Today a progress meeting for the CHT2 project with representative of Historic England (HE), Paul Bryan, was held at Newcastle University. Jon Mills, Maria V. Peppa and Lesley Davidson from School of Engineering, together with Ian Haynes, Sam Turner and Alex Turner from School of History, Classics and Archaeology were also present.
Up-to-date results of Structure-from-Motion (SfM) with archival imagery over the Hadrian’s Wall study site of Corbridge were presented. Proposed ideas on disseminating the CHT2 project outcomes for the final months were of particular focus during the meeting.
A technical document “Photogrammetric Applications for Cultural Heritage”, which provides guidance on recording cultural heritage with SfM, relevant to the CHT2 project methodology, can be downloaded from the HE website at:
We are pleased to welcome Maria Valasia Peppa and Lesley Davidson in the CHT2 project.
Maria Valasia Peppa has officially started Karolina’s maternity cover this month. Lesley Davidson has also commenced her IAPETUS PhD programme on Hadrian’s Wall, closely related to the project.
The Italian partner has published findings on the Milan Roman Circus reconstruction in a special issue of Geosciences journal on “Remote sensing and geosciences for archaeology”. Entitled “Accurate Reconstruction of the Roman Circus in Milan by Georeferencing Heterogeneous Data Sources with GIS”, the paper can be viewed directly in Geosciences.
As part of the CHT2 project development, two research studies where presented in the Higher Polytechnic School of Avila during July 2017.
The researcher Belén Jimenez Fernández-Palacios defended her PhD thesis, entitled “Planning, Surveying, Modelling and Visualization Techniques in the Field of Cultural Heritage”. Her thesis reports investigation of documentation, modeling and visualization of architectural heritage by means of geotechnologies that try to gather three critical factors: (i) automation of processes; (ii) generation of dense 3D models of high geometric and radiometric quality and (iii) the use of low-cost devices. This international thesis includes one scientific contribution related with the CHT2 project. In particular, a methodology for standardizing hybrid approaches and visualizing heterogeneous datasets through virtual web platforms focused on 4D analysis is analysed and proposed.
Moreover, the masters student Angel Guerra Campo also collaborated with the CHT2 project in his master thesis entitled “Modeling of Architectural Cultural Heritage Through Time by Inverse Engineering”. In particular, he performed an analysis of the current remains of the Alcázar of Ávila together with the available historical documentation to implement a 3D reconstruction of three main temporal intervals: (i) actual state, (ii) its use as barracks (XVIII century), and (iii) the original citadel (XVI-XVII century).
CHT2 was recently represented at the Baltic Geodetic Congress from 22 – 25 June 2017, Gdansk University of Technology, Poland. See the presentation below.
A short article describing the CHT2 project has been published in the CIPA Newsletter this month. Read the article here.
The CHT2 Polish partner last week presented a poster presentation at the VIII International Scientific Conference “Innovation surveying technologies – application in different domains”. The conference was held in Kamionka, Poland from 7-9 June 2017. The poster can be viewed below.
Italian CHT2 researchers have been busy digitizing the remains of the Roman Circus in Milan. You can read about their work here: June news from Milan.
Newcastle University has been successful in securing additional funding to continue the CHT2 UK case study on Hadrian’s Wall. Approximately £75k of funding has been secured from the UK’s Natural Environment Research Council (NERC) Iapetus Doctoral Training Partnership (DTP) in partnership with English Heritage and Historic England. The PhD, entitled “Assessing and predicting natural environmental impacts on cultural heritage landscapes: a case study on Hadrian’s Wall” will commence in September 2017 and run for 3.5 years. The new research programme will overlap with the closing stages of the current JPI-CH project, funded in the UK by the Arts and Humanities Research Council (AHRC), building on the legacy of CHT2. The overall aim of the new programme is to assess the vulnerability of tangible cultural heritage to natural hazards under a changing climate regime, demonstrating this on an iconic monument of international renown.