Get 30+ years of historical volcano data
Study volcanic eruptions, ash dispersion patterns, and seismic activities.
Mitigating risks with historical volcano data
"message": "success",
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"page": 1,
"limit": 9,
"result": [
{
"event_type": "VO",
"event_name": "Eruption Lewotobi",
"date": "2025-02-13 00:00:00",
"lat": -8.5375,
"continent": "asia",
"created_time": "2025-02-17 11:01:30",
"lng": 122.775,
"source_event_id": "1000108",
"event_id": "67b316fe78e35a0718497044",
"proximity_severity_level": "High Risk",
"default_alert_levels": "Red",
"estimated_end_date": null
}
]
}
Call our historical volcano API
Volcano history
Why Ambee historical volcano data?
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Reliable & accurate data
30+ years of historical insights
Global coverage
Easy API integration
Try Ambee’s historical volcano API now!
Ambee’s suite of global historical natural disasters data
Historical hurricanes
Explore how volcanic ash clouds influence hurricane development.
Historical tsunamis
Study tsunami events triggered by volcanic eruptions.
Historical extreme temperatures
Analyze how volcanic activity causes sudden temperature shifts.
Historical severe storms
Review storms linked to volcanic disturbances.
Historical sea ice
Understand how volcanic ash impacts polar ice and ocean temperatures.
Historical droughts
Explore the connection between volcanic activity and dry periods.
Historical cyclones
Study the interaction between volcanic emissions and cyclonic storms.
Historical tornadoes
Review tornado-like formations caused by volcanic eruptions.
We preserve the past with precision
Frequently asked questions
What is historical volcano data?
Historical volcano data refers to recorded volcanic eruptions, including details on eruption dates, magnitude, affected regions, and environmental impact over time.
Why is historical volcano data important?
It helps scientists, governments, and businesses assess volcanic risks, improve disaster preparedness, and study long-term geological and climate impacts.
What time periods does your historical volcano data cover?
Ambee’s historical volcano database spans over 30 years, providing detailed insights into past volcanic eruptions and activity trends.
Which regions are covered in Ambee’s historical volcano data?
Ambee’s historical volcano data provides global coverage, including active volcanic zones, seismic hotspots, and high-risk regions.
How can businesses use historical volcano data?
Businesses can enhance risk assessment, improve infrastructure resilience, optimize supply chain management, and refine insurance modeling for volcanic hazards.
What formats are available for downloading historical volcano data?
You can download volcano data in JSON, CSV, Excel, Parquet, and XML formats for seamless integration into various applications.
How do I integrate historical volcano data into my applications?
Ambee offers a historical volcano API with developer-friendly documentation for easy integration into GIS platforms, disaster management tools, and climate models.
Can historical volcano data help in climate change research?
Yes! Researchers use historical volcano data to study atmospheric changes, analyze volcanic emissions, and understand their impact on global temperatures.
How accurate is Ambee’s historical volcano data?
Ambee’s volcano data is sourced from global monitoring agencies, satellite observations, and AI-powered models, ensuring high accuracy and reliability.
Can I get historical volcano data for a specific event or year?
Yes! You can request data for specific volcanic eruptions using Ambee’s historical volcano API. Get started today!
with climate data.