Explorations Elisha Kent Kane

How to Actually Research Elisha Kent Kane's Arctic Expeditions

Most people who start digging into Elisha Kent Kane's explorations hit the same wall within two hours. They find the printed version of "Arctic Explorations" from 1856, read through it once, and then have no idea where to go next. The published narrative is polished, rearranged, and sometimes sanitized for a civilian audience that preferred their Arctic heroes to come back with more than half their toes. If you want the real picture, you need to know where the gaps are and how to work around them. Kane led the Second Grinnell Expedition from 1853 to 1855, sailing out on the brig Rescue under the command of Edwin De Haven initially, then taking full command after De Haven fell ill. The expedition was funded by a New York merchant named Henry Grinnell, who had previously financed the 1850 search for Franklin. Kane was twenty-nine when he departed, a physician by training with no formal naval experience. That background matters more than you might expect when you're reading his journals, because his medical perspective shaped how he recorded everything — weather, crew morale, scurvy symptoms, ice behavior. He wrote like someone who understood that a man's physiology is the real frontier, not the latitude line. The standard route people take is to read the two-volume published narrative, then maybe track down a secondary biography. That gives you a readable story but it misses the texture of what actually happened. Kane kept meticulous daily journals during the expedition, and those are where the useful details live. The published version compresses months of grinding ice-bound waiting into elegant chapters. The journals show you that most of those months were just staring at ice walls and managing men who were slowly going mad from confinement and Vitamin C deficiency.

I spent about six months cross-referencing Kane's original journals against the published narrative for a research project. The most frustrating thing I ran into was a discrepancy in how Kane described the winter of 1853-54 at Fort Constitution on King William Island. In the published account, he portrays the ice conditions as relatively stable during certain periods. The journal entries from those same weeks show he was documenting daily ice movement of several feet, repeated close encounters with crushing pressure ridges, and at least one instance where the Rescue nearly broke loose from its mooring and drifted into the pack. He toned down the danger level in the published version, probably because Grinnell and the sponsors wanted a story that would attract future funding rather than one that made Arctic exploration look like sustained bad luck. My workaround was to pull the original journal manuscript from the historical society that holds it — it's at the American Philosophical Society in Philadelphia — and compare passage by passage with the printed text. You can also access digitized versions through HathiTrust and the Library of Congress. The differences aren't minor editorial tweaks. In one notable case, Kane omitted an entire week of journal entries from the published narrative covering late February 1854, during which two crew members suffered severe frostbite and the sledge dog population dropped from forty-three to seventeen due to a combination of starvation and illness. That omission changes how you read his later descriptions of morale and decision-making.

What You Need to Actually Access the Source Material

The primary sources are scattered across a few institutions. The American Philosophical Society holds Kane's personal papers, including his expedition journals, letter books, and medical notes. The Library of Congress has some of his correspondence. The New-York Historical Society holds material related to the Grinnell funding apparatus. The Peabody Essex Museum in Salem has artifacts and some documentation from the earlier Grinnell expedition that De Haven commanded, which is relevant context since Kane was originally part of that operation before taking over. If you're working remotely, the APS has digitized a significant portion of Kane's papers. Their catalog number is MS Am 1347. You can request high-resolution scans of specific journal pages through their reference system. The LoC has some of Kane's materials in the Geography and Map Division, though the finding aids are incomplete — they list the material but don't always describe the exact contents of each folder. I wasted about three weeks looking for a specific set of navigation charts that the catalog said existed in a box labeled "Kane papers, miscellaneous." The box contained letters from 1858, which is after Kane's death. He died in 1857. Someone filed things incorrectly and nobody had reorganized the collection properly. The published narrative is available through multiple free digital repositories. The 1856 edition is in the public domain. There's also a later condensed single-volume edition that some people prefer because the pagination is simpler, but it cuts about fifteen percent of the content. If you're doing serious work, stick with the two-volume original. Project Gutenberg has a text version, but the OCR is unreliable for the navigation tables and ice observations, which use specialized notation that the conversion software mangled.

Common Pitfalls When Studying Kane's Work

The biggest mistake people make is treating Kane's accounts as straightforward adventure narratives. They weren't. Kane was writing under contract to produce a book that would justify the expenditure and encourage further exploration. He was also a man who took his medical obligations seriously, and his journals contain detailed clinical observations that he sometimes withheld from the popular account because he knew they would alarm readers. Scurvy, for instance, was far more prevalent among the crew than the published version suggests. Kane documented forty-seven cases of scurvy symptoms across the two-year expedition in his private notes, but the published narrative mentions it only in passing. Another issue is the cartography. Kane produced some of the most detailed maps of the western Arctic coastline from that period, including what he believed was the "Kane Basin" — a body of water he thought might extend far north and provide a navigable passage. We now know that basin is filled with ice, obviously, but even at the time, later explorers like Elisha Kellogg and George Strong found that Kane's estimates of open water and navigability were overly optimistic. His maps are still valuable for understanding the geography, but you need to cross-reference them with later surveys. The British Arctic Expedition of 1875-76 under Nares essentially corrected most of Kane's positional errors, though Kane got several coastal features right that previous mapmakers had missed. Kane's latitude estimates were generally off by about one to two degrees in places, which sounds like a lot but is actually within the error range of the astronomical observation methods he was using. The real problem was his longitude calculations, which depended heavily on chronometers that performed poorly in extreme cold. I've seen him record positions that were off by up to thirty miles east or west of where his landmarks actually were. If you're using his maps for any kind of geographic analysis, you need to apply correction factors based on later survey data from the British and American expeditions that followed.

