The design of models that govern diseases in their relation to population is built on information and data gathered from past outbreaks. However, epidemic outbreaks are never captured in statistical data alone but are communicated by narratives, built on empirical observations. Outbreak reports discuss correlations between populations, locations and the disease to infer insights into causes, vectors and potential interventions. The problem with these narratives is usually the lack of consistent structure that allows for exploration of their collection as a whole. Our interdisciplinary research investigates more than 100 reports from the third plague pandemic (1894-1952) evaluating ways of building a corpus to extract and structure information through text mining and manual annotation. In this paper we discuss the progress of our exploratory project, how we enhance optical character recognition (OCR) methods to improve text capture, our approach to structure the narratives and identify relevant entities in the reports. The structured corpus is made available via Solr enabling search and analysis across the whole collection for future research dedicated e.g. to the identification of concepts. The corpus will enable researchers to analyse the reports collectively and allows for deep insights into the global epidemiological consideration of plague in the early 20th century.
|Title of host publication||HistoInformatics 2019|
|Subtitle of host publication||International Workshop on Computational History 2019|
|Editors||Melvin Wevers, Mohammed Hasanuzzaman, Gaël Dias, Marten Düring, Adam Jatowt|
|Publisher||CEUR Workshop Proceedings|
|Publication status||Published - 12 Sept 2019|
|Name||CEUR Workshop Proceedings|