Ski-running

In Short

D. M. M. Crichton Somerville presents a comprehensive manual on the art, craft, and historical evolution of ski-running across Scandinavia and Continental Europe. The book details the practical mechanics of navigating winter landscapes, outlining proper footgear, bindings, turning techniques, and mountain safety. It records historical jumping achievements while providing an technical foundation for beginners and experienced runners alike. Preserved through decades of expanding winter sports, the text endures as a primary window into the formative era of modern alpine and cross-country skiing, balancing precise instructional advice with an appreciation for rugged winter wilderness.

The Story

The text begins by tracing the functional origins of the ski, examining how early northern peoples adapted wooden slides for transport across deep snows. It compares traditional skin-clad models used by Lapps in Finland and Siberia with the specialized variants developed across Scandinavian provinces. Loose snow patterns from Telemark, designed short and broad for maneuvering through dense woods and broken terrain, stand alongside the long, narrow "skare" designs built for open plains and maximum speed. As the practice expanded across Europe, regional variations began merging into a standardized Telemark design suitable for universal travel and leaping.

The narrative shifts to the spread of the sport beyond Scandinavia, highlighting key moments like Dr. Pilet’s 1891 demonstration at the Hotel Feldbergerhof in the Black Forest and W. Paulcke’s traverse of the Bernese Oberland. The manual establishes a technical foundation, asserting that mastery demands consistent practice alongside a clear understanding of terrain, snow conditions, and potential mountain hazards. It outlines the physical equipment necessary for winter survival and efficiency, evaluating timber treatments, leather boot care, and the mechanics of binding systems like the controversial metal Lilienfeld fastening.

Moving into physical execution, the book illustrates the mechanics of movement across flat ground, steep climbs, and rapid descents. It breaks down the rhythmic use of dual sticks to build momentum on level trails and addresses the tactical challenges of ascending slopes, recommending zig-zag patterns or specialized detachable sealskin attachments when sliding upwards. For descents, it details proper body positioning, instructing the runner to lower their center of gravity to absorb sudden changes in snow consistency.

The focus expands to high-speed maneuvers and jumping, walking the reader through the specific physical forces required to complete steep turns and standing leaps. It examines the execution of down-hill curves, the Telemark swing, and the rapid stopping power of the Christiania swing on hard snow. Instructions for constructing artificial take-off platforms emphasize precise incline angles and smooth landing tracks. The final sections transition into high-alpine tour considerations, cautioning sports enthusiasts against the sudden dangers of snow-blindness, hidden crevasses, frost-bite, and avalanches, concluding that true mountain navigation demands a union of winter hill-craft and disciplined physical control.

How It Unfolds

The origins of the slide Early Scandinavian and Lappish transport relies on skin-covered wooden boards tailored to local terrain. Broad, short models excel in wooded areas, while longer planks dominate open plains.

Spreading across the continent Pioneering figures introduce skiing to Germany's Black Forest and the Swiss Alps during the late nineteenth century. Winter hotels and university groups transform functional transport into an outdoor athletic pursuit.

Selecting the wood and iron Choosing proper equipment requires calculating an athlete's height and weight against specific timber dimensions. Metal and leather bindings are selected based on whether a runner prioritizes straight downhill speed or tight mountain turns.

Mastering the flat and climb Pacing across level ground relies on synchronized stick movements, while ascending steep slopes demands zig-zag tracks or detachable sealskins. Proper foot protection and dry socks prevent insidious frostbite.

Executing the turn Navigating steep gradients requires leaning forward, keeping the ski surface flat, and transferring body weight to the lower plank. The Telemark and Christiania swings allow runners to manage speed and stop abruptly on icy snow.

Building the take-off Constructing a safe jumping hill requires stamping a smooth approach track above a steep twenty-degree incline. Successful leaps depend on landing squarely on both feet without spilling on the out-run.

Entering the high Alps Long mountain excursions demand extra equipment, including extra-thick clothing, smoked glasses, and heavy rucksacks. Winter travelers must respect hidden crevasses, sudden blizzards, and dangerous avalanches.

The People

• Dr. Pilet — A French Consul stationed at Kolmar who brings a pair of skis to the Hotel Feldbergerhof in February 1891. He seeks to demonstrate the feasibility of winter travel in the Black Forest, igniting popular interest in continental ski-running across regional university towns.
• W. Paulcke — An energetic German mountaineer who completes a winter crossing of the Bernese Oberland in the 1890s. He aims to prove that wooden ski can conquer high alpine passes, inspiring traditional climbers to adopt winter gear.
• Zdarsky — An Austrian inventor and technique pioneer who designs the Lilienfeld metal binding and short "Alpine skee." He seeks to provide maximum mechanical control on steep mountain slopes, creating a system ideal for older runners and sharp turns despite its heavy weight.
• Torjus Hemmestvedt — A prominent Norwegian runner who sets early distance jumping records in Christiania and the United States. He demonstrates extraordinary balance on steep take-offs, setting high performance standards for standing leaps.
• Sohm and Madlener — Inventors who create a detachable sealskin system secured by brass fittings and winged nuts. They aim to assist climbers on steep ascents without permanently ruining downhill speed, balancing convenience against the sacrilege of boring holes into fine wood.

In Its Own Voice

"Gracious to those who have been properly 'presented,' and who approach her in a spirit of reverence, that lady arms herself against the parvenu who would force his way to her presence and shake her by the hand."

The author cautions overconfident beginners about the sudden dangers of mountain winter weather and steep terrain.

"A well-known skater is credited with the observation that anybody could learn to skate, but that to be a first-class ski-runner one must not only be born on ski, but live on them constantly for eighty years..."

This observation highlights the deep practice and instinctive balance required to master shifting snow conditions.

"The words of command for the curve are, then: Lean forward! Ski flat! Heels apart! Weight on the lower ski!"

A direct instruction breaks down the physical mechanics needed to successfully complete a downhill turn without falling.

What It's Really About

The text focuses on the transition of traditional arctic transportation into a disciplined modern sport. It explores how human ingenuity adapts basic tools—wood, leather, metal straps, and animal pelts—to conquer challenging winter environments. Beyond mechanical advice, the manual contrasts the effortless grace of expert motion against the rigid forces of snow and steep terrain. It argues that successful mountain travel requires physical courage balanced by humility, systematic preparation, and deep respect for nature's hazardous realities.

Why Read It Today

Readers interested in athletic history and early outdoor exploration will find this manual a fascinating historical document. The prose carries a clear, instructional cadence that captures the excitement of a new sport taking root across Europe at the turn of the twentieth century. It offers an authentic look into an era when skiing involved handmade wooden planks, linseed oil treatments, heavy wool socks, and manual hill climbing rather than commercial chairlifts.

The primary difficulty for modern readers lies in its technical specificity and archaic equipment terminology. Long discussions on regional binding patterns, timber dimensions, and specific metric conversion tables may feel dense to those seeking simple adventure narratives. However, the author's practical wisdom and genuine affection for winter landscapes shine through the instructional detail. The book leaves readers with an enduring appreciation for the pioneer athletes who first mapped snowy peaks on wooden runners.