REAL-TIME LOSS ALERTS have been issued during about 8 years to the Swiss Corps for Humanitarian Help and subscribers of this free service, on average 30 minutes after an earthquake occurs worldwide. (For results, see publication list). WAPMERR and SED have jointly finished constructing QLARM, an improved, open source earthquake loss assessment tool.  This tool incorporateS lessons learned during the 8 years of practice.  Its data base has been improved and users around the world may use it. (Duration 2003 to 2010).

SEISMIC RISK analyses, using , have been carried out to estimate losses that have to be expected in potential future earthquakes in the Himalayas, the United Arab Emirates, Myanmar, Southern Sumatra, Central Chile, and Lima Peru. This work predicted the extent of the losses sustained in the Kashmir M7.6 earthquake of October 2005. (See publication list).

VALIDATION OF BUILDING STOCK PROPERTIES derived from satellite or aerial photography is one of the major contributions WAPMERR is expected to deliver in the project Inventory Data Capture Tools (IDCT). This project is sponsored by the Global Earthquake Model Foundation and is lead by ImmageCat. It has started at the end of 2010 and is to terminate in 2013.

DETAILED EARTHQUAKE SCENARIOS is the chief contribution WAPMERR will deliver to the consortium executing the project Data and Procedures in Large-Scale Multinational Disaster Response Actions (IDIRA). This project is sponsored by the European Union and is lead by the Frauenhofer Society. It is starting at the beginning of 2011 and will last until 2013.

A SECOND GENERATION OPEN SOURCE LOSS ESTIMATING TOOL, QLARM, has been constructed to estimate losses after earthquakes worldwide. Databanks on population by settlements and for building properties have been updated. Qualified users may contact Max Wyss for access. This project lasted from 2007 to 2010 and was sponsored by the Japan Tobacco International Foundation. (See publication list).

EARTHQUAKE PREDICTION RESEARCH IN ICELAND: WAPMERR's part of the EU-funded project PREPARED was to analyze seismicity patterns before the two large main shocks that occurred in June 2000 in southern Iceland . (See publication list, duration 2003 to 2005)

RESEARCH ON RELATIONSHIP OF SEISMICITY PATTERNS WITH EARTH TRANSIENTS: WAPMERR's part of the EU-funded project 3-HAZ in the Gulf of Corinth wass to analyze seismicity patterns. (See publication list, duration 2004 to 2007).

WAPMERR has been a partner in the team to carry out the EU Project TRANSFER, to assess Tsunami hazards and risks in European seas. (Duration 2006 to 2009).

WAPMERR has been a partner in the team to carry out the EU Project SAFER, to develop methods of early warning. (See publication list, duration 2006 to 2009).

WAPMERR, in cooperation with the Department of Science and Technology Government of India under the Indo-Russian Program of Cooperation in Science and Technology, developed a team project aimed at reducing the seismic and tsunami risk in India: ‘Earthquake and Tsunami Management System for Government of India'. The creation of a REAL TIME MONITORING 3D Geographical Information System (GIS) for Zone I of Delhi is one of the outcomes of this cooperation. (Duration 2006 to 2008).