EURO-MOMO (European monitoring of excess mortality for public health action) is a new EU-wide project whose aim is to develop and strengthen real-time mortality monitoring across Europe. This will enhance the management of serious public health risks such as pandemic influenza, heat waves and cold snaps.
Mortality is a basic indicator of health and an understanding of its epidemiology is fundamental for effective public health planning. Vital statistics are accessible in all European countries, but in most instances these data are not readily available in a timely manner, limiting their value during health crises or imminent threats (e.g. pandemic influenza, AIDS, SARS). As these threats are not restricted by borders, a collaborative approach to detect and estimate the magnitude of deaths is required. This is especially important as data pooling increases the power to detect real changes.
During a pandemic, mortality monitoring can provide a robust way to monitor the pandemic’s progress and its public health impact. Mortality monitoring can provide such estimates which will be important to guide and prioritise health service response and decision making. Mortality monitoring will also be valuable for determining the impact of extreme environmental conditions on human life (heat waves, cold snaps). Recent climatic events resulted in periods of excess mortality in many European countries, and will occur again in the future. The timely assessment of the impact of such exposures is needed to guide public health measures, for example to help vulnerable groups. Experiences from countries with existing mortality monitoring systems demonstrated the usefulness of such public health intelligence.
Mortality monitoring methodology is complex and there is a risk of European countries sharing incompatible information if different methodologies are used. The lack of an agreed common methodology to assess mortality during a major health crisis affecting several European states limits the use of this potentially very powerful information. Thus, a timely mapping of the impact of health threats on mortality across different countries would greatly benefit from a uniform approach.