wall that is part of a substantial structure inside the fortress.  Dig director Bryant Wood exposed several walls that were part of a building complex just inside the main gate on the north side of the fortress.  One of the guest volunteers working in Dr. Wood’s square found a large section of a pithos rim and neck which can be accurately dated to the 15th century BC, the time of the Conquest.

Wood’s latest article explaining the rationale for identifying Kh. el-Maqatir as Ai is given in an article in Critical Issues in Early Israelite History (Eisenbrauns, 2008), available online in pdf format here.

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The latest issue of Adult Bible Studies Illustrated (Summer 2009) features an interview with the photographer behind BiblePlaces.com.  Interview questions include: In what ways has your understanding of the Bible been enriched by your travels throughout the Middle East?  What are some of your favorite places to visit in the Holy Land?  What misconceptions do readers have as a result of not knowing the geographical, historical, or cultural settings of the Bible?  What projects are you working on currently?  What are some of the positive contributions that biblical archaeology has made in recent years to our understanding of the Bible?  The Adult Bible Studies has been published for years, but the Illustrated edition is less than a year old.  Copies may be purchased here.

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Andrew Robinson, visiting fellow of Wolfson College, Cambridge, has written a fascinating article on ancient languages that have never been deciphered.  In “Decoding Antiquity: Eight Scripts That Still Can’t Be Read,” he reviews Linear A, Proto-Elamite, the Phaistos disc, as well as others from around the world.  The end of the article includes an inset box of ancient languages that have been cracked. 

HT: Explorator

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Discoveries from excavations at Tell el-Dab’a, the Hyksos capital in Egypt, were announced recently in a press release from the University of Vienna, but the article was only available in German.  Joe Lauer has received and passed along a statement from the press office in English, which is given below.  Photos of the cuneiform tablet, horse burial, and archaeologist are linked at the bottom of this page.

   A team of the Austrian Archaeological Institute in Cairo and of the University of Vienna under Prof. Manfred Bietak and Irene Forstner-Mueller excavated recently a palace of the Hyksos king Khayan (c. 1600-1585 BC). The site is called Tell el-Dab‘a and it was the capital of the Hyksos kings, who ruled the northern part of Egypt between 1640 and 1530 BC. The antiquities were revealed just under the agricultural crust in a rescue operation. It became clear that this palace in the size of over 10,000 sqm is of northern Syrian type and ranges very well among the biggest palaces found thus far in northern Syria. 
    Two finds this season were particularly remarkable. First a fragment of a cuneiform letter written in southern Mesopotamian style and originating most probably in Babylon. As Karen Radner and Frans van Koppen from the University College London – two eminent scholars in this field – found out, this fragment was a letter and can be dated according to its orthography to the last 50 years of the Old Babylonian Kingdom of Hammurabi. The find shows the far reaching international ties of the Hyksos and at the same time connects Egyptian chronology with the Mesopotamian chronology – thus far the synchronisation with Egypt was a controversy of scholars. Now this matter seems to be settled in favour of a low Mesopotamian chronology with the conquest of Babylon around 1550 BC.
    The second important discovery was the burial of a horse, which is situated and stratigraphically well connected within the palace. It was a mare between 5 and 10 years. It was obviously not a chariot horse but more likely used for breeding. It was the Hyksos who introduced the horse to Egypt and it is the oldest undisputed horse burial found in this country. Its position in the palace suggests that this mare was a pet of the Hyksos, most likely king Khayan.
    The third important discovery was a courtyard used for ritual feasts. Numerous pits with over 5000 vessels, buried ritually with remains of meals such as animal bones, were found. Such institutions as this courtyard, secured behind enormous walls, are known from texts in Mesopotamia and the Levant since the third millennium BC. The feasts were in honour of deceased kings or at the occasion of birthdays of gods. It is the first time that such rituals are attested in Egypt by a population originating from the northern Levant.
    The Hyksos period is still very obscure from historical point of view, but the long going excavation of the Austrian team has contributed to a series of corrections in its historiography. The population originated most probably from Lebanon and northern Syria, as the newly discovered palace and the pottery shows. They were people with an urban background and came originally in the late 12th Dynasty (Middle Kingdom) as shipbuilders, sailors, soldiers and craftsmen to the country where the pharaohs settled them in a harbour town in the north-eastern Delta, the later city of Avaris. In a time of political weakness they were able to establish a small kingdom there and soon afterwards were able to control the Delta and Middle Egypt until their former vassals in Upper Egypt, particularly king Ahmose defeated them and founded the New Kingdom.

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Scientists at the University of Manchester announced last week a breakthrough in the dating of ceramic (pottery) objects.  Called rehydroxylation dating, “the method relies on the fact that fired clay ceramic material will start to chemically react with atmospheric moisture as soon as it is removed from the kiln after firing. This continues over its lifetime causing it to increase in weight – the older the material, the greater the weight gain.” Initial tests on materials up to 2,000 years old have been accurate within a decade.  If this method proves reliable in dating earlier objects, it could be quite useful in solving, for instance, the current debate over 10th-9th century BC pottery in Israel.  One problem with this method for archaeological sites is that the “internal clock” of the pottery is “reset” if the temperature reaches 500 degrees Celsius.  Thus the pottery from areas destroyed by fire would only date to the year of the destruction and not to the date of creation.

The results of the report are covered in a popular article by Science Daily, or you can read the original article (pdf) in the Proceedings of the Royal Society A (alternate link here).  The paper’s abstract:

The majority of ceramics are found in archaeological deposits and are extremely difficult to date. The typical method of using radiocarbon dating used for bone or wood cannot be used for ceramic material because it does not contain carbon, and luminescence dating is far too complex. Scientists from the Universities of Edinburgh and Manchester have discovered a new method of ceramic dating which is published in Proceedings of the Royal Society A..
Their new ‘rehydroxylation dating’ method stems utilises the fact that fired clay ceramics start to react chemically with atmospheric moisture as soon as it is removed from the kiln. The ultra-slow recombination of moisture appears to be generic in fired-clay ceramics and obeys a precise power law, which acts as an ‘internal clock’. Rehydroxylation dating enables scientists to date brick samples from Roman, medieval and modern periods.

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