Organic-Lock

Redwood Square, designed by @swagroup, is built for daily use. OLSA pathways provide a durable, permeable surface that supports constant foot traffic while integrating with the landscape. organic-lock.com/case-study/red… #LandscapeArchitecture #OrganicLock #OLSA

At Redwood Square, the ground plane had to perform within strict root protection zones. OLSA pathways provide permeability, durability, and flexibility, adapting to layouts shaped by existing trees. Photo: Bionic organic-lock.com/case-study/red… #LandscapeArchitect #OrganicLock #OLSA

Redwood Square, Sunnyvale, a public plaza structured around existing redwoods, utilizes Organic-Lock Stabilized Aggregate for its pathways. Root protection zones dictated the ground plane design. organic-lock.com/case-study/red… #LandscapeArchitecture #PublicSpace #OrganicLock #OLSA

Join our Lunch & Learn to explore real project applications for Organic-Lock Stabilized Aggregate (OLSA), design considerations, and installation best practices: organic-lock.com/webinar #OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture #CampusDesign #PublicRealm

At MIT, a former service corridor was transformed into a green campus pathway using Organic-Lock Stabilized Aggregate (OLSA) for a permeable, durable surface that improves drainage, accessibility, and long-term performance. organic-lock.com/projects/massa… #LandscapeArchitecture

Organic-Lock Stabilized Aggregate (OLSA) supports ADA accessibility while contributing to LEED-related goals such as stormwater management, recycled content, and heat reduction. organic-lock.com/compliance #LandscapeArchitecture #SustainableDesign #GreenInfrastructure

Organic-Lock Stabilized Aggregate (OLSA) provides a natural-looking, permeable surface that supports long-term performance in high-use campus environments, like Kenyon College in OH. organic-lock.com/projects/kenyo… #LandscapeArchitecture #CampusDesign

Covey Ranch Trail, an agricultural site is now a 1.5-mile recreational loop made for walking and cycling. Organic-Lock Stabilized Aggregate (OLSA) provides a natural, permeable surface supporting durability and accessibility. organic-lock.com/projects/covey… #LandscapeArchitecture

Organic-Lock Stabilized Aggregate (OLSA) is designed for multiple applications, including pedestrian paths, bicycle routes, tree installations, and light vehicular access. organic-lock.com/product-specif… #OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture #LandscapeDesign

High-traffic public spaces need pathways that perform. Organic-Lock Stabilized Aggregate (OLSA) delivers permeability and durability. Join our Lunch & Learn webinar to learn more: organic-lock.com/webinar #OrganicLockStabilizedAggregate #OLSA #UrbanDesign

Organic-Lock Stabilized Aggregate (OLSA) systems are designed to be installed with precision, starting with a well-compacted subgrade and continuing through controlled placement and curing. organic-lock.com/installation #OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture

Organic-Lock Stabilized Aggregate (OLSA) provides a permeable, low-maintenance surface suitable for both pedestrian and bicycle traffic at Blue Bird Apartments in Chattanooga. organic-lock.com/projects/blue-… #LandscapeDesign #OutdoorDesign #ResidentialLandscape

Pathways at Civic Center Community Conservation Park are designed with OLSA to support both public access and environmental education. organic-lock.com/projects/civic… #LandscapeArchitecture #SustainableDesign #GreenInfrastructure #PermeablePaving

Organic-Lock Stabilized Aggregate (OLSA) supports pathway systems designed to work with natural site conditions. #LandscapeArchitecture #LandscapeDesign #PermeablePaving #SustainableDesign #StormwaterManagement #HardscapeDesign organic-lock.com/design

Installed at Harvard, MIT, and Brooklyn Bridge Park, Organic-Lock Stabilized Aggregate (OLSA) delivers permeable, erosion-resistant pathways while maintaining a natural surface. Learn more: organic-lock.com/webinar #OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture

Angel Park and Magical Garden in North Philadelphia reimagines an underused site as an accessible community park. Organic-Lock Stabilized Aggregate was used for permeable, ADA-accessible pathways. #OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture #CommunityDesign

Green stormwater systems are often evaluated on performance metrics — but long-term success comes down to maintenance and clear responsibility. #LandscapeArchitecture #Stormwater #GreenInfrastructure #ClimateResilience mdpi.com/2673-8945/5/4/…

Organic-Lock Stabilized Aggregate (OLSA) is used across campus pathways, heritage sites, zoos, Indigenous lands, and natural trails where durability, accessibility, and environmental sensitivity matter. #OrganicLockStabilizedAggregate #OLSA #LandscapeArchitecture

Landscape architecture plays a measurable role in urban resilience. Public space can manage heat, absorb stormwater, restore habitat, and still function as everyday civic infrastructure. earth.org/sustainable-pu… #LandscapeArchitecture #UrbanResilience #ClimateAdaptation

Designed by James Corner Field Operations, the Presidio Tunnel Tops uses Organic-Lock Stabilized Aggregate for wide, accessible trails within a highly visited urban landscape. organic-lock.com/projects/presi… #OrganicLockStabilizedAggregate #OLSA