This project is unique because of its status as a pilot project to help establish nutrient pollution trading parameters
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The project includes stream bank stabilization, riparian buffers, and bio-retention (bump-outs) to achieve nutrient and sediment reductions
LandStudies designed and constructed a 17-acre floodplain restoration project that addresses the many needs of the campus
The goal of the project was to reduce non-point source pollution, including sediment and thermal pollution
The project includes improved circulation and enhancements to the outdoor learning center
The planting was part of the stream channel and floodplain restoration, creating functional wetlands in the restored floodplains
Using natural channel design techniques LandStudies developed a design that created a stable channel and floodplain configuration
LandStudies used a comprehensive approach to evaluate specific problems within the Cocalico Creek watershed
The green master plan included proposed church and associated uses with special attention to create a unique and natural environment
A natural areas master plan identified management strategies to return the natural areas to vibrant, sustainable, native plant communities