Satellite radar shows Suez Canal traffic jam

By on 29 March, 2021

Traffic backing up in the Gulf of Suez. Contains modified Copernicus Sentinel data (2021), processed by ESA, CC BY-SA 3.0 IGO.

Radar images from the European Space Agency’s (ESA) Sentinel-1 earth-monitoring mission show shipping backing up in the Gulf of Suez as a result of the Ever Given container ship becoming stuck in the Suez Canal.

The ship ran aground on 23 March on its journey northward through the Canal.

The images above show the view on 21 March (left), with a normal level on traffic manoeuvring in the Gulf of Suez near the southern entrance to the Canal. The image on the right, taken on 25 March, shows the Ever Given stuck in the Canal and shipping beginning to back up.

The Sentinel-1A satellite was launched in 2014, with Sentinel-1B following in 2016. The twin satellites orbit Earth in the same plane and use C-band synthetic-aperture radar to provide all-weather, night and day coverage of the planet.

There are multiple satellites in the Sentinel series, designed to conduct remote sensing at various wavelengths. The latest, Sentinel-6A, launched in November 2020, is a radar altimetry mission primarily intended for monitoring the oceans.

Stay up to date by getting stories like this delivered to your inbox.
Sign up to receive our free weekly Spatial Source newsletter.

You may also like to read:


, , , , ,


Newsletter

Sign up now to stay up to date about all the news from Spatial Source. You will get a newsletter every week with the latest news.

City of Sydney: Growing green with GIS
The City of Sydney has set targets to grow a cooler, more di...
Victorian Surveyor-General makes historic apology
The apology acknowledges the role that SGs played in the dis...
One year to go: Countdown to FIG 2025!
Thousands of surveyors from around the world will converge o...
LiDAR shows Pacific cities are older than once thought
LiDAR has helped to show that city structures were being bui...
PlanTech partners aim to transform urban planning
The new effort highlights technology’s role in improving p...
Dual-band GNSS platform
The u-blox F10 GNSS platform combines L1 and L5 to offer enh...