The wrecks of HMS Erebus and HMS Terror, the two ships of Sir John Franklin’s ill-fated 1845 Arctic expedition, have indeed been found, offering a remarkable closing chapter to one of history’s most enduring maritime mysteries. This wasn’t a sudden lucky break, but the culmination of decades of sustained effort, blending traditional knowledge with cutting-edge technology. The discoveries, made in 2014 and 2016 respectively, have provided tangible evidence, previously unseen by human eyes, that has started to unravel the long-held secrets of what happened to the 129 men who vanished into the treacherous Canadian Arctic.
The Long Road to Discovery: Early Attempts and Inuit Testimony
The disappearance of Franklin’s expedition sparked one of the largest and longest search efforts in history, beginning almost immediately after their last known sighting in July 1845. Over the subsequent decades, more than 30 expeditions were launched, seeking answers and, initially, survivors. While these early searches didn’t find the ships, they weren’t in vain. They yielded crucial pieces of the puzzle, most notably through the invaluable insights provided by the local Inuit.
The Power of Indigenous Knowledge
The Inuit have always been central to understanding the Franklin story. Their oral histories, passed down through generations, spoke of white men struggling in the ice, of ships trapped, and of bodies found. While initially dismissed or misinterpreted by some European searchers, these accounts consistently pointed to areas in the Victoria Strait and King William Island as the likely locations of the expedition’s final demise.
For instance, the story of “netsilik inuit” (netsilik people) encountering starving white men, and reports of a ship grounded off the coast of King William Island, were critical. Over time, physical artefacts like pieces of wood and metal, undoubtedly from European ships, were found by Inuit hunters and explorers, further solidifying these traditional narratives. Dr. John Rae, in 1854, famously gathered detailed testimony from Inuit that indicated Franklin’s men had resorted to cannibalism and that their ships had been crushed in the ice. While controversial at the time, Rae’s findings, rooted in Inuit accounts, have largely been corroborated by later archaeological evidence.
Early European Expeditions and Artefacts
Beyond the Inuit, early European searchers also made significant, albeit indirect, contributions. The discovery of various artefacts and written notes proved that elements of the expedition had reached King William Island. The most poignant of these was the “Victory Point Note,” found in a cairn on King William Island in 1859 by McClintock’s expedition. This note, updated in 1848, confirmed that Franklin had died in June 1847, that the ships had been beset in ice since September 1846, and that the remaining men had abandoned the ships in April 1848 to attempt an overland journey south. This document, while offering a grim update, also provided a general direction of travel for the desperate survivors, helping future search efforts narrow down potential locations.
Modern Search Efforts: A New Era of Exploration
After a long hiatus in major expeditions, the late 20th and early 21st centuries saw a resurgence of interest in finding the ships. This new wave of searches was characterised by a more collaborative approach, integrating historical research, scientific expertise, and crucially, modern technology, alongside a renewed respect for Inuit traditional knowledge.
Parks Canada’s Leading Role
Parks Canada, as the federal agency responsible for protecting national historic sites, took on a leading role in the modern search for the Franklin wrecks. Their commitment to the project stemmed from the cultural and historical significance of the expedition, not just for Canada but globally. They understood that finding the ships would provide invaluable insights into the lives of the men, the challenges of Arctic exploration, and the broader context of 19th-century naval history.
Their approach was methodical and multidisciplinary. Researchers poured over historical records, meteorological data, and previous search reports. They also actively engaged with Inuit communities, recording and cross-referencing traditional stories and geographical markers. This collaborative spirit, where Western science and Indigenous knowledge were seen as complementary, was a significant departure from earlier, more paternalistic search efforts.
Technological Advancements in Underwater Archaeology
The advent of sophisticated underwater search technologies completely revolutionised the prospects of finding the Erebus and Terror. Unlike the early expeditions that relied on visual sightings from small boats or limited diving capabilities, modern searches could map vast areas of the seabed with unprecedented accuracy.
Key technologies included:
- Side-scan sonar: This technology sends out acoustic pulses and creates detailed images of the seabed, allowing researchers to identify anomalies that might indicate a shipwreck. It’s incredibly efficient for covering large areas.
- Autonomous Underwater Vehicles (AUVs): These unmanned, pre-programmed submarines can operate independently, collecting data over extended periods in remote and challenging environments, reducing the risk to human divers.
- Remotely Operated Vehicles (ROVs): Tethered to a surface vessel, ROVs allow for real-time visual inspection and manipulation, offering detailed close-up views of potential targets.
- Magnetometers: These instruments detect subtle changes in the Earth’s magnetic field, which can be caused by large concentrations of ferrous metal, like iron or steel, often found in shipwrecks.
