Dr Sarah Lindley - research
I am a quantitative geographer specialising in the use of geospatial analysis to understand the outcomes of human-environment interactions. My main research interests are associated with urban air pollution and climate adaptation. Much of my research activity is motivated by the need to develop sustainable responses to current and future environmental challenges. I therefore often work in multi-disciplinary teams and in collaboration with stakeholders.
Geographical Information Science has been a key part of my research activity for nearly two decades. However, I have been researching spatial patterns in emissions and pollutant concentrations for nearly as long (Lindley et al 1996; 1999; 2000; Lindley and Walsh, 2005). My recent projects in this area include the Joint Environment & Human Health Programme Affinity Zones project (Harris et al 2009) and the EU European Study of Cohorts for Air Pollution Effects project (ESCAPE). Through these activities I see urban air pollution and its management as a continuing component of my ongoing research agenda.
Since 2003 I have also begun researching climate change adaptation, particularly (but not exclusively) in relation to urban heat. Themes within this work include risk and vulnerability analysis (discussed below) and research into aspects of ecosystem services (Pauleit et al 2003; Nguyen Van De et al 2008; Dao Kim Nguyen et al 2008; Mcmorrow et al 2008; Qureshi et al 2009). This latter area of work is now being developed through a network of African case study cities as part of the EU FP7 CLimate Change and Urban Vulnerability in Africa (CLUVA) project.
Having developed a spatial risk assessment and management framework through the EPSRC Adaptation Strategies for Climate Change in the Urban Environment (ASCCUE) project (Lindley et al 2006; 2007), I have subsequently sought to populate that framework with an improved evidence base for decision-making. ASCCUE helped to construct key datasets (e.g. Gill et al 2008) upon which an understanding of the geographical patterns of hazards and hazard drivers could be developed, e.g. through the Sustainable Cities: Options for Responding to Climate cHange Impacts & Outcomes (SCORCHIO) project (Smith et al 2009; 2011). To complement this activity on hazards, I have recently been working to develop an improved understanding of the climate-related social vulnerability patterns underlying the potential for differential impacts. To this end, during 2010-11 I worked on a UK wide index of socio-spatial vulnerability funded by the Joseph Rowntree Foundation.
All of these projects have involved developing an inter-disciplinary understanding of what underpins expressions of risk and the methods which can be used to quantify associated geographical patterns. Much of my work has been based in the urban ‘laboratory’ of Greater Manchester, but the methods, tools and results which flow from it are often more widely transferable both in the UK and elsewhere.
Selected climate adaptation and related projects
2010-13 Climate Change & Urban Vulnerability in Africa (CLUVA). 13 partners, 6 in Africa. SL the Manchester PI leading Task 2.2 on urban ecosystems and contributing to overall project management
2010-11 Justice, Vulnerability & Climate Change: An Integrated Framework (Joseph Rowntree Foundation). Project brings together ethical and empirical analysis of distribution of vulnerabilities to climate change. SL (Co-I) led empirical analysis of geodemographic and urban morphological data. W/ PI Prof John O’Neill, SoSS
2007-10 Sustainable Cities: Options for Responding to Climate cHange Impacts & Outcomes (SCORCHIO) (EP/E017398/1). PI Levermore, MACE SL (Co-I) led WP3. Collaborators: Manchester, East Anglia, Newcastle and Sheffield with the Hadley Centre & Met Office. Research considers current and future patterns in urban heat island effect and proposes adaptation strategies
2008-11 INTERREG Green and Blue Space Adaptation for Urban Areas and Eco Towns (GRaBS). SL (Co-I) had knowledge transfer role from ASCCUE. Project aims to improve regional decision and policy making process in relation to planning and development of new and existing urban areas in 9 EU member states in the context of climate change (14 partners, 8 countries)
2007-09 Supermarket Adaptation to Future Environments (SAFE) Funded by Tesco Sustainable Consumption Institute. SL (Co-I) led WP 2 on environmental analysis. Project looked at climate change impacts and adaptations in retail sector. SL led the analytical work
2003-06 Adaptation Strategies for Climate Change in the Urban Environment (ASCCUE). EPSRC GR/S19233/01. Collaborators: Manchester, Cardiff, Southampton & Oxford Brooks. SL (Co-I) led the Manchester work package, developing risk assessment methodologies and characterising the urban environment
2006 Modelling the spatial risk of moorland wildfire. Project followed up on findings of CCVE and aimed to produce a stakeholder informed fire risk map for section 3 moorland in Peak District National Park. Funded by Moors for the Future
2004-06 Climate Change & the Visitor Economy (CCVE). Funded by Defra, Env. Agency & NW Devt Agency. SL (Co-I) led work on regional and local physical capacity analysis, contributed to analysis of climate related risk (inc. spatial risk assessment of wild fire occurrence in Peak District). 5/6 independent reviews rated the work Grade A. Led to work for Welsh Assembly
2002-04 Accessible Natural Green Space Standards in Towns and Cities: A review and toolkit for their implementation. Co-I SL w/ CURE. (Funded by English Nature). Led to follow-up project based in Wales (ANGSt II)
2001-04 Sloping Land Improvement Project (SLIP) British Council funded LINK programme w/ sub-institute of Geo in HCMC, Viet Nam (w/ Douglas & Mcmorrow)
Selected urban air pollution projects
2008-12: EU European Study of Cohorts for Air Pollution Effects (ESCAPE) (Project No. 211250). Funders EU FP7. The ESCAPE project, coordinated by Utrecht University in the Netherlands, is a study on the health effects of outdoor air pollution. It is conducted by 24 universities and research institutes and aims to improve understanding of the health effects of long-term exposure to fine particles and nitrogen dioxide. The Manchester work, led by Prof Raymond Agius (SL Co-I), involves fine particles and nitrogen dioxide monitoring and assessment of exposures and health outcomes for a Manchester-based children’s cohort
2007-09: Identification and verification of Ultrafine Particle affinity zones in urban neighbourhoods. Joint Env. & Human Health Prog NERC/Defra/EA/MOD/MRC. NE/E009565/1 –PI Gallagher (SEAES), CoI (Agius, COEH). SL (CoI) led the geospatial modelling work, working with Paul Harris (Research Associate)