Roaring Fork Club Cabins
- Award Year: 2022
- Award Category: Residential Design
- Award Designation: Merit Award
- Client: Roaring Fork Club
- Location: Basalt, Colorado
Twenty years after the founding of The Roaring Fork Club, leadership turned attention to an underutilized fifteen-acre parcel of its campus to both expand their residential offerings and on-site employee accommodations.
Located near Basalt, Colorado, with proximity to both Aspen and Snowmass Village, the Club is a private golf, fishing, and family gathering community that prioritizes mountain living. Planning and design for the cabins leverages views and access to natural resources.
The Landscape Architect curated a compelling concept informed by feedback of various Club stakeholders, including Sales and Marketing, Operations and Maintenance, and individual homeowners. Recognizing the undeveloped nature of the property, three-dimensional renderings were key to communicating the future transformation.
While the Architect developed three distinct cabin footprints, the Landscape Architect held the critical responsibility of determining the location, configuration, layout, and access each. In doing so, the Landscape Architect achieved a setting where landscape served as priority.
Utilizing digital terrain modeling, the Landscape Architect dramatically sculpted the existing flat landscape into one that considered viewshed and audible impacts. When considered in concert with thoughtfully placed vegetation clusters, the design blurs the boundary between built and natural environments.
Technical studies, conducted in both sectional and three-dimensional modeling, led to the reuse of the new pond’s export to create an undulating landform – running north-south, while expanding and contracting – to achieve an effective sound barrier.
While the placement of several cabins leveraged the “beachfront” of the existing pond, the remaining required an equally compelling setting to achieve similar values. By reappropriating existing water rights, a centralized pond offers a new visual and recreational amenity.
The Landscape Architect developed a framework of context-sensitive plant communities – meadow, riparian, mixed forest, and cultivated gardens – that embraced the valley’s alpine setting and responded to the program and needs.
In lieu of designing out from each cabin, the team reversed the approach, designing inward from the parcel’s boundary. Stitching together the individual program elements, the design approach prioritized how the edges of the property would blend into its surrounding.
As one near each cabin, the meadow transitions into usable lawns and perennials that serve as an extension of the wrap-around porches. Weaving throughout the landscape in a holistic manner, the design achieves both individual spaces and a unified expression.
The plan incorporates stream courses, pathways and footbridges that enable residents to engage with natural elements. While unimpeded access for fishing is integrated along the edges of both ponds, riparian areas feature supplemental plantings of dogwoods, willows and sedges.
The lack of existing trees posed a significant risk whereby new plantings could appear unnatural and/or out of scale. As such, a mixed canopy of aspen and spruce offers a cohesive “lid,” and provides critical shade along pond banks.
Three distinct stream courses exit the Club’s existing pond, threading around individual cabins, and spilling into the new centralized water feature. These streams enable all residents to both hear the natural resource which buffers noise from the nearby highway.
As one of the largest developments recently built within the Roaring Fork Valley, the project illustrates how landscape architects can serve in critical leadership roles in realizing such significant transformations and placemaking endeavors.
Through a unique blend of disciplines that blurs the edges between landscape architecture, planning, and golf course design, the design expands its car-free campus, replaces flood irrigation methods with high-performing water strategies and minimizes waste via on-site cut/fill strategies.