Satellite Imagery shows whales held captive in Russia

Satellite images show whales being held captive in Russia’s Srednyaya Bay amongst international outcries for the animals’ release.

Reports say that up to 100 whales are being illegally held in small pens near Nakhodka, Russia. The collection of both orcas (killer whales) and belugas are likely destined for marine parks in China, according to Greenpeace.

French marine scientist, Jean-Michel Cousteau plans to meet with Moscow officials to visit the site on Saturday.
A criminal investigation has been launched as four Russian companies are being accused of animal cruelty and violating fishing regulations.

Some animal experts are concerned that the whales may be showing signs of hypothermia as ice collects around and even inside the small pens. This can be clearly seen in the satellite images.

Very High Resolution imagery is being utilized internationally by both maritime surveillance agencies and animal rights groups to shed light on illicit fishing operations and aid in legal proceedings

Close up view of whale pens with several visible animals. Satellite Imagery © 2019 DigitalGlobe, A Maxar Company – provided by European Space Imaging

He went on to say, “In these images captured by WorldView-3 in late February, a number of whales can be seen inside the pins, which may provide crucial evidence as international criminal investigations move forward.”

Satellite image captured on 22 Feb. 2019 at 30 cm resolution showing at least ten whale pens in Srednyaya Bay Satellite Imagery © 2019 DigitalGlobe, A Maxar Company – provided by European Space Imaging

For more information on how satellite imagery aids in maritime surveillance activities, please visit our Maritime page.

Related Stories

Satellite image of a city at very high resolution

Beginner’s Guide to Satellite Imagery: 10 Terms You Need to Know

Satellite imagery is an amazing but highly technical field with terms that might be hard to understand, especially for somebody with expertise in a completely different area. That’s why we are explaining the basics of satellite imagery in this article. What’s geolocational accuracy? What is the ideal off nadir angle? How can you see through clouds? Let’s dive right in.

Read More »
AI in satellite based forest management

AI Uses 15 cm Satellite Images to Cut Costs and Increase Scalability in Forest Management and Urban Forestry

Forest managers across Europe face an impossible task: monitor millions of hectares with shrinking budgets while meeting increasingly strict EU environmental targets. But with the rise of AI and satellite technology, they now have new solutions at their disposal – smarter, cheaper, and more scalable – to monitor forest health, automate tree inventories, and plan sustainable logging. In this article, we introduce one of these solutions: an AI forestry algorithm developed by Arboair using 15 cm satellite data from EUSI.

Read More »