Built Environment Safer in Slow and Emergency Conditions
through behavioUral assessed/designed Resilient solutions

According to WP3 activities outcomes, the multi-risk assessment in Built Environment (BE) of our historical cities is widely affected by...

The next 5 weeks will see dedicated update days for the BE S2ECURe project! On Monday, at 12AM - CET (Rome time), the researchers will...

The risk of the Built Environment (BE) in case of heatwaves and poor air quality is organized according to a matrix-based approach to...

Heat waves and poor air quality in built environment are becoming serious public health concerns at the global scale. The European...

Slow-onset disasters such as air pollution and increasing temperature in our cities have currently acquired great relevance in the...

SLow Onset Disasters (SLOD) are responsible for the production of systemic effects on the urban ecosystem and can seriously harm people...

SLow Onset Disasters (SLOD) are responsible for the production of systemic effects on the urban ecosystem and can seriously harm people...

Terrorist attacks, in the last decades, have contributed to considerably reduce citizen safety in the Built Environment. In order to...

Current Risk Reduction and Mitigation Strategies (RMRSs) are classified according to literature works, in terms of: target of the attack;...

The discussion of the risk of the Built Environment (BE) in case of a terrorist attack is online! Results are based on a deep...

The Built Environment (BE) earthquake risk assessment and planning do not consider human behaviours and their interactions with other...

The Disaster Risk Reduction (DRR), with the objective of anticipating-reducing risk, and Disaster Risk Management (DRM), concerning the...

Open spaces in the urban Built Environment (BE) are key places in risk management of SUdden Onset Disasters (SUOD) and their...

A synthesis of the state-of-the-art of the scientific literature concerning the preventive evaluation of the seismic damage of masonry...

The discussion of the seismic risk of the Built Environment is online! Results encompasse the three factors hazard, exposure, and...

Criteria for identifying the Built Environment (BE) typologies prone to the Slow-Onset Disasters (SLODs) are provided according to urban...

A form for direct survey of open spaces of the Built Environment (BE) is provided and applied to Italian case studies to provide clear...

Macro-scale criteria were used to identify areas under a larger Slow Onset Disasters (SLOD) risk in a real world Built Environment (BE),...

The classification of disasters affecting the Built Environment (BE) evidences how one of the most significant categorizations...

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