The Zuytdorp shipwreck was likely caused by a storm, not navigational errors, according to new research. Flinders University archaeologists analyzed historical and environmental data, showing the crew had sufficient skills to navigate but were overcome by severe weather.
New research suggests that the Dutch East India Company ship Zuytdorp likely ran aground on the Western Australian coast due to a storm, rather than navigational errors.
The study, published in the Journal of Maritime Archaeology by Flinders University archaeologists Dr. Ruud Stelten and Professor Wendy van Duivenvoorde, examined ship logs, historical maps, navigational practices, and weather patterns of the era to uncover the causes of the wreck.
The Zuytdorp is one of four Dutch shipwrecks discovered off the Western Australian coast in the past century, with the Batavia and the horrors of its mutinous crew arguably the most famous of the collection.
Discovered in 1927 about 60km north of the WA coastal town of Kalbarri, and formally identified in 1958, the Zuytdorp was traveling from the Dutch port of Vlissingen on the way to Batavia, now present-day Jakarta, when it became lost at sea in 1712.
“Since the wreck of the Zuytdorp was identified, many theories exist as to how the ship crashed, including poor navigation or misadventure, but despite being the subject of a number of archaeological investigations, the exact circumstances of the ship’s demise have remained unclear,” says Dr Stelten from Flinders’ College of Humanities, Arts and Social Sciences.
Investigating Navigation and Cartographic Knowledge
As is the case with other shipwrecks off the coast of WA, one of the leading theories as to why the ship crashed was longitude determination; that is to say without the crew knowing exactly how far east they were and therefore how far away they were from the western coast of Australia, its coastline could suddenly appear without warning.
By analyzing contemporary cartographic and navigational knowledge, the authors assessed the charts available to the ship’s officers, coastal visibility, and signs indicating proximity to land as recorded in contemporary ship logs.
“Our analysis suggests the Zuytdorp’s officers had access to sufficient cartographic information to navigate the Indian Ocean and the Western Australian coastline effectively,” says Professor van Duivenvoorde, a leading maritime archaeologist in Flinders’ College of Humanities, Arts and Social Sciences.
“The crew noted numerous warning signs that the vessel was nearing the coast and took various measures to avoid a collision, so the theory that they had a sudden and unexpected encounter with the shore is an unlikely scenario.”
However, the authors were able to note the evidence of severe weather patterns in the region during the period in question.
“This is a key element to the unraveling of the mystery and shows the more likely scenario is that the ship reached the Australian coastline intentionally and was driven ashore by a storm,” says Professor van Duivenvoorde.
Unraveling the Mystery
The authors say the current research provides, for the first time, a detailed analysis of why one scenario is more likely to have occurred than the other.
“By examining historical records, navigational charts, and weather conditions, we have been able to piece together a more accurate picture of what likely happened to the Zuytdorp all those years ago,” says Dr Stelten.
“This study highlights the resilience and navigational skills of the VOC officers. The Zuytdorp’s wrecking was not due to a lack of skill or information but rather the unpredictable nature of the sea.”
The authors say the findings could point to the location of the ship’s lost anchors and could prove a useful method for uncovering what happened to other shipwrecks around the world.
Reference: “Mishaps in the Land van Eendracht: Exploring the Cause of Zuytdorp’s Wrecking” by Ruud Stelten, and Wendy van Duivenvoorde, 4 November 2024, Journal of Maritime Archaeology.
DOI: 10.1007/s11457-024-09424-4
This research has been funded by the Australian Research Council (Grant Nos. LP210300960, LP210300960).
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5 Comments
Longitude uncertainty involves the north-south axis, not the east-west, as this article mistakenly asserts. — Joe Baumam
Latitude N or S
Longitude E or W
just stay on the beach Joe.
Ships ground or collide not “crash”.
They sail not “travel”.
And are referred to as she not “it”.
Lines of longitude do run along the north-south axis, but measure degrees east-west. Lines of Latitude run east-west, but measure degrees north south
I have to wonder if yo took into consideration the first leg of the voyage where 112 of the 286 crew had died before reaching the Cape mostly of scurvy the 3 doctors all of whom threw themselves overboard out of despair. The skipper Wysvliet was so sick even he had to be replaced.
For those including the authors have not travelled this section of WAs coast by yacht. At times it is a soul breaker if the currents are fighting the wind direction. They were more likely heading south when they got stuck in the washing machine that dragged them ashore at night.
Once you are in the grips of the cliff eddy it’s all over