The combination of these tools allowed search teams to systematically survey areas identified by historical records and Inuit testimony, moving from broad-scale mapping to precise target identification.
The Discovery of HMS Erebus (2014)
The discovery of HMS Erebus in September 2014 was a momentous occasion, representing the first tangible proof of one of Franklin’s ships after 169 years. It was the culmination of years of dedicated effort and a touch of serendipity.
The Crucial Role of Inuit Knowledge
While technology was vital, the final breakthrough was once again profoundly influenced by Inuit knowledge. A key piece of information came from Louie Kamookak, an Inuit historian from Gjoa Haven, who shared a story about a ship being seen in the waters off O’Reilly Island, near King William Island. This story, passed down through his family, described a vessel trapped in the ice and later sinking. This specific detail, combined with an earlier report from an Inuit hunter named Sammy Kogvik about an anomaly he had seen in the water, significantly narrowed down the search area for the Parks Canada team.
Kogvik’s story, which he shared with a member of the Parks Canada team just days before the discovery, detailed a mast-like object sticking out of the water near a small island. Although his information initially put the search team in a slightly different area, it prompted them to explore a region that might otherwise have been overlooked. The combination of these specific Inuit accounts provided a level of detail and geographical precision that historical European records simply could not.
The Discovery and Initial Survey
On September 7, 2014, while conducting a side-scan sonar sweep near O’Reilly Island, the Arctic Research Foundation’s vessel, the RV Investigator, detected a clear anomaly. The image on the sonar screen showed the distinct outline of a large vessel on the seabed. Subsequent investigation using an ROV confirmed it was indeed a 19th-century shipwreck. The presence of a double-wheeled steering mechanism and other structural features, consistent with a Royal Navy ship of that era, strongly suggested it was one of Franklin’s vessels.
The initial underwater footage revealed a remarkably well-preserved wreck, resting upright on the seabed in approximately 11 metres of water. The cold, dark waters of the Arctic had created ideal preservation conditions, protecting the wood and artefacts from degradation. The bell of the ship, clearly visible and later recovered, was emblazoned with the year “1845,” providing definitive proof that it was one of Franklin’s ships. Further identification based on the ship’s construction and size confirmed it as HMS Erebus.
The Discovery of HMS Terror (2016)
The finding of Erebus ignited further efforts, and just two years later, in September 2016, the second ship, HMS Terror, was located, again with a significant assist from local Inuit.
A New Lead and an Unexpected Location
The search for Terror had been ongoing in areas further north, closer to where the ships were last recorded as being beset in ice. However, a new, critical piece of Inuit testimony emerged. An Inuit ranger, Adrian Schimnowski, working with the Arctic Research Foundation, was told a story by an elder, Sammy Kogvik (the same hunter who contributed to the Erebus discovery), about a ship sinking in Terror Bay, off King William Island. This location was considerably further south than where most search efforts had been focused for Terror.
Kogvik’s account described seeing a mast sticking out of the ice in Terror Bay many years prior. While initially treated with caution due to its distance from known historical data points, the detail and persistence of the story, combined with the successful outcome of previous Inuit leads, prompted the Arctic Research Foundation team to investigate.
The Confirmation of HMS Terror
On September 3, 2016, the research vessel RV Martin Bergmann, belonging to the Arctic Research Foundation, entered Terror Bay. Using an ROV, the team quickly located a large shipwreck on the seabed. What followed was a truly astonishing discovery. The vessel was in an incredible state of preservation, almost perfectly intact, sitting upright in about 24 metres of water.
The ROV footage revealed a ship with three masts, a heavy-duty bow, and other features consistent with a Royal Navy bomb vessel, the specific type of ship Terror was. Crucially, the nameplate of the ship, though obscured by marine growth, could be deciphered as “HMS Terror.” Subsequent dives confirmed the identity beyond doubt. The ship’s windows were still intact, its compass binnacle was in place, and even many interior spaces, including the officer’s cabins and storage areas, appeared remarkably untouched. It seemed as if the ship had simply settled to the bottom rather than being violently crushed by ice.
Unpacking the Wrecks: Initial Findings and Future Research
| Metric | Details |
|---|---|
| Expedition Name | Franklin Expedition |
| Year of Departure | 1845 |
| Ships Involved | HMS Erebus and HMS Terror |
| Year Wrecks Discovered | 2014 (Erebus), 2016 (Terror) |
| Location of Wrecks | Victoria Strait (Erebus), Terror Bay (Terror), Canadian Arctic Archipelago |
| Depth of Wrecks | Approximately 11 metres (Erebus), 69 metres (Terror) |
| Discovery Method | Underwater sonar scanning and remotely operated vehicles (ROVs) |
| Significance | Provided new insights into the fate of the lost expedition and Arctic exploration history |
| Artifacts Recovered | Personal items, ship components, and navigational instruments |
| Impact on Historical Research | Helped solve long-standing mysteries about the expedition’s final days |
The discovery of both Erebus and Terror has opened an unprecedented window into the final days of the Franklin expedition. While much work remains, initial surveys and artefact recovery have already provided invaluable insights.
