Discovering the Kitsissut Islands: A Gateway to Prehistoric Arctic Voyages

The remote Kitsissut island cluster, also known as the Carey Islands, sits in the heart of the Pikialasorsuaq polynya, the largest polynya in the High Arctic. This dynamic area of open water amid vast ice fields, located between northwest Greenland and Canada's Ellesmere Island, has long been recognized for its rich marine life. Phytoplankton blooms fueled by ocean currents and winds attract fish, marine mammals like seals and beluga whales, and massive colonies of seabirds such as thick-billed murres, or Appat in Greenlandic. But a recent archaeological survey has unveiled that these islands were not just an ecological hotspot—they were a destination for some of the Arctic's earliest human explorers.

Archaeologists documented nearly 300 surface features across three main islands: Isbjørne, Mellem, and Nordvest. Concentrated on beach ridges beneath towering nesting cliffs, these remnants tell a story of repeated human occupation dating back approximately 4,500 years. The site's isolation, requiring a minimum open-water crossing of 52.7 kilometers from the nearest mainland settlements, underscores the extraordinary maritime capabilities of the Early Paleo-Inuit peoples.

Unveiling the Evidence: Tent Rings and Hearths of Ancient Campers

At the core of the discovery are 15 distinctive bilobate tent rings on Isbjørne Island, each characterized by a double-lobed outline with an axial stone feature dividing the interior space. These structures, typical of Early Paleo-Inuit architecture, likely supported sealskin tents stretched over driftwood or bone frames. Adjacent to many rings are box-shaped hearths, built with slabs of slate and filled with charred driftwood—a testament to fires kindled for warmth, cooking, and tool-making in the frigid environment.

Compared to 162 other sites in the region, Kitsissut ranks among the top for the density and quality of these features, placing it in the fifth position for axial tent structures. This concentration suggests not fleeting visits by lone hunters, but sustained, communal stays. Families or small groups would have processed seabird eggs, harvested chicks, and perhaps hunted marine mammals, integrating terrestrial and oceanic resources seamlessly into their lifeways.

Dating the Journeys: Radiocarbon Insights into 4,500-Year-Old Settlements

A pivotal piece of evidence came from a humerus bone of a thick-billed murre (Uria lomvia) excavated from one tent ring. Radiocarbon dated at the Czech Radiocarbon Laboratory to 4203 ± 25 uncalibrated years before present, and calibrated using the Marine20 curve with a regional reservoir correction, it yields an occupation range of 4400–3938 calibrated years before present. This timeframe aligns precisely with the stabilization of the Pikialasorsuaq polynya around 4500 cal BP and the Early Paleo-Inuit period, encompassing cultures like Independence I and Saqqaq.

These dates rule out later Dorset occupations and confirm repeated use over generations. The site's multicomponent nature, with overlying features from Thule and historic Inuit periods, highlights its enduring appeal as a resource-rich locale across millennia.

Skin-on-Frame Watercraft: The Vessels That Conquered Arctic Seas

Direct preservation of organic materials in the Arctic is rare, but contextual clues and rare finds elsewhere paint a clear picture of Early Paleo-Inuit watercraft. These were likely skin-on-frame boats: lightweight frames of lashed driftwood or bone covered in taut sealskins, sealed with blubber. Analogous to later Inuit kayaks (closed-deck for single paddlers, ideal for hunting and agility) and umiaqs (open boats for groups and cargo), they formed a mixed fleet suited to diverse needs.

Fragments from sites like Qajaa and Qeqertasussuk, over 1,100 km south, corroborate this technology. Maintenance was labor-intensive—skins sewn with sinew, frames pegged or lashed, regularly oiled against cracking. Possible sails aided wind propulsion, essential for long hauls. For aspiring researchers in higher education research jobs, understanding these innovations opens doors to experimental archaeology and material culture studies at institutions like the University of Calgary.

Navigational Mastery: Tackling Winds, Fog, and Currents

Reaching Kitsissut demanded navigating treacherous conditions: erratic crosswinds whipping through Smith Sound, persistent fog obscuring horizons, and powerful currents from the polynya's heat flux. The voyage, at least 12–15 hours in summer's fleeting daylight (around September 10th, with 15 hours available), was feasible only via open water—ice bridges too unstable, depths exceeding 900 meters.

