Acadia University Stabilized Pathways
What began as a peaceful walking route through Acadia University’s Harriet Irving Botanical Gardens had slowly turned into a maintenance headache. Each time heavy rain swept in off the Atlantic, sections of the decomposed granite pathway would wash away, leaving ruts, loose stone, and uneven footing. For a space designed to invite visitors into a calm, natural landscape, the constant erosion was both a safety concern and a distraction from the gardens’ beauty. The university needed a way to protect the path without losing the organic look that made the gardens so special.
PRODUCT SELECTION
With Nova Scotia’s climate delivering frequent and often intense rainfall, the team knew a traditional fix would not be enough. Asphalt and other hard surfacing options were ruled out immediately. They would have changed the character of the gardens and conflicted with the natural, soft-edged design of the space. The solution had to lock the aggregate in place, stand up to storms, and still look like a simple gravel path. ROMEX D7000, a rock dust stabilizer designed for pathways and public spaces, emerged as the ideal choice. It offered the right balance of strength, permeability, and natural appearance that the project team was looking for.
PROJECT LOCATION
PROJECT NEEDS
The core challenge centered on water. Nova Scotia regularly experiences strong storms and heavy downpours, from daily weather systems to the remnants of hurricanes traveling up the coast. These events had been stripping away decomposed granite and stone dust, especially on steeper sections of the path. The material would migrate downhill, leaving bare patches, divots, and high maintenance demands. At the same time, the pathway needed to remain accessible and durable enough for service vehicles like tractors and golf carts. The client required a stabilized surface that could resist washout, support vehicle traffic, and still preserve the natural look of a loose aggregate trail.
PROJECT SOLUTION
The team began with a test. They applied 9 units of D7000 to a trial section of the pathway, focusing on one of the problematic sloped areas. After installation and curing, the site faced exactly the kind of weather that had caused trouble in the past. Multiple heavy rainfalls swept through, yet the treated section showed no signs of washout. By the next day, service vehicles were able to drive over the stabilized path without leaving ruts or damage.
Confident in the results, the team expanded the use of D7000 to other vulnerable slopes. In total, the project covered approximately 10,000 square feet of pathway, with 2,000 square feet stabilized in the initial stages and more added over time. Installation was carried out by the on-site staff at the Harriet Irving Botanical Gardens, with Acadia University as the client. Brackish Design of Saint John, New Brunswick, served as the landscape architect, and Stone Depot in Halifax supplied the ROMEX product.
Even in shaded areas where curing conditions were less than ideal, D7000 performed reliably. The stabilized surface kept the aggregate in place, reduced ongoing maintenance, and preserved the natural, informal character of the gardens. Encouraged by the success of the test area and subsequent phases, the team has continued to treat additional sections of the pathway with D7000, building a long-term solution that stands up to storms while keeping the gardens looking the way they were meant to be experienced.
Stabilized pathways in an organic, high-traffic area
Wolfville, NS, Canada
2025
Acadia University
Commercial
