Pontius Pilate — An Aqueduct Builder? — Recent Findings and New Suggestions
@article{Lnnqvist2000PontiusP,
title={Pontius Pilate — An Aqueduct Builder? — Recent Findings and New Suggestions},
author={Kenneth L{\"o}nnqvist},
journal={Klio},
year={2000},
volume={82},
pages={459 - 474}
}According to the Jewish historian Josephus Flavius, the fifth — and best known — Roman governor of Judaea, Pontius Pilate (traditional chronology A.D. 26—36), was involved in the affair of building an aqueduct during his period of office, according to the above Greek passage which states: „On a later occasion he provoked a fresh uproar by expending upon the construction of an aqueduct the sacred treasure known as Corbonas; the water was brought from a distance of 400 furlongs."
17 Citations
Pontius Pilate in Jerusalem: The Monumental Street from the Siloam Pool to the Temple Mount
- ArtTel Aviv
- 2019
For over a century and a half, excavations in Jerusalem have been uncovering segments of the city’s Early Roman period network of streets, particularly the street that wended its way from the…
Sub Tiberio quies? La situación política en Judea bajo los prefectos (6-41 e.c.), entre realidad e ideología
- Geography
- 2015
Deeply conflicting views on the political situation of Judaea under the Roman prefects (6-41 c.e.) have been offered. According to some scholars, this was a period of persistent political unrest and…
A Second Investigation into the Chemical Composition of the Roman Provincial (Procuratorial) Coinage of Judaea, AD 6–66*
- Chemistry
- 2003
An investigation of the chemical composition of the first Roman provincial coinage of Judaea, minted in ad 6–66, was conducted. A total of 103 copper-alloy coins were analysed by ICP-AES. It was…
Time-of-Flight Neutron Diffraction (TOF-ND) Analyses of the Composition and Minting of Ancient Judaean “Biblical” Coins
- Medicine, Materials ScienceJournal of analytical methods in chemistry
- 2019
An analysis of the metal composition and minting processes used for making ancient Judaean bronze and leaded bronze coins from first century BCE and CE is used as a case study and one of the first ND analyses of the temperature used for striking bronze coins is presented.