Opendatabay APP

Italian Earthquake Seismic Events

Data Science and Analytics

Tags and Keywords

Earthquake

Seismology

Italy

Magnitude

Geospatial

Trusted By
Trusted by company1Trusted by company2Trusted by company3
Italian Earthquake Seismic Events Dataset on Opendatabay data marketplace

"No reviews yet"

Free

About

This catalogue contains a detailed record of seismic events spanning 35 years, collected between 1985 and April 2020. The collection focuses on earthquakes within defined Italian geographical boundaries, registering a magnitude equal to or greater than 1.5. It provides crucial data points including the location, precise time, depth, magnitude, and the type of magnitude calculation for each event. A total of 181,777 seismic events are documented within this collection.

Columns

The collection includes essential parameters for each seismic event:
  • Number of event: An index or sequence number for the record.
  • EventID: A unique identifier for the specific event.
  • Time: The date and time of the event's occurrence.
  • Latitude: The location coordinate (in degrees North).
  • Longitude: The location coordinate (in degrees East).
  • Depth/Km: The ipocenter of the earthquake, measured in kilometers.
  • Author: The reporting organization or source, frequently BULLETTIN-INGV or BULLETIN-VAX.
  • MagType: The type of magnitude calculated, predominantly ML and Md.
  • Magnitude: The calculated magnitude of the earthquake, ranging from 1.5 to 6.5.
  • EventLocationName: A location landmark or descriptive name.

Distribution

The collection is provided as a single data file, generally in CSV format, titled Italian_Catalogue.csv, approximately 19.9 MB in size. It comprises 181,777 records across 10 distinct columns. Based on analysis, the data quality is excellent, with 100% validity across key fields, indicating no missing or mismatched values.

Usage

This data product is suited for diverse analytical tasks, ranging from basic visualisation to advanced statistical modelling. Potential applications include:
  • Performing exploratory data analysis (EDA) of seismic patterns.
  • Geolocating and plotting earthquakes in three dimensions (latitude, longitude, and depth).
  • Studying the occurrence of events within the space-time domain.
  • Conducting advanced statistical seismology analyses.
  • Analysing the distribution of events for various magnitude bins across time and space.
  • Creating multivariate plots or visualising the types of magnitude recorded over the years.

Coverage

Temporal Scope: The data spans from January 1985 through to April 2020. The minimum recorded date is 3 January 1985, and the maximum is 30 April 2020.
Geographic Scope: The events are limited to a defined region with latitude ranging from 36.1°N to 47.1°N and longitude ranging from 6.3°E to 18.4°E.
Magnitude Scope: Only earthquakes with a magnitude equal to or greater than 1.5 are included in the catalogue.

License

Attribution 4.0 International (CC BY 4.0)

Who Can Use It

This collection is appropriate for a variety of users and projects, including:
  • Beginner Analysts: For learning fundamental data visualisation and exploratory data analysis techniques, particularly using geospatial data.
  • Computer Science Researchers: For developing algorithms related to seismic forecasting or pattern recognition.
  • Seismologists and Earth Scientists: For detailed regional studies of seismic frequency, depth distribution, and time-series analysis in the Italian territory.
  • Data Visualisation Specialists: For generating sophisticated spatial and temporal maps of earthquake occurrences.

Dataset Name Suggestions

  • Italian Earthquake Seismic Events (1985-2020)
  • Italian Seismic Activity Catalogue
  • Earthquakes in Italy: 35-Year Chronicle
  • Geospatial Seismic Catalogue

Attributes

Original Data Source: Italian Earthquake Seismic Events

Listing Stats

VIEWS

1

DOWNLOADS

1

LISTED

29/11/2025

REGION

GLOBAL

Universal Data Quality Score Logo UDQSQUALITY

5 / 5

VERSION

1.0

Loading...

Free

Download Dataset in CSV Format