Get 30+ years of historical landslide data
Access historical landslide data on occurrences, locations, triggers, and impacted regions.
Improving risk assessment with historical landslide data
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"result": [
{
"event_type": "TC",
"event_name": "Tropical Cyclone DIKELEDI-25",
"date": "2025-01-09 12:00:00",
"lat": -17.0440998915686,
"continent": "afr",
"created_time": "2025-01-09 14:51:37",
"lng": 41.58915510889889,
"source_event_id": "1001135",
"event_id": "677e91327c913d85aaba64b0"
}
]
}
Call our historical landslide API
Landslide history
Why Ambee historical landslide data?
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Reliable & accurate data
30+ years of historical insights
Global coverage
Easy API integration
Try Ambee’s historical landslide API now!
Ambee’s suite of global historical natural disasters data
Historical hurricanes
Review major hurricanes and their devastating impacts over decades.
Historical cyclones
Analyze cyclone events and their impact on coastal communities.
Historical extreme temperature
Study extreme heat and cold events and their effects on climate.
Historical severe storms
Explore storms like hailstorms, ice storms, and severe weather outbreaks.
Historical sea ice
Understand how climate shifts have impacted global sea ice coverage.
Historical droughts
Discover drought patterns and their consequences on water availability.
Historical volcanoes
Track eruptions that have triggered secondary disasters, including landslides.
Historical tornadoes
Review historical tornado activity, damage paths, and trends.
We preserve the past with precision
Frequently asked questions
What is historical landslide data?
Historical landslide data refers to recorded instances of past landslides, including their location, magnitude, causes, and impact.
Why is historical landslide data important?
It helps researchers, governments, and businesses assess risks, improve disaster preparedness, and develop mitigation strategies for landslide-prone areas.
What time periods does your historical landslide data cover?
Ambee’s historical landslide database spans over 30 years, offering deep insights into past landslide occurrences and trends.
Which regions are covered in Ambee’s historical landslide data?
Ambee’s historical landslide data provides global coverage, focusing on high-risk zones such as mountainous areas, regions with heavy rainfall, and seismic activity zones.
How can businesses use historical landslide data?
Businesses can enhance risk assessment, improve insurance modeling, and strengthen infrastructure resilience in landslide-prone regions.
What formats are available for downloading historical landslide data?
You can download landslide data in JSON, CSV, Excel, Parquet, and XML formats for seamless integration into various systems.
How do I integrate historical landslide data into my applications?
Ambee offers a historical landslide API with developer-friendly documentation for easy integration into GIS platforms, climate models, and disaster management tools.
Can historical landslide data help in climate change research?
Yes! Researchers use past landslide patterns to study environmental changes, deforestation impacts, and the effect of extreme weather on slope stability.
How accurate is Ambee’s historical landslide data?
Ambee sources data from satellite imagery, geological surveys, and proprietary models, ensuring high accuracy and reliability.
Can I get historical landslide data for a specific event or year?
Yes! You can access specific landslide event data through Ambee’s historical landslide API. Get started today!
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