Stuck at sea: Mega cargo ship wedged in Suez Canal causes traffic jam

On Mar 23, 2021, at around 0500 UTC, Ultra Large Container Vessel EVER GIVEN ran aground in the Suez Canal north of Suez. The incident caused a blockage of the Suez Canal, extensive vessel traffic jams, and disruptions in the maritime supply chain. Watch a 3D video simulation of the last 90 minutes of her journey before the accident happened. The video is based on AIS vessel position data received by FleetMon.
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Ultra Large Container Vessel EVER GIVEN ran aground in Suez Canal north of Suez, at around 0600 UTC Mar 23, shortly after entering Canal in northbound convoy.

Giant Container Ship EVER GIVEN grounded and blocked Suez canal AIS data shows the MV Ever Given is stuck sideways within the canal, preventing ships from passing in either direction,Several tugs have been on scene for several hours working to dislodge the ship ,An ultra-large containership is aground and blocking ship traffic in the Suez Canal

...in freezing seaports of Russia this season. In total, FSUE "Rosmorport" operates in 15 freezing seaports of the country.

"ONE - MSQ Accident News No. 31": ONE operated 13,900 TEU vessel “M/V Milano Bridge” has collided with gantry cranes and another vessel while approaching berth at PNC #8. This was the first berthing for phasing-in after Dry Dock.

"A performance assessment tool for maritime pilotage operations" - by Jørgen Ernstsen, Norway
When the ship is approaching or leaving a port, a local navigational expert, the pilot, is often provided for assisting the bridge team to safely and efficiently navigate the littoral waters.

The Canadian Hydrographic Service (CHS) wishes to promote the implementation of the new S-100 standards to provide mariners with access to additional information (bathymetry, surface currents and water levels) and greater versatility in the display of these data.

The technology group Wärtsilä has delivered a navigation simulator and specific mathematical models to the Satakunta University of Applied Sciences (SAMK) in the city of Rauma, Finland. These will be used as an essential enabler in the Intelligent Shipping Technology Test Laboratory (ISTLAB) project, which aims at creating a technically precise testing environment for remotely controlled, autonomous vessels. The contract with Wärtsilä was signed in the 4th quarter of 2019.

This video shows an introduction on the Spiral-Test-Manoeuvre and describes the procedure how to steer through this manoeuvre and measure the data needed. The results will be displayed in a characteristic diagram allowing to identify stable and unstable conditions and related, detailed information, e.g. spiral loop width and height, rudder angle of neutral effect. Samples of stable and unstable ship behaviour demonstrations will be shown by Fast Time Simulation using the SAMMON Planning tool.