Technical
Near Fault Observations
January 2022
Document info
Synthesis
from AINear-Fault Observatories (NFOs) are specialized research infrastructures focused on monitoring complex seismogenic faults in high seismic hazard zones. As part of the EPOS Thematic Core Service (TCS), NFOs integrate multidisciplinary data—including seismological, geodetic, geological, geochemical, and satellite observations—into a unified network. Six onsite observatories deploy highly accurate sensors to track fault activity over time, enabling real-time monitoring in earthquake-prone regions. The NFO TCS provides 40 Data, Data Products, Software, and Services (DDSS) through two community portals (CREW and FRIDGE), categorized into seismological, geochemical, and geophysical data. By fostering data sharing and scientific collaboration, NFOs aim to enhance understanding of physical and chemical processes along active faults, ultimately improving societal preparedness for large seismic events.
Key points
from AI- 01
Near-Fault Observatories (NFOs) monitor complex seismogenic faults in high seismic hazard zones using multidisciplinary data integration
- 02
6 onsite observatories use highly accurate sensors for real-time fault activity tracking across Europe
- 03
NFO TCS provides 40 DDSS through CREW and FRIDGE portals, covering seismological, geochemical, and geophysical data
- 04
Data from NFOs helps decipher physical and chemical processes along active faults to improve earthquake preparedness
- 05
NFO community promotes data sharing and integration of new scientific products within the EPOS framework
Key words
Key prompts
- What are the main types of data collected by Near-Fault Observatories?
- How many onsite observatories are part of the NFO TCS network?
- What portals provide access to NFO data and services?
- Why are near-fault observations critical for earthquake preparedness?
- Which organizations manage the Near-Fault Observatories TCS?
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