Trailways & Greenways

Park trail and pathway design balances accessibility standards, sustainable materials, drainage, wayfinding, and connectivity to community circulation networks. Width, surface material, and slope are governed by intended use and ADA requirements — ADA minimums are 60 inches for shared-use paths, 36 inches for secondary, with 5% maximum running slope and 2% cross slope.

Primary park pathway surfaces:

• Asphalt — durable, ADA-compliant, moderate cost. Self-performed by Byrne & Jones.
• Concrete — highest durability, ADA-ideal, highest cost.
• Permeable pavers — stormwater management benefits, moderate maintenance.
• Engineered aggregate — natural aesthetic, lower initial cost, ongoing maintenance.
• Crushed stone — budget option, limited accessibility.

Many communities specify 8–10 foot widths for primary multi-use trails. Drainage must address both trail surface drainage and watershed impact on adjacent vegetation and amenities.

Byrne & Jones Parks Construction self-performs asphalt and concrete trail systems across the Midwest. Cross-division synergy with our asphalt paving and concrete divisions means trails get installed by crews who do nothing else for a living — not by general contractors subbing out the work.

Yes. Midwest native plant landscaping establishes with less water, requires minimal fertilization after establishment, supports pollinator and bird habitat, and delivers measurable long-term maintenance cost reductions versus conventional turf. The strongest results come from hybrid designs that combine native areas with mown play and gathering zones.

Modern park design integrates native species selected for the regional ecosystem — Missouri prairie natives differ from Illinois oak savanna natives, which differ from Ohio deciduous forest natives. Local native plant nurseries source appropriate species and provide establishment guidance.

Where native landscaping fits naturally:

• Buffer zones along trailways and greenways.
• Stormwater management areas — bioswales, bio-basins, rain gardens.
• Slopes and erosion-prone areas.
• Pollinator gardens as programmed amenities.

For parks pursuing LEED certification, SITES (Sustainable Sites Initiative) credits, or watershed-specific stormwater compliance, native landscape integration contributes documented credits. Byrne & Jones Parks Construction integrates native plant design through our landscape architecture relationships during master planning.

Permeable surfaces — pervious concrete, permeable asphalt, and permeable pavers — allow rainfall to infiltrate through the surface rather than running off. They work well in park parking areas, low-traffic pathways, and overflow circulation zones where stormwater management is a specified design priority.

Permeable surface applications have grown substantially as municipal stormwater regulations tighten and watershed-based planning becomes standard. Parks are good venues for permeable installations because traffic loads are moderate and maintenance capacity typically exists.

What’s required for permeable to work:

• Engineered sub-base with adequate void space for infiltration.
• Underdrain connection for overflow management.
• Quarterly vacuum cleaning to prevent surface clogging that reduces infiltration over time.

Permeable surfaces contribute to LEED SS credits, SITES certification, and local stormwater mitigation requirements. Cost premium versus conventional impervious asphalt or concrete typically runs 10–25%, but delivers long-term regulatory compliance and watershed benefits.

Byrne & Jones self-performs permeable concrete and asphalt installation. This matters because permeable installation is technically demanding and the final product’s performance is directly tied to installer discipline — not something to leave to a low-bid subcontractor.