CONTENT
Projects:
Brief summary of work:
These projects used sensors to collect residential and personal-level air pollution measurements and objective physical activity data in European and South Asian settings. These datasets, along with a common suite of greenspace metrics, were used to examine potential pathways to health involving greenspace. We've also completed a systematic review of urban greenspace and respiratory health.
Projects:
Brief summary of work:
The TAPHIA project examined air pollution and health in Thailand, including reviews and analyses of biomass burning and health (specifically hospital admissions and birth weight). The APIC-ESTEE project evaluated impacts of particulate matter on exposure and health, including interventions, particularly facemasks - published papers on effectiveness of facemask use and ethics of use during disasters
Projects:
Brief summary of work:
IOM performed a health impact assessment of long-term exposure to air pollution in Thailand
Open access papers are available here.
Projects:
Brief summary of work:
This study investigates the impact of changes to animal housing and manure spreading on agricultural emission of ammonia, particulate matter and bioaerosols. It considers the health and economic impacts of any improvements in emissions, and gathers opinions on the suggested interventions from farmers and other stakeholders. It also gathers data on the benefits and drawbacks of living in rural areas from local residents.
Projects:
Brief summary of work:
These reviews fed into the Public Health England reviews on air pollution interventions and health. IOM led the review on planning/structural interventions and behavioural and contributed to the agriculture and transport reviews.
Open access papers are available here.
Projects:
Brief summary of work:
The PROTECT study examined how SARS-CoV-2 (the virus that causes COVID-19) is transmitted from person to person, and how this varies in different environments and explores: transmission within the food and drink processing industry; the factors affecting use of face coverings amongst workers and members of the public within close contact retail; the transmission risk, route of infection and effect of controls in workplace settings using quantitative microbial risk assessment models (QMRA), Cross sector comparison of key evidence from sector specific research; analysing occupational differences in infection and mortality records using data held on the ONS Secure Research Service; transmission and mitigation measures within energy production. The CSO project involved sampling for SARS-CoV-2 in air and surfaces of hospitals; develop CEMRA model for estimating infection risk from interventions.
Open access papers are available here.