Nehi at Elephantine

Nehi, Viceroy of Kush under Thutmose III, is a well-known figure of the Egyptian administration in Dynasty 18 (see e.g.  Leblanc 2009). He was responsible for building several temples in Lower and Upper Nubia, also the Amun temple at Sai, located just south of our excavation area SAV1 East.

My special interest for Nehi goes back to 1998 and my first participation in the joint German-Swiss mission at Elephantine. Like other officials of the Egyptian administration of Nubia, Nehi left several records and monuments in the area of the First Cataract: in particular stelae and rock inscriptions, records which I always thought have a peculiar “personal” touch – they invoke the illusion of getting close to those persons of the past, to some of their activities and thoughts, to almost grasp them as individuals.

It was one of the very joyful moments of my early career when a great topic as MA thesis was proposed to me in the dig house at Elephantine. And one of the stars of this thesis was no one else than Nehi!

Budka 2001 Taf 3a

Door jamb of Nehi from Elephantine (Budka 2001, pl. 3a)

As monument per  se the unpublished object I had to deal with might not seem extremely interesting: it is a surface find from the kom of the ancient town of Elephantine, a sandstone block measuring 35 x 21 x 12 cm. It has a partly faded vertical column with hieroglyphs at its front side and can be identified as lower part of a left doorjamb (Budka 2001, 69; 107, cat. 1). Within the Egyptian settlement architecture made in mud bricks, architectural features like column bases and door elements were regularly executed in stone.

The text identifies the former owner of the building to which the jamb belonged: King’s son, overseer of the southern foreign lands, Nehi!

The importance of this small piece derives from its parallels – especially at Aniba and at Sai Island. Most probably these door frames belonged to administrative buildings and magazines attesting among others the adoration for king Thutmose III. Nehi as the highest official of the Nubian administration demonstrated his loyalty to the king, combining it with the worship of Egyptian gods.

At Elephantine, the stone block by Nehi may attest a temporary residence for the viceroy: the island was an important site to organize expeditions to the South and to count and distribute goods and more.

Further monuments by Nehi discovered at Elephantine are: a splendid sistrophorous statue JE 39749 (now kept at the Nubian Museum at Aswan) and a stela found close to the temple of Satet.

Stela of Nehi from Elephantine (Dreyer 1987, pl. 17c)

Stela of Nehi from Elephantine (Dreyer 1987, pl. 17c)

On this stela only the representation of Nehi adoring Amun-Ra-Kamutef has survived – the ithyphallic god was chiseled out during the Amarna age (Dreyer 1987, 113-14, pl. 17c).

What interests me most about Nehi and other officials of his time is to try to use all archaeological data available to reconstruct patterns of their past living conditions. The similarities in the architecture and stone monuments found at sites like Elephantine, Aniba and Sai Island are striking and this official line of record would propose few differences between these places. But does this picture change if we take un-inscribed records like ceramics, objects and other materials like animal bones and organic remains into consideration? A detailed assessment of the New Kingdom town of Sai and a close comparison with Elephantine might provide some answers – tracking Nehi by his inscribed monuments is one thing, trying to contextualize these records and establish aspects of their environment goes one step further. I am confident that our research within the framework of AcrossBorders will get us closer to understand the living conditions of viceroy Nehi and his contemporaries.

 

References

Budka 2001 = Julia Budka. Der König an der Haustür, Die Rolle des ägyptischen Herrschers an dekorierten Türgewänden von Beamten im Neuen Reich, Vienna 2001.

Dreyer 1987 = Günter Dreyer, X. Ausgewählte Kleinfunde, in Werner Kaiser et al., Stadt und Tempel von Elephantine, 13./14. Grabungsbericht, MDAIK 43, 1987, 107-114.

Leblanc 2009 = Christian Leblanc 2009. Nehy, prince et premiere rapporteur du roi, in I. Regen & F. Servajan (eds.), Verba manent, Recueil d’etudes dédiées à Dimitri Meeks par ses collègues et amis, Montpellier 2009, 241-251.

On the road between Lille, London, Vienna and Berlin

On the roadThe last two weeks have been full of travelling and meetings, not in Egypt as originally planned, but here in Europe – the excellent Table ronde at Lille, a brilliant Kirwan Memorial Lecture by Vivian Davies at London, meetings with team members and future collaborators here in Vienna, planning for the next field season at Sai Island and placing orders for various equipment. Tonight, I hope to head for Vienna Airport the very last time in September – going to Berlin and picking up equipment, materials and my SUV there. Back to Vienna by car early next week – insha’allah!

As Giulia reported, all is progressing very well, thanks to the support of our colleagues, in both the Center for Earth Sciences with studying finished thin sections and preparing the new ones and in the Atomic Institute where we will get the NAA results of the first group of samples at the end of this month. Giulia will then start to compare her petrographic observations with the data deriving from the chemical analysis.