• Seasonal Timing: Brief warm months when polynya opens fully, allowing phytoplankton blooms and bird nesting.
• Risk Management: Communal travel in umiaqs for safety, kayaks for scouting; knowledge of tides, stars, and animal migrations.
• Social Dimensions: Training from youth in paddling, skinning, and repair—core to cultural transmission.

This prowess reframes Early Paleo-Inuit not as marginal terrestrial foragers, but as maritime specialists akin to Polynesian voyagers.

Ecological Entanglement: Humans as Arctic Ecosystem Engineers

The Pikialasorsuaq's productivity stems from its polynya dynamics, but Early Paleo-Inuit amplified it. Harvesting seabirds transferred marine nutrients (guano, bones, offal) to nutrient-poor polar soils, boosting vegetation and potentially influencing bird colony sizes. Hunting seals and whales offshore expanded trophic interactions, positioning humans as active shapers rather than passive observers.

"Indigenous communities are part of their development over the long term, right back to their early formation," notes Matthew Walls. This challenges 'pristine' baselines in conservation, urging inclusion of Indigenous agency in Arctic management. For Canadian students eyeing higher ed career advice in environmental archaeology, such insights highlight interdisciplinary opportunities.

University of Calgary's Pivotal Role in Arctic Research

The Department of Anthropology and Archaeology at the University of Calgary spearheaded this breakthrough through the Inughuit Creativity and Ecological Responsiveness project, funded by Canada's Social Sciences and Humanities Research Council. Lead author Matthew Walls, an associate professor specializing in hunter-gatherer archaeology, collaborated with UCalgary colleagues Mari Kleist and Pauline Knudsen, alongside Ilisimatusarfik/University of Greenland and local Inughuit guides.

Walls' fieldwork, blending digital mapping (TLS, UAVs) with traditional knowledge, exemplifies UCalgary's strengths in polar heritage preservation. The department's focus on digital heritage and ethnographic partnerships equips students for global challenges. Explore university jobs in Canada or research assistant jobs to join such teams.

Broader Implications for Paleo-Inuit Cultural Continuity

This discovery extends the known range of Early Paleo-Inuit maritime adaptation, bridging Pre-Dorset/Independence I to Dorset cultures (4500–2700 cal BP). It posits the polynya as an innovation hub, fostering technologies that influenced later Neo-Inuit (Thule). Repeated returns imply social networks across the Canada-Greenland corridor, with Kitsissut as a seasonal hub for trade, ritual, and sustenance.

Challenges outdated views of Paleo-Inuit as ice-bound pedestrians; instead, they were dynamic seafarers, their legacy echoing in modern Inuit qajaq traditions. For academics, it prompts reevaluation of site distributions and subsistence models.

Future Horizons: Excavations, Experiments, and Collaborations

Excavations could reveal faunal remains, tools, and direct watercraft traces, clarifying community size and diet. Experimental builds of replica boats will test voyage feasibility, while genomic and isotopic analyses trace mobility. Partnerships with Inughuit communities ensure ethical stewardship, aligning with UCalgary's decolonized approaches.

"Kitsissut and the polynya was 'a place of return,'" Walls emphasizes, signaling potential for UNESCO recognition. Aspiring archaeologists can pursue postdoc opportunities in Canadian Arctic studies.

Photo by Hermes Rivera on Unsplash

Careers in Arctic Archaeology: From Fieldwork to Academia

The University of Calgary study exemplifies how Canadian higher education drives global discoveries. Programs in anthropology and archaeology train students in GIS, remote sensing, and Indigenous methodologies—skills vital for university jobs and faculty positions. With climate change exposing new sites, demand surges for experts in cultural resource management.

• Hands-on fieldwork in Greenland/Nunavut.
• Digital preservation via drones and LiDAR.
• Interdisciplinary ties to ecology and climate science.
• Funding via SSHRC and NSERC grants.

Check Rate My Professor for UCalgary insights or higher ed jobs for openings. This research not only rewrites history but inspires the next generation of scholars.