Asset Publisher

Research & Innovation Programmes

ETEC - Study of Extreme Temperature Effects in Catalonia

Duration
2009-2012
Coordinator
Xavier Basagaña Flores
Climate change predict not only an increase in the average temperature of the planet between 1.1 and 6.4ºC by 2100, but also changes in the frequency of extreme weather events. Variations in morbidity and mortality rates have been associated with temperature changes. International studies have shown that the magnitude of the temperature effects on mortality differs substantially across different regions. It has been hypothesized that this variability may be due not only to physiological adaptation, but also to differences in technological adaptations, socio-demographic characteristics, protective behavior and characteristics of urban landscape among others. Consequently, estimates of the temperature effects in one region cannot be easily extrapolated to other regions and local assessments are desirable.

Aims: 1) Assess the association between cold and hot temperature and all-cause and cause-specific mortality 2) Identify subpopulations particularly vulnerable to these effects 3) Study the temporal and spatial variation of the effects 4) Study the determinants of temporal and spatial variation.

Methods: All mortality data in Catalonia from 1983-2006 has been obtained from the mortality registry, and street addresses have been geocoded. Meteorological data was obtained from 69 weather stations, and temperature of the closest station was assigned to each death. Socio-economic data was obtained from the census. Analyses will be performed using time-series methods and case-crossover analyses.

 

Our Team

Principal Investigator (PI)

Our Team

Other projects

See Past Projects

CHAI

Cardiovascular Health effects of Air pollution in Andhra Pradesh, India

EARLY-ADAPT

Signs of Early Adaptation to Climate Change

ACTIVID

Impact of the health crisis due to COVID-19 on Physical Activity and Mental Health in Spain

REMEDHY

Researching Environments that Magnify Health Everyday

ELHNA

Exposures to light pollution and heat, and neurodevelopment in adolescents. Project Code: PI20/01695

ONES

Fine Particle Matter, Fetal Growth, and Neurodevelopment: Examining Critical Windows of Susceptibility

RECETAS

Re-imagining Environments for Connection and Engagement: Testing Actions for Social Prescribing in Natural Spaces

CATALYSE

Climate Action To Advance HeaLthY Societies in Europe

TwinAir

Digital Twins Enabled Indoor Air Quality Management for Healthy Living

TÀNIA

Participación, tecnología y convivencia para reducir el ruido en las plazas de Barcelona

null

null