Stanley Hewitt / Museum of Geraldton
Recreation of the sinking of the Zuytdorp
The mysterious sinking of the Zuytdorp, a ship of the Dutch East India Company, was probably caused by a storm and not by navigational errors.
A new study suggests that the Dutch East India Company ship Zuytdorp ran aground in 1712 off the coast of Western Australia due to a storm rather than navigational errors.
During the , recently published in Journal of Maritime Archaeologyarchaeologists from Flinders University analyzed historical and environmental data, concluding that the crew had sufficient skills to navigate, but was defeated by weather conditions severe.
The study authors, archaeologists Ruud Stelten e Wendy van Duivenvoordeexamined ship logs, historical maps, navigation practices and weather patterns of the time to discover the causes of the sinking.
O Zuytdorp is one of four Dutch shipwrecks discovered off the coast of Western Australia in the last century, and the horrors of its mutinous crew being the most famous of that group, recalls .
Discovered in 1927, ca. 60 km north of the coastal town of Kalbarriin Western Australia, and formally identified in 1958, the Zuytdorp had sailed from the Dutch port of Vlissingen towards Batavia, now Jakarta, when it was lost at sea in 1712.
“Since the sinking of the Zuytdorp was identified, Many theories have emerged about how the ship collided, including navigational failures or accidents, but, despite having been the subject of several archaeological investigations, the exact circumstances of the ship’s destruction remained unclear”, afirma Ruud Stelten.
Navigation and cartographic knowledge
As with other shipwrecks off the coast of Western Australia, one of the leading theories for the disaster was the difficulty in determining longitude; that is, without knowing exactly how east wasthe crew would not be aware of the proximity to the Australian coastwhich could appear suddenly.
By analyzing contemporary cartographic and navigational knowledge, the authors evaluated the cards available at the time for the ship’s officers, the visibility of the coast and signs of proximity to land recorded in logbooks of the time.
“Our analysis suggests that Zuytdorp officials had access to information enough cartography to navigate both the Indian Ocean and the coast of Western Australia effectively,” says van Duivenvoorde, a renowned maritime archaeologist at the College of Humanities, Arts and Social Sciences at Flinders.
“The crew noticed several warning signs that the ship was approaching the coast and took several measures to avoid a collision, so the theory that there was a sudden and unexpected encounter with land is unlikely”, he adds.
However, the authors identified evidence of severe weather patterns in the region during the period in question.
“This is a key element in clarifying the mystery and shows that the most likely scenario is that the ship intentionally reached the Australian coast and was driven ashore by a storm”, said van Duivenvoorde.
According to the authors, this investigation presents, for the first time, a detailed analysis of why one scenario is more likely than the other.
“By examining historical records, navigational charts and weather conditions, we were able tobuild a more accurate view than what probably happened with Zuytdorp all those years ago”, says Stelten.
“This study highlights the resilience and navigation skills of VOC officers. The sinking of the Zuytdorp It was not due to a lack of expertise or information, but rather the unpredictable nature of the sea”, adds the researcher.
The authors say the findings could indicate where the ship’s missing anchors are and serve as a useful method for unraveling what happened to other shipwrecks around the world.
