Why Symbolic Representation Frames Parliamentary Public Engagement

The UK Parliament’s activity in public engagement has recently expanded considerably. Faced with declining levels of trust, it has invested considerable time and resources to new activities focusing specifically on engagement: educational resources and cultural events among many others. This embodies a new role for parliament of increasing importance particularly in the context of the twenty-first century parliament. This article analyses the aims of public engagement and its consequences for representation. We explore the potential representative role of public engagement, identifying key changes that have affected the relationship between public and parliament. We utilise evidence from documentary analysis and elite in-depth interviews with parliamentary officials to show that public engagement planning aims to develop amongst the public a sense of connectivity that relies on more collective and symbolic forms of representation, which seek to present the institution detached from its actors and politics. We utilise constructivist representation theories to support our analysis

The multiplicity of malaria transmission: a review of entomological inoculation rate measurements and methods across sub-Saharan Africa

Plasmodium falciparum malaria is a serious tropical disease that causes more than one million deaths each year, most of them in Africa. It is transmitted by a range of Anopheles mosquitoes and the risk of disease varies greatly across the continent. The "entomological inoculation rate" is the commonly-used measure of the intensity of malaria transmission, yet the methods used are currently not standardized, nor do they take the ecological, demographic, and socioeconomic differences across populations into account. To better understand the multiplicity of malaria transmission, this study examines the distribution of transmission intensity across sub-Saharan Africa, reviews the range of methods used, and explores ecological parameters in selected locations. It builds on an extensive geo-referenced database and uses geographical information systems to highlight transmission patterns, knowledge gaps, trends and changes in methodologies over time, and key differences between land use, population density, climate, and the main mosquito species. The aim is to improve the methods of measuring malaria transmission, to help develop the way forward so that we can better assess the impact of the large-scale intervention programmes, and rapid demographic and environmental change taking place across Africa