This 'heat'-themed event was the third in our series of online events considering how scientists, artists and the wider public ‘notice’ climate change. Further details of our 2024 series are here: shu-spg.eventcube.io/
Our presentations for this event were:
Are heatwaves just a long hot summer? Raising the understanding of extreme heat risk
Dr Chloe Brimicombe (Climate Scientist and Extreme Heat Researcher, HIGH Horizons Postdoc, Social Complexity and System Transformation Research Group, Wegener Center for Climate and Global Change, University of Graz, Austria)
Extreme heatwaves are the deadliest weather hazard associated with Climate Change. In addition, heatwaves are growing in frequency, duration, intensity and area with global heating. Despite this extreme heat has been subjected to underreporting across the media, policy and international climate reports. In many parts of Central Europe heatwaves are often portrayed and understood as a 'long hot summer' or 'fun in the sun', in comparison a more fatalistic take understanding is seen in part of the Global South where heatwaves are not fully understood as it's 'always hot here'. In this talk the gaps on communicating and reporting heatwaves will be outlined. Before, addressing the recent advances in research pushing forward to better communication and reporting of heatwaves.
From ‘Devouring Monster’ to ‘Instant Wrap Around Warmth’: Understanding our home heating past to inform a low carbon future.
Dr Kathy Davies, Historian and Postdoctoral Researcher, JustHeat, Centre for Regional Economic and Social Research, Sheffield Hallam University
Since the end of the Second World War home heating in Britain has undergone seismic transition, shifting from solid fuel fires (predominantly coal) that required extensive human intervention and management to primarily gas central heating technologies with digitised controls. In 1945, the open hearth and the Victorian coal-fired range were the dominant technologies despite being highly inefficient in terms of fuel consumption and labour. 95% of households used coal, coke, or anthracite in the postwar period, and only 5% of households used gas. By the 1990s, 94% of homes had gas central heating systems. Home heating is, however, a major source of carbon emissions, and changing the way we keep warm at home is imperative to address the climate crisis. This presentation explores Britain’s home heating past through oral history and archival research to reflect on how histories of domestic heat, from the personal to the national, can inform the necessary transition to a low carbon heating future.
Getting Warm and Being Cool: exploring experiences of warmth through art practice
Becky Shaw (Professor in Fine Art Practice, Birmingham City University)
Processes of government-led decarbonisation focus on technological and economic ‘incentives’ for home heating energy change, often without taking into account how our relationship to our home heating may be emotional, cultural, affective, historical, locational and political. Looking back to move forwards: a social and cultural history of home heating’ (PI Aimee Ambrose) explores the experiences of home heating in communities in Romania, Sweden, Finland and the UK. In this presentation Becky will explore the ways that artists are contributing to how we understand the emotional, social and agentic significance of home heating, as well as speculating on some of the difficulties and assumptions about what artists might ‘do’ in research projects.
Perceiving the Effect of Climate Change and Urban Heat Islands on Built Environments
Karam Al-Obaidi & Mohataz Hossain (Department of the Natural & Built Environment, SHU)
With the rise in urban developments, population densities and the diminishing presence of natural land areas, the adverse impact of Urban Heat Island (UHI) is expected to increase in the age of climate change. Urban and built environments are poised to experience elevated temperatures and intensified heat waves in the coming years as the climate continues to warm. This presentation highlights the impact of climate change on human comfort by focusing on outdoor and indoor environments using research case studies. Firstly, it showcases some relevant scenarios that examine urban microclimate impacts on human comfort, including institutional campuses and city centres in different climate zones. Secondly, it presents the influence of urban microclimate on indoor thermal conditions and human comfort in non-domestic buildings in several climate zones. Thirdly, it demonstrates the importance of understanding the relationship between outdoor and indoor environments. Lastly, it addresses a range of technical solutions to mitigate the adverse impact and methods to increase sustainability in built environments.
17 июн 2024