Florence has also joined the Table ronde at Lille – she is making good progress in assessing the building phases of SAV1 North; and I am concentrating right now (whenever there is time besides all the travelling & organizational work…) on the ceramic sequence from this site. In the upcoming field season 2014 we will not only continue in SAV1 East and open a new excavation area, but will also focus on studying the small finds, tools and different materials like animal bones from SAV1 North aiming to present a concise analysis of its architecture and functional aspects within the New Kingdom town in due time. It will be in particular relevant to understand aspects of the internal organization and to test whether functionally diverse quarters existed within the town enclosure.

Round Table at Lille – Know-how and technology in Ancient Sudan

Getting ready to leave for France this afternoon – I am very happy to be able to participate at a round table colloquium, organized by a team of young French researchers and held at Université Charles-de-Gaulle Lille 3 (HALMA-IPEL UMR 8164), the main cooperation partner of AcrossBorders, on September 5 and 6. Lille has an outstanding history in researching Ancient Sudan including archaeological fieldwork – Didier Devauchelle holds the concession for Sai Island and has supported our project from the very beginning.

The upcoming meeting (entitled Savoir-faire et techniques au Soudan ancient) promises presentations of young researchers (both doctoral students and Post-doc researchers) working in Ancient Sudan, covering an intriguing range of topics from Prehistory to Medieval times with a focus on materials and technology. The main sessions will be dedicated to architecture; faience, textiles and metallurgic processes; pottery and economic resources. One has to congratulate the colleagues to have managed assembling a group of distinguished chair persons: Charles Bonnet, Abdelrahman Ali Mohammed, Marie Millet, Claude Rilly and Vincent Rondot are all well known archaeologists in leading positions directing current projects in Sudan.

Looking forward meeting new and familiar faces and to fruitful discussions about Ancient Sudan! Without doubt there will be fresh input to my own research and for AcrossBorders. Last but not least I will be able to speak with current French collaborators working at Sai Island and maybe also with possible future ones of the young generation.

Preparing samples for Neutron Activation Analysis

Time really goes by… not just for us but also for our dear ceramic samples. Not too long ago they were still hidden under the warm sun of Sudan in the nice setting of Sai Island. Since then, they have passed through the hands of different people and they have been – in turn – been photographed, drawn, recorded in our File Maker database and, finally, selected for the different laboratory analysis.
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At the end of July, thanks to our cooperation with the Departments of Lithospheric Research and of Geodynamics and Sedimentology and the great work done by Claudia Beybel at the ‘Dünnschlifflabor’, we successfully managed to conclude the preparation of the thin sections for a first group of 36 ceramics. Just today, we submitted the second group of 24 samples to the lab – so we will have a total of 60 thin sections for petrographic studies.

After the summer break, the first group of samples were taken to the Institute of Atomic and Subatomic Physics (AI) for the Neutron Activation Analysis. Johannes Sterba, Ing.Dr.  will be my scientific supervisor at the AI, introducing me to the wonderful world of INAA. He has not only a lot of experience in NAA and chemical analyses on ceramic materials, but also in working with archaeologists and ceramics from Egypt and the Levant.
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Under his supervision, I have prepared all the samples and on Friday August 23 Johannes put them in the machine ‒ so by the end of September we will hopefully have the first results! Waiting for them, I will share some of my experience about the preparation of the samples, illustrated by pictures taken in the lab.

Step 1 – Sampling strategy

Example for grinding the sample in the agata mortar.

Example for grinding the sample in the agata mortar.

Drilling one of the samples.

Drilling one of the samples.

Some of the prepared samples.

Some of the prepared samples.

One of the main advantages of INAA is that you need only very few grams of powder for each sample!

For most of our ceramic samples we just selected the small chips produced after the break for the thin section and ground them in an agate mortar to obtain a fine and homogeneous powder. This procedure takes only few minutes, but then you have to clean carefully both the mortar and the pestle in order to avoid any contamination between the samples (and an agate mortar can be quite heavy to hold and to carry…).

Seven potsherds were sampled by drilling, carefully avoiding the slip and/or the painting!

The obtained powder is temporarily collected in small plastic containers.

 

 

 

 

 

Step 2 – Weighing the powder

After one night in the oven at 90 °C, the sample is weighted by means of a precision balance (we need about 100 mg of powder) and transferred into pure silica vials. Both the vials and the spoon used for this operation are very small and thin. This is a good training both for your nerves and your hands (better not drink too much coffee before!)

The precision balance for weighting the powder.

The precision balance for weighting the powder.

Step 3 – Sealing the vials by fire

Before going into the reactor and to be irradiated, all the vials must be sealed. This operation is quite delicate and, at the same time, extremely important: poor seals will cause samples to open during irradiation! The sealing is made by fire, using a soldering iron arrangement in the same laboratory in which the samples were prepared. Once finished, we used an engraving tool to write the number of the sample on the side of each vial.

Important step: sealing the vials by fire.

Important step: sealing the vials by fire.

At this point everything is ready to start with the irradiation… just the time for our small samples to ‘rest’ a little bit immersed into a pure water solution!

Sealed sample within pure water solution.

Sealed sample within pure water solution.