Mountain path repairs ‘first big work’ since 1980s

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The Brutal Physicality of Path Construction

Building a sustainable trail in high-altitude terrain is less about landscaping and more about endurance. For those employed in the trade, the workday begins long before the first stone is laid. According to the BMC, the commute for these workers can involve climbing the height of a Munro, carrying tools and materials into environments that are often hostile. The conditions are frequently extreme. Teams working on the Pony Track near the summit of Ben Nevis have faced temperatures approaching -10C, requiring them to ascend and descend in total darkness. In the depths of winter, the terrain becomes so unforgiving that crampons are necessary simply to access the worksite.

“I know you like walking up hills and this seems like a good job, but you won’t find a harder good job.”

This labor is physically taxing and psychologically demanding, often involving 60 mile an hour winds and hailstones. Despite the hardship, the motivation for these workers is the permanence of the result; a well-built stone path is designed to outlast the people who constructed it.

The Ben Vane Project: Building from Scratch

While many Munros have seen various levels of maintenance, Ben Vane represents a rare case of a mountain that has never had professional path work performed on it. The current project is a complete build, transforming what was previously a trodden sheep line into an established path. The technical challenges of the site are significant:

• Extreme Gradient: The mountain rises nearly 984 metres, featuring a famously steep 35 degree inclination starting directly from the road.
• Severe Erosion: The hillside is currently a mess of big peat hags and areas where soil and vegetation have been stripped away, exposing the bedrock.
• Unstable Surface: Certain sections consist of scree covered in grainy sand, which acts like marbles underfoot, increasing the risk of further erosion.

By replacing these eroded scars with a structured path, repairers aim to stop the cycle of vegetation loss and soil degradation that occurs when hikers stray from the main line to avoid slippery or unstable sections.

Funding the Fight Against Erosion

The financial burden of these repairs often falls outside of standard government funding, particularly when the land is privately owned. The case of An Teallach, one of Scotland’s most iconic mountains, highlights the necessity of community-driven finance. The organization It’s Up to Us has raised over £300,000 to fund the repair of An Teallach’s badly eroded paths. This capital was gathered through a combination of public donations, corporate sponsorships, and support from mountaineering clubs. This funding model underscores a critical tension in mountain management: the “free right of access” enjoyed by hill-goers creates a physical impact that the land cannot naturally sustain, yet the responsibility for repair often rests on the goodwill of the hiking community and private donors.

Geological Pressures and Global Terrain

The struggle to maintain paths is not unique to Scotland; it is a byproduct of how mountain belts are structured. Mountains are typically defined by steep slopes and confined summit areas, often occurring in elongated ranges or chains. These characteristics make them naturally susceptible to erosion, as water and gravity pull material down the steep relief. In other parts of the world, seismic activity further complicates terrain stability. In the San Gabriel Mountains of Southern California, the landscape is heavily influenced by the San Andreas Fault. This fault line crosses the range, contributing to the formation of numerous canyons through persistent erosion and seismic shifts. The diversity of these high-relief environments is evident when comparing the Scottish Highlands to the peaks of Los Angeles County: Whether it is the bedrock of the Highlands or the watersheds of the San Gabriel range, the goal of path maintenance remains the same: stabilizing the surface to prevent the surrounding environment from being stripped away.

The Stakes of High-Altitude Maintenance

The necessity of this work extends beyond hiker safety. In regions like the San Gabriel Mountains, these ranges play a critical role in the ecology and water cycle, protecting watersheds that feed vital aquifers for surrounding communities. When paths erode, the resulting soil loss and vegetation damage can disrupt these natural systems. For the workers on the ground, the reward is a mixture of pride and exhaustion. The realization that they are building something that will last for generations provides the mental fortitude to endure the elements. As more people seek escape in the wild, the pressure on these landscapes will only increase. The future of these mountains depends on a precarious balance between public access and the grueling, often unfunded, labor required to keep the peaks from sliding away.