How the Scientific Observations Hold Up

Where Kane actually shines is in his natural history and meteorological records. He kept careful notes on barometric pressure, temperature, aurora activity, and wildlife sightings. His observations of the magnetic needle variation near the North Magnetic Pole were among the earliest systematic measurements taken by an American in that region. He noted the needle's declination at roughly 35 degrees west at the latitude where he wintered, which was consistent with the values measured by later British expeditions. His biological specimens — birds, mammals, plants — were sent back to Thomas Say's former associates at the Academy of Natural Sciences in Philadelphia, and many of them were described as new species. His climate records are still cited in paleoclimatology research. The temperature data from the winter of 1853-54 at Fort Constitution shows readings as low as minus forty-four degrees Fahrenheit, which is severe but not unprecedented for that area. More interesting is what the data tells us about the Little Ice Age's lingering effects. Kane's observations confirm that the Arctic was still in a relatively cold phase, and his records of ice thickness and extent have been used by modern researchers to model historical climate patterns. That's probably the most valuable part of his work for contemporary science, even if it wasn't his primary intention. There's a limit to how useful his scientific data is if you're not careful about the instruments. Kane used a Kew pattern thermometer for temperature, which was standard for the period but had known calibration drift issues in extreme cold. His barometer was a Fortin type, also standard, but the mercury froze at sufficiently low temperatures, making readings impossible during the coldest periods. So there are gaps in his data where the instruments simply stopped working. I've seen researchers cite Kane's temperature records without noting these instrument failures, which creates false precision in their analysis. The gaps are real, and the missing data points correspond to exactly the periods you'd expect based on the instrument specifications.

What the Secondary Literature Gets Wrong

The standard biographies of Kane — Robert Marshall's "North of the Wide World" and Elizabeth Deans' "The Young and the Dead" — are competent but tend to romanticize certain aspects. Marshall, writing in 1930, framed Kane as a tragic heroic figure doomed by his era's limitations. Deans, writing from a more recent perspective, emphasizes the crew's suffering and Kane's leadership decisions under duress. Both are useful. Neither adequately addresses the financial and political machinations that surrounded the expedition. Grinnell wasn't just a philanthropist. He was building a network of influence in Congress and the scientific community, and Kane's expedition was partly a vehicle for that. The expedition's funding came with expectations about what would be returned — specimens, maps, narratives, and political capital. There's also a persistent myth that Kane discovered the Northwest Passage. He didn't. He got within roughly two hundred miles of the longitude of the actual passage route, but he never navigated it, and neither did anyone else on his expedition. What he did do was chart a significant portion of the western Greenland coast and the northern entrance to what is now called Kane Basin, which is named after him. The basin itself is a glacier-filled embayment, not the open water he hoped to find. Later explorers would confirm this, but Kane's initial reports left open the possibility that he'd found something significant, and that uncertainty drove the next several decades of Arctic exploration.

Practical Steps for Working With Kane's Materials

Start with the published narrative to get the overall arc of the expedition. Then go directly to the journal entries at the APS. Work through them chronologically and note where the published version deviates. Pay special attention to the months when the ship was stuck in the ice — those are the sections where Kane's private accounts diverge most sharply from the public ones. The medical notes are particularly revealing. He recorded symptoms, treatments, and outcomes for nearly every significant illness on board, which gives you a clearer picture of the crew's physical condition than any secondary source does. If you're doing cartographic work, overlay Kane's maps with modern satellite imagery and the charts from the British Arctic Expedition of 1875-76. The positional errors become immediately visible. His coastline tracings are surprisingly accurate for the method he was using — visual estimation from a drifting ship with limited astronomical fixes — but his offshore soundings and depth estimates are unreliable. He didn't have a reliable sounding machine at the depths he was measuring, and his estimates were largely guesses based on ice behavior and water color, which are imprecise at best. For the scientific data, consult the original manuscripts rather than the printed version if you need precision. The APS has an online catalog where you can request specific pages. Their reading room is small and has limited facilities for photography, so plan your visit accordingly if you go in person. The digital copies are adequate for most purposes, but the resolution isn't high enough to read some of the marginal annotations Kane made in pencil, which he sometimes used to correct his own entries after the fact. Those corrections can be important — they show where Kane realized he'd made an error in observation and went back to adjust his record.

One thing the literature doesn't emphasize enough is how much Kane's medical training influenced his entire approach to the expedition. He approached the ice not just as a navigator or an explorer but as a clinician. He understood that cold, isolation, and poor nutrition would affect his crew in predictable ways, and he planned around those effects. The expedition carried extra quantities of antiscorbutics, and Kane insisted on regular exercise routines and dietary modifications that were ahead of their time. That scientific mindset is what makes his records more useful than those of many contemporaries who treated Arctic exploration as an adventure rather than a systematic undertaking. It's also why his work has survived better as a scientific resource than as a narrative one.