VIIRS nighttime thermal anomalies reveal conflict-related events on Black Sea offshore structures and on Snake Island: Ukraine’s war at sea

Control of the Black Sea is of critical importance to both Ukraine and Russia, with offshore structures and Snake Island (Zmiinyi Island) playing strategic roles. We demonstrate how nighttime thermal data from the VIIRS satellite constellation can be used to identify and monitor conflict-related events at these sites. Using the VIIRS Nightfire data product, we show that it is possible to pinpoint the exact timing of attacks on offshore structures and to assess associated damage through the duration and affected area of related fire events. Fire types are differentiated by measured temperature, allowing identification of uncontrolled gas fires versus conventional fires. Results are independently validated using Sentinel-2 true-colour and short-wave infrared image composites, including estimation of areas damaged by fire, as well as reports from news sources. Our findings demonstrate that VIIRS nighttime thermal data provide a reliable, low-latency, and independent means of monitoring maritime conflict activities in the Western Black Sea.

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Publication Details

Journal
Remote Sensing Applications Society and Environment
Published
2026-07-17
DOI
https://doi.org/10.1016/j.rsase.2026.102153
Primary Topic
Marine and environmental studies
Type
article
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article

VIIRS nighttime thermal anomalies reveal conflict-related events on Black Sea offshore structures and on Snake Island: Ukraine’s war at sea

Daniele Cerra, Merlijn I. Dingemanse
Remote Sensing Applications Society and Environment
Marine and environmental studies
article

VIIRS nighttime thermal anomalies reveal conflict-related events on Black Sea offshore structures and on Snake Island: Ukraine’s war at sea

Daniele Cerra, Merlijn I. Dingemanse
article en

Abstract

Control of the Black Sea is of critical importance to both Ukraine and Russia, with offshore structures and Snake Island (Zmiinyi Island) playing strategic roles. We demonstrate how nighttime thermal data from the VIIRS satellite constellation can be used to identify and monitor conflict-related events at these sites. Using the VIIRS Nightfire data product, we show that it is possible to pinpoint the exact timing of attacks on offshore structures and to assess associated damage through the duration and affected area of related fire events. Fire types are differentiated by measured temperature, allowing identification of uncontrolled gas fires versus conventional fires. Results are independently validated using Sentinel-2 true-colour and short-wave infrared image composites, including estimation of areas damaged by fire, as well as reports from news sources. Our findings demonstrate that VIIRS nighttime thermal data provide a reliable, low-latency, and independent means of monitoring maritime conflict activities in the Western Black Sea.

Remote Sensing Applications Society and EnvironmentVol. 43
Deutsches Zentrum für Luft- und Raumfahrt e. V. (DLR) (DE)
Life below water
Openalex Percentile: Top 10%
Marine and environmental studies
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VIIRS nighttime thermal anomalies reveal conflict-related events on Black Sea offshore structures and on Snake Island: Ukraine’s war at sea — Daniele Cerra, Merlijn I. Dingemanse · Remote Sensing Applications Society and Environment (2026) | TGRS Research Map | TGRS