Perceptions of Edinburgh: Capturing Neighbourhood Characteristics by Clustering Geoparsed Local News

TL;DR

This paper introduces a novel NLP-based methodology that uses geoparsed local news articles to characterize neighbourhoods, providing insights into place-based factors affecting health and inequalities.

Contribution

It combines street-level geoparsing with clustering of news articles, enabling detailed analysis of neighbourhood characteristics from media data.

Findings

Themes from news data are consistent with real-world neighbourhood features.

The methodology effectively captures diverse neighbourhood characteristics.

Supports new epidemiological research on spatial health determinants.

Abstract

The communities that we live in affect our health in ways that are complex and hard to define. Moreover, our understanding of the place-based processes affecting health and inequalities is limited. This undermines the development of robust policy interventions to improve local health and well-being. News media provides social and community information that may be useful in health studies. Here we propose a methodology for characterising neighbourhoods by using local news articles. More specifically, we show how we can use Natural Language Processing (NLP) to unlock further information about neighbourhoods by analysing, geoparsing and clustering news articles. Our work is novel because we combine street-level geoparsing tailored to the locality with clustering of full news articles, enabling a more detailed examination of neighbourhood characteristics. We evaluate our outputs and show via a confluence of evidence, both from a qualitative and a quantitative perspective, that the themes we extract from news articles are sensible and reflect many characteristics of the real world. This is significant because it allows us to better understand the effects of neighbourhoods on health. Our findings on neighbourhood characterisation using news data will support a new generation of place-based research which examines a wider set of spatial processes and how they affect health, enabling new epidemiological research.