Creating the Iraq cultural property destruction database: calculating a heritage destruction index

Over the past decade there have been constant reports of damage to significant cultural property in several complex (post-)conflict and (post-)revolutionary states. Recent events in Syria, Mali, Libya, Egypt, Tunisia, Afghanistan and Iraq – as devastating as they have been for people – have also had dramatic consequences for a number of important cultural heritage sites. Despite the severity of these events and global concern, the field of heritage studies has not developed a methodology for cataloguing such heritage destruction in a database. Addressing this paucity in the literature, this article details the methodology developed to produce the Iraq Cultural Property Destruction database, the world’s first database to document the destruction of cultural property in Iraq. This article also documents the calculation of the Heritage Destruction Index – a scale for measuring both the heritage ‘significance’ of a site and the overall level of destruction. Finally, this article also demonstrates the manifold uses of such a database in measuring and monitoring heritage destruction in Iraq. This study therefore sets a significant precedent in heritage studies by providing methods that can be applied to other contexts (past, present and future) to document the destruction of cultural property in complex contexts.

Competency expectations for property professionals in Australia

Purpose – The aim of this paper is to identify the competency expectations for property
professionals in Australia. It further discusses differences in competency expectations between property professionals who have different professional backgrounds, such as valuers or non-valuers, and property professionals who work in different sectors or different-sized companies and who have differing amounts of experience. The competencies identified in this paper include knowledge areas, skills and attributes.

Design/methodology/approach – This paper presents the research findings of a questionnaire survey sent to Australian Property Institute members, which aimed to gather Australian property professionals’ views on the knowledge, skills and attributes required to perform their roles effectively.  The percentage of the respondents who provided different choices of given answers for each of the 31 knowledge areas, 20 skills and 21 attributes was identified and discussed. The professional backgrounds of the respondents were also identified to see whether these impact on competency expectations for property professionals. Content analysis was used to analyse written comments collected in the questionnaire.

Findings – The most important categories of knowledge, skill and attribute for Australian property professionals are valuation, effective written communication and practical experience, respectively.  The least important are international real estate, second language and creativity. Knowledge of rural valuation is very important in Australia, although this has not been mentioned in previous studies.  Professional backgrounds have a large influence on Australian property professionals’ views on knowledge requirements, but less so on skills and attributes.

Practical implications – The findings of this paper can be used as guidance for property professionals in their professional development plan. In addition, property course providers can use the research findings of this paper to inform their curriculum development and redesign.

Originality/value – This project is the first to identify the comprehensive competency expectations of property professionals as a whole in Australia. At the same time, it identifies differences in the competency expectations of property professionals who have different professional backgrounds.  Similar types of study have been conducted in the UK, the USA, Hong Kong and New Zealand but not yet in Australia. An understanding of the knowledge, skills and attributes required for property professionals is important for continuing professional development, curriculum development and the redesign of relevant property courses in order to maintain performance and competitiveness in the property sector.

Atomically resolved tomography to directly inform simulations for structure-property relationships

Microscopy encompasses a wide variety of forms and scales. So too does the array of simulation techniques developed that correlate to and build upon microstructural information. Nevertheless, a true nexus between microscopy and atomistic simulations is lacking. Atom probe has emerged as a potential means of achieving this goal. Atom probe generates three-dimensional atomistic images in a format almost identical to many atomistic simulations. However, this data is imperfect, preventing input into computational algorithms to predict material properties. Here we describe a methodology to overcome these limitations, based on a hybrid data format, blending atom probe and predictive Monte Carlo simulations. We create atomically complete and lattice-bound models of material specimens. This hybrid data can then be used as direct input into density functional theory simulations to calculate local energetics and elastic properties. This research demonstrates the role that atom probe combined with theoretical approaches can play in modern materials engineering.