Posts Tagged PalArch’s Journal of Archaeology of Egypt / Egyptology

BOOK REVIEW: PalArch’s Journal of Archaeology of Egypt/Egyptology, 8 (4) (2011)

plife_everlasting1René van Walsem about Manley, B. & A. Dodson. 2010. Life Everlasting. National Museums Scotland Collection of Ancient Egyptian Coffi ns. – Edinburgh, National Museums Scotland.

After an overview (without title, pp. 1-10) of the history of the conglomerate of the National Museums Scotland – with special attention to the Egyptian collections and the individuals who were most closely related to their development, among whom Rhind was the most prominent – the Egyptian coffin collection is divided into seven ‘parts’.

The introduction sketches the archaeological and culture historical context. Part 1 (Cat. 1-2, pp. 12-19) describes two Middle Kingdom coffins of two men, both of whom were called Khnumhotep (no family relation), with the coffins respectively rectangular and anthropoid in shape. The main text is followed by notes, a pattern repeated for the remaining six parts. [...]

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Haan, de, H.J. 2009. Building the Great Pyramid by Levering. A Mathematical Model. – PalArch’s Journal of Archaeology of Egypt/Egyptology 6, 2: 1-22

Abstract A review of the extensive literature on the building of the Egyptian pyramids reveals that so far this problem has not been treated in a systematic, quantitative way. The present study aims at filling this gap by means of an integrated mathematical model, taking into account the interaction between various activities involved, such as quarrying, transportation and building. I focus my attention on the largest pyramid, the one built by Khufu.

The model simulates an efficient project co-ordination by balancing supply and demand of the building material, with all activities related to the growth of the pyramid and assuming a constant total workforce. This makes it possible to determine the effect of different building methods and of the productivity of the workers on the workforce required for the various tasks. In this paper only one building method has been considered, namely levering. Calculations have been carried out for two sets of input data, indicated as base case and maximum case.

Assuming a project duration of 20 years with 2624 working hours per year, the workforce for this building method is estimated to range from 4 000 to 10 000 men directly involved in the building of the pyramid and the supply of the necessary material.


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Harrell, J.A. 2006. Archaeological geology of Wadi Sikait. – PalArch’s Journal of Archaeology of Egypt/Egyptology 4, 1: 1-12

Abstract Emerald, a green transparent variety of beryl, was one of the most highly prized gemstones in antiquity. The earliest known emerald mine is located in the valley of Wadi Sikait in Egypt’s southern Eastern Desert, where mining probably began toward the end of the Ptolemaic period in the 1st century BC. Most of the mining activity, however, dates to the Early and Late Roman periods (1st to mid–2nd centuries and 4th to early 6th centuries AD, respectively) with much reduced activity during the Middle Roman period (late 2nd to 3rd centuries AD). The Romans referred to emerald as smaragdus and named the Sikait region Mons Smaragdus or Emerald Mountain. An archaeological geology survey of Wadi Sikait was undertaken for the purpose of mapping the distribution of ancient mine workings, deducing the ancient mining methods, and describing the geologic occurrence of emerald. It was found that emerald and other green beryls occur within the contact zone between phlogopite schist and intrusive quartz and pegmatite veins. The workings, which were excavated in the softer phlogopite schist with flat–edged chisels and pointed picks, are mostly shallow open–cut trenches that follow the quartz/pegmatite veins. Some workings continue as much as 100 meter underground and are still largely unexplored. Steatite and quartz mica schist also occur in Wadi Sikait and were quarried by the Romans for building stone.


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