Russian scientists pioneer satellite-based method to monitor Arctic shipping emissions

Researchers at Murmansk Arctic State University, Russia, have developed a methodology for monitoring, assessing, and forecasting greenhouse gas emissions from maritime vessels operating in the Arctic.

The innovation, which leverages satellite data from the Automatic Identification System (AIS), marks a new step forward in evaluating human impact along the Northern Sea Route and enhancing national capabilities in environmental monitoring, as reported by the official website of the Russian Ministry of Science and Higher Education.

The core of the new approach lies in the use of satellite-received AIS signals, automatically transmitted data from ship transponders that include vessel location, size, and course. By combining these signals with ship-specific technical parameters, the method allows for accurate estimation of greenhouse gas emissions from individual vessels navigating Arctic waters.

According to experts, the methodology provides the scientific basis for an independent Russian digital service for monitoring maritime emissions in the Arctic. This would serve as a verified alternative to foreign systems currently used for tracking the maritime carbon footprint and could support Russia’s broader goals in environmental sovereignty and climate accountability.

The system’s integration could support regulatory frameworks for carbon footprint assessment and contribute to environmentally and economically efficient practices in the Russian shipping and logistics sector.

The development is expected to inform future guidelines for emissions control and contribute to the sustainable operation of maritime transport in one of the world’s most ecologically sensitive regions.

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