Satellite Images of Afrin Identify Massive Damage to Ancient Temple
- European Space Imaging
Satellite imagery supplied by European Space Imaging shows that more than half of an ancient temple near the town of Afrin, Syria, has been reduced to rubble – reportedly by a Turkish airstrike.
The 30 cm resolution image of the temple at Ain Dara was captured by DigitalGlobe’s WorldView-3 satellite on January 29th, and the American Schools of Oriental Research Cultural Heritage Initiatives (ASOR) analyzed the data to confirm the extent of the damage. By comparing it with on-the-ground reports they were able to verify that an incident had taken place, and the exact parts of the temple that were damaged.
“Interestingly, we captured a 50 cm resolution image on the very same day, but the 30 cm picture shows the destruction much more clearly,” said Adrian Zevenbergen, Managing Director of European Space Imaging. “This highlights how critical that extra resolution is for gaining a proper understanding of what happened here.”
By comparing satellite imagery collected over recent weeks the ASOR invesigators were able to conclude that the incident most likely took place between January 20 and January 22.
The Ain Dara temple complex is more than 3,000 years old, and contains intricate stone sculptures of lions and sphinxes. It is famous for its striking resemblance to the Temple of Solomon, as described in the Bible’s book of Kings. The destruction of its artefacts represents a devastating loss of cultural history to Syria, and the world.
In a similar case, very high resolution satellite imagery was used to ascertain the timeline and extent of damage to Iraqi heritage sites by ISIS in 2015, at Hatra and Nimrud.
For more information about the events at Ain Dara visit ASOR or National Geographic.
Related Stories

Earth Observation Turns Ecological Targets into Measurable Outcomes: How Satellite Imagery Supports Compliance with Europe’s Nature Restoration Regulation
The EU’s Nature Restoration Regulation (NRR) entered into force in 2024 and set legally binding targets to restore degraded ecosystems across Europe. With National Restoration Plans due in September 2026, Member States face an urgent question: how do you map, plan and monitor restoration across millions of hectares in a consistent, verifiable way? Earth Observation (EO) – and Very High Resolution (VHR) multispectral satellite imagery in particular – is increasingly the answer.

EUSI Upgrades German Ground Segment to Enable Europe’s Fastest Request-to-Receive Satellite Intelligence via Secure Web and API Platform for Defence and Emergency Agencies
European Space Imaging (EUSI) announced a major upgrade of its satellite ground segment and cloud infrastructure, further accelerating its industry-leading satellite tasking and intelligence delivery capabilities through the secure ATOM™ web and API platform. The platform, in combination with EUSI’s Rapid Satellite Intelligence (RSINT) program, enables satellite tasking up to 30 minutes before image acquisition and delivery of imagery within 15 minutes of collection.

Maritime Domain Awareness in European Arctic Regions With VHR Satellite Intelligence
With the Arctic warming nearly four times faster than the average, the ice in the High North is melting and the sea is becoming increasingly navigable. In 2025 alone, 1812 vessels entered the Arctic Polar Code area, which is a 40% increase since 2013 when data collection began. While this rise in traffic presents potential commercial opportunities, more vessels also mean more risks to people and resources.

Seeing More in a Single Day: The Value of Intraday Satellite Collections
Imagine a convoy moves between 08:00 and 11:00. Or morning clouds clear by 14:00, revealing new activity. Or a structure appears at 09:30 that wasn’t visible at 07:00. If you’re working with once-daily satellite passes, you miss all of this. With intraday collections, you see it happen.