Preservation and Artefact Recovery
The preservation of both wrecks, particularly Terror, is extraordinary. The cold, dark, and relatively low-oxygen conditions of the Arctic seabed have created a natural time capsule. Many organic materials, such as wood, leather, and textiles, which would normally degrade quickly in warmer waters, have survived.
Parks Canada, in collaboration with Inuit communities and other partners, has undertaken careful archaeological work on both sites. This involves meticulous documentation through photography and videography, detailed mapping, and the selective recovery of artefacts. Some notable artefacts recovered from Erebus include the ship’s bell, cannon, ceramics, and personal items, offering glimpses into the lives of the crew.
The sheer extent of preservation on Terror suggests that a vast array of artefacts, including written materials and personal effects, may still be within the ship, protected from the elements. This holds immense promise for future research, as these items could shed light on the daily routines, mental state, and final moments of the expedition members.
Rewriting the Narrative: New Theories and Evidence
The wrecks themselves are primary sources, offering concrete evidence that can challenge or confirm existing theories about the expedition’s fate.
- Location Discrepancies: The discovery locations, particularly Terror Bay, suggest a more complex abandonment scenario than previously understood. It indicates that the ships were not necessarily crushed at their last-known besetment point and drifted, but rather that at least one, and possibly both, were actively sailed or moved before sinking, potentially by a skeleton crew after the main party had abandoned them.
- The “Sailing South” Theory: The good condition of Terror, in particular, raises questions about why it sank. One emerging theory, supported by Inuit testimony, is that a small number of surviving crew members may have attempted to re-crew one or both ships and sail them south, perhaps attempting to reach the mainland or a more hospitable location, before ultimately failing. The controlled sinking of Terror, as suggested by its intact state, further supports this idea.
- Environmental Factors: The wrecks provide evidence of the harsh Arctic environment. Scars on Erebus suggest it endured significant ice pressure before sinking. Detailed analysis of the surrounding sediments and marine life can also provide context on the environmental conditions at the time of the sinking.
- Health and Supplies: Future archaeological work, particularly on Terror, could uncover more about the crew’s health, their remaining provisions, and any logs or documents that detail their final struggles. The presence of lead poisoning has been a long-standing theory for the expedition’s demise, and further human remains or medical supplies found on board could offer more definitive answers.
The work on the Franklin wrecks is ongoing. Each recovered artefact and every hour of underwater documentation adds another layer to our understanding, transforming a historical enigma into a richly detailed narrative of human endurance, tragedy, and the enduring power of exploration. The discoveries stand as a testament to the collaborative spirit of modern archaeology and the vital importance of Indigenous knowledge in uncovering the past.
FAQs
What was the Franklin Expedition?
The Franklin Expedition was a British voyage of Arctic exploration that took place between 1845 and 1848. Led by Sir John Franklin, the expedition aimed to traverse the Northwest Passage, a sea route connecting the Atlantic and Pacific Oceans through the Arctic Archipelago of Canada. The expedition consisted of two ships, HMS Erebus and HMS Terror, and was composed of 129 crew members.
When were the wrecks of the Franklin Expedition discovered?
The wreck of HMS Erebus was discovered in 2014, while HMS Terror was located in 2016. Both ships were found in the waters of the Canadian Arctic, specifically in the vicinity of King William Island, where they had been trapped in ice for over a century.
What condition were the wrecks found in?
The wrecks of both ships were found to be remarkably well-preserved due to the cold temperatures and lack of wood-eating microorganisms in the Arctic waters. The discovery revealed significant artefacts, including personal belongings of the crew, navigational instruments, and parts of the ships themselves, providing valuable insights into the expedition’s final days.
What has been learned from the discoveries of the wrecks?
The discoveries of the Franklin Expedition wrecks have provided historians and archaeologists with crucial information about the expedition’s fate, including the challenges faced by the crew, their navigation techniques, and the conditions they endured. Analysis of the artefacts has also shed light on the health and diet of the crew, as well as their attempts to survive in the harsh Arctic environment.
How have the discoveries impacted Indigenous communities?
The discoveries of the Franklin Expedition wrecks have had a significant impact on Indigenous communities in the region, particularly the Inuit. The findings have prompted discussions about the historical narratives surrounding the expedition and have led to increased collaboration between Indigenous groups and researchers. This partnership aims to ensure that Indigenous perspectives and knowledge are integrated into the interpretation and preservation of the wreck sites.
