Previous studies

Umm al-Dabadib was first briefly described by the British geologists and explorers John Ball and Hugh Ll. Beadnell in the early twentieth century. No detailed description of the site and of the surrounding area existed until 1998, when Corinna Rossi produced a number of sketch maps and plans of the Late Roman remains. In 2001 she (then at Cambridge University) and Dr Salima Ikram (American University in Cairo) created the North Kharga Oasis Survey, a large-scale project of survey aiming at documenting for the first time all the visible antiquities located in the northern portion of the oasis, with special attention to the ancient caravan routes that crossed the oasis. The 2003 season, funded by National Geographic, was entirely dedicated to the first scientific survey of Umm al-Dabadib.

Once the exploration of the northern portion of the oasis was completed, Salima focused on the exploration of the Darb Ain Amur, the ancient caravan route that connected the oases of Kharga and Dakhla, whilst Corinna focused on the distribution of the settlements and on the exploitation of the local water resources. In 2012 she created the project OASIS (Old Agricultural Sites and Irrigation Systems), based at the MUSA Centre of the Università Federico II di Napoli, focusing on the relationship between the ancient built-up areas and the agricultural systems. In 2014 the 3D Survey Group of the Department ABC of the Politecnico di Milano joined the project and took charge of the survey of the built-up area.

The entire research team and the Research Service of the Politecnico di Milano, with the invaluable help of Aya van den Kroonenberg of Yellow Research, supported Corinna during the process of construction of a new, joint research programme an her application for an ERC CoGrant, that enabled the birth of LIFE.

A list of publications illustrating the results of the previous research on Umm al-Dabadib and northern Kharga can be found here.

This project has received funding from the European Research Council (ERC) under the European Union's Horizion 2020 research and innovation programme (grant agreement n°  681673).