When War Strikes a Scientific Heritage Site: Kyiv’s National Academy of Sciences
On 28 September 2026, a Russian drone struck the building of the National Academy of Sciences of Ukraine in central Kyiv. The attack caused a fire in the historic building on Volodymyrska Street, damaged several floors and triggered a rescue operation as people attempted to escape through windows.
Presidium building of the National Academy of Sciences of Ukraine before the 28th September 2026 attack. Image: By © AMY / Wikimedia Commons, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=31276838
Early reports indicated fatalities and injuries, although casualty figures were still being updated as emergency operations continued.
The incident is not only an attack on a building. It is an attack on a place where knowledge is produced, preserved and transmitted.
A building with institutional memory
The affected building houses the Presidium of the National Academy of Sciences of Ukraine and has been associated with the Academy since 1919. It is reported to be a historic monument of national significance.mirror.
This status matters because heritage is not limited to monuments designed as museums, churches or palaces. Scientific institutions can also possess cultural significance through their architecture, historical continuity, collections, laboratories, archives and institutional memory.
A scientific academy represents a different form of heritage: the heritage of organised knowledge. Its value lies not only in its walls, but also in the people, documents, instruments and practices connected with them.
The fire dimension
The available reports describe a direct drone impact followed by fire. It is therefore essential to distinguish between:
- damage caused by the impact and blast;
- fire damage generated by the strike;
- secondary damage caused by firefighting and rescue;
- smoke, water and contamination damage to collections and equipment;
- possible damage to structural and historic elements.
The reports indicate that the second and third floors suffered partial destruction, while emergency crews worked to extinguish the fire and rescue people.
This sequence illustrates a central principle of fire risk in cultural heritage: the event is rarely limited to flames. Heat, smoke, blast, water, falling debris, loss of services and emergency access constraints can combine to produce a much larger loss than the visible fire front suggests.
Laboratories and archives may be particularly vulnerable. Scientific equipment can be irreversibly damaged by heat, smoke, water and shock even when the building remains standing. Digital systems may also be lost through power failure, physical destruction or inadequate off-site backup.
Heritage under attack
The Academy is part of Ukraine’s intellectual and cultural infrastructure. Its destruction or damage should therefore be considered within the broader protection of cultural heritage during armed conflict.
Reports on the attack described the building as a cultural landmark, while Ukrainian sources stated that the Academy’s property complex has suffered extensive damage since the beginning of the full-scale war.bostonherald+1
This raises a question that extends beyond Kyiv:
How should societies protect scientific and educational heritage when the threat is not an accidental fire, but a deliberate or foreseeable hostile strike?
Traditional fire-safety planning generally assumes that the building can be occupied, evacuated and reached by emergency services under relatively stable conditions. War creates a different risk environment:
- warning time may be extremely short;
- damage can affect several systems simultaneously;
- access routes may be blocked;
- firefighting resources may be diverted;
- staff may be absent;
- utilities may fail;
- collections may need rapid relocation;
- the building may be exposed to repeated attacks.
A plan that exists only as a static document may be insufficient in these circumstances.
From emergency plans to performance
The incident supports the need for a more performance-based approach to territorial and heritage safety. Instead of asking only whether an institution has an emergency plan, we should ask whether it can achieve defined protective outcomes under realistic conditions.
Relevant performance objectives might include:
- protecting human life and enabling safe evacuation;
- limiting fire spread between floors and compartments;
- preserving irreplaceable archives and scientific collections;
- maintaining access to essential data and institutional records;
- enabling rapid damage assessment;
- supporting prioritised salvage and stabilisation;
- restoring critical research functions;
- documenting losses for recovery and accountability.
These objectives require more than passive protection. They require updated inventories, geospatial information, risk prioritisation, communication protocols, redundant data storage and pre-established cooperation between heritage institutions, emergency services and technical specialists.
What should be documented now?
After an event of this kind, documentation should not stop at photographs of the facade. A useful damage assessment should record:
- the location and characteristics of the impact;
- the extent of blast and fire damage;
- the direction and duration of fire spread;
- smoke movement and contamination;
- water penetration and firefighting effects;
- structural instability;
- damage to archives, laboratories and equipment;
- the status of digital infrastructure;
- the location of surviving movable heritage;
- urgent stabilisation priorities.
Such documentation is not merely administrative. It is evidence for future risk reduction. It can reveal where plans worked, where they failed and which protective measures deserve priority.
A loss beyond the visible structure
The National Academy of Sciences building is a reminder that cultural heritage includes institutions that make knowledge possible. A damaged laboratory, archive or scientific headquarters may represent a loss of:
- historic fabric;
- research capacity;
- professional memory;
- collections and records;
- public trust;
- continuity between generations of scholars.
The most effective response should therefore combine emergency protection, conservation, scientific documentation and institutional recovery.
The attack on Kyiv’s Academy is still developing, and the full extent of the damage and casualties must be established through verified official assessments. What is already clear is that the protection of cultural heritage in wartime cannot be separated from the protection of scientific infrastructure and the continuity of knowledge.
A resilient heritage strategy must protect not only what a society remembers, but also the institutions that allow it to understand, preserve and transmit that memory.
Editorial note: This article is based on initial reports available on 28 September 2026. Casualty figures, damage assessments and the precise sequence of events may change as Ukrainian authorities complete rescue and investigation operations