Core contributor to EPOS IP (seismology infrastructure), SERA (seismic hazard model revision for Eurocode 8), and SHEER (induced seismicity from shale gas)
AMRA - ANALISI E MONITORAGGIO DEL RISCHIO AMBIENTALE SCARL
Naples research centre specializing in seismic hazard assessment, environmental risk monitoring, and disaster prevention policy for European frameworks.
Their core work
AMRA is a Naples-based research centre specializing in environmental risk analysis and monitoring, with deep expertise in seismic hazard assessment, earthquake engineering, and disaster risk reduction. They analyze and model natural and industrial hazards — from seismic events to shale gas extraction risks — to inform policy, infrastructure standards, and civil protection strategies. Their work directly feeds into European regulatory frameworks, including contributions to revising the Eurocode 8 seismic design standard. They also bridge the gap between scientific hazard research and practical disaster prevention policy for EU member states.
What they specialise in
Coordinated ESPREssO, focused on enhancing disaster prevention across the European Union
Participated in SHEER, assessing risks induced by shale gas exploration and exploitation
Contributed to both EPOS IP and SERA, two major European seismology research infrastructure projects
How they've shifted over time
AMRA's early H2020 involvement (2015-2016) covered a broader environmental risk scope, including induced seismicity from shale gas extraction (SHEER) and pan-European geoscience infrastructure (EPOS IP), alongside disaster prevention policy coordination (ESPREssO). By 2017, their focus sharpened toward seismic hazard standardization, specifically contributing to revising the European Seismic Hazard reference model for Eurocode 8 through SERA. This suggests a trajectory from general environmental risk monitoring toward becoming a recognized authority on seismic hazard policy and building standards.
AMRA is moving toward direct influence on European seismic building codes and hazard reference models, making them increasingly relevant for infrastructure resilience and construction sector partnerships.
How they like to work
AMRA operates predominantly as a consortium partner (3 of 4 projects) but has demonstrated coordination capability with ESPREssO, a policy-oriented disaster prevention project. Despite having only 4 projects, they have built a remarkably wide network of 79 unique partners across 24 countries, indicating they consistently join large, multi-national consortia rather than small targeted teams. This broad network makes them a well-connected entry point into the European seismology and disaster risk community.
With 79 unique consortium partners spanning 24 countries from just 4 projects, AMRA is embedded in large pan-European research networks, particularly in geosciences and civil protection. Their network reach is disproportionately wide for their project count, reflecting participation in major infrastructure-class consortia like EPOS and SERA.
What sets them apart
AMRA sits at the intersection of seismic science and disaster policy — a rare combination that lets them translate hazard research into actionable standards and civil protection frameworks. Their direct involvement in revising the Eurocode 8 seismic hazard model gives them influence over building regulations across Europe. For any consortium needing Italian expertise in natural hazard assessment with a policy translation angle, AMRA brings both scientific credibility and regulatory relevance.
Highlights from their portfolio
- SHEERLargest single EC contribution (EUR 715,625) — addressed the politically sensitive topic of induced seismicity risks from shale gas extraction
- ESPREssOAMRA's only coordinator role (EUR 422,750) — a policy-focused project on EU disaster prevention, demonstrating leadership beyond pure research
- SERADirectly contributed to revising Europe's seismic hazard reference model for Eurocode 8 — tangible regulatory impact