Back

Discover CALS

See how our current work and research is bringing new thinking and new solutions to some of today's biggest challenges.

Share

Cornell Botanic Gardens recently completed a project designed to make Cornell’s large and complex campus easier to navigate.

A series of 23 pedestrian wayfinding signs now connect North Campus, the Arts and Ag Quads and Cornell Botanic Gardens along Beebe Lake and nearby trails. With directional signs in place, Cornell Botanic Gardens’ Beebe Lake natural area is now more accessible and its walkways can be better utilized to join adjacent campus areas. The project represents the first pedestrian implementation of the university’s signage and wayfinding master plan.

Botanic Gardens staff worked closely with University Landscape Architect David Cutter to implement the new signs, with an eye toward sustainability. Sign posts were fabricated from locally sourced locust, a naturally weather resistant alternative to chemical-laden pressure-treated lumber. David Russo ’82, J.D. ’85, provided the funding for the project.

“Pedestrian wayfinding is especially important in less celebrated parts of the campus, and in areas adjacent to visitor destinations, such as the new Martin Y. Tang Welcome Center,” Cutter said.

The signs, located at walkway intersections and on heavily trafficked paths, direct pedestrians to destinations such as the Herbert F. Johnson Museum of Art, North Campus living centers and to Cornell Botanic Gardens areas, including the Nevin Welcome Center and surrounding gardens. The new signs provide wayfinding along Judd Falls Road and in specialty gardens, making it easier to explore the natural beauty that is distinctive to Cornell University.

Keep Exploring

Several red 'Crimson Beauty" raspberries hang from green leaves and stems.

Report

Relevance Raspberry and strawberry production in the United States is concentrated in California and Florida, where climate variability and rising costs challenge long-term sustainability. Demand for locally grown fruit is increasing, creating...
  • Cornell Cooperative Extension
Charles Midega (left) and Roy Odawa display the Kontiki kiln they modified to make biochar from human feces. Credit: Rebecca Nelson

News

Cornell researchers and Kenyan partners have developed a fertilizer made from human excreta. The product improves soil health and food production, while preventing pollution in informal settlements and the aquatic environment.

  • Ashley School of Global Development and the Environment
  • Global Development Section
  • Agriculture