The Saddleback Arboretum Trail will promote a pedestrian-oriented academic environment, balancing the car-centric campus by enhancing outdoor circulation and socialization of the Saddleback Community. This is a map of the suggested area.
Native and water-wise landscaping will provide a naturally shaded environment to reduce our carbon footprint and heat-island effect, reducing campus energy costs, and be an example of a sustainable college campus, while creating jobs and internships for Saddleback students and graduates. You can be part of this project by making a donation.
WALKING & BIKING TRAIL
for cyclists, runners, walkers, prams, skateboards, tricycles
6 Ft. wide PEDESTRIAN TRAIL
Suggested material: Decomposed Granite @ $10 per lineal foot of trail
6 Ft. wide BIKING TRAIL
Suggested Material: Permeable Concrete Paving @ $36 per lineal foot of trail
- No puddles
- Wide variety available
Estimated cost per linear foot of parallel walking/biking trail, including curbs: $42
Click here for information about the suggested plants to be used
California Native Shade Trees, Xeric And Water-Wise Landscape Plantings
- Accessibility for pedestrians and cyclists
- Reduce automobile traffic & create a pedestrian –oriented academic environment
- Create a Student-centric learning environment
- Outdoor classrooms for faculty and student enrichment
- New focus on healthy outdoor circulation and socialization area for students faculty and staff
- An Opportunity for easy, free fitness on campus!
- Reduce urban 'heat island' effect: create shaded trails, reducing microclimate temperatures during summer, stabilize temperatures in winter, yielding electricity savings.
- One study estimates that the heat island effect is responsible for 5–10% of peak electricity demand for cooling buildings in cities.
- Shaded surfaces may be 20–45°f (11–25°c) cooler than the peak temperatures of unshaded materials.
- Trees and vegetation lower surface and air temperatures and can help reduce peak summer temperatures by 2–9°f (1–5°c).
- Trees and vegetation are most useful as a mitigation strategy when planted in strategic locations around buildings or to shade pavement in parking lots and on streets.
- Source: epa website
- Offset carbon footprint and more
- Reduce energy use
- Improve air quality and lower greenhouse gas emissions
- Enhance storm water management and water quality
- Reduce pavement maintenance - tree shade can slow deterioration of street pavement, decreasing the amount of maintenance needed.
- Improve quality of life
- Source: epa website
- Trees clean the air: increased oxygen from native and low-water-use plants and trees
- Trees absorb co2 during their growth process
- Re-create Saddleback to balance the car-centric campus with academic pedestrian environment
- To serve the community and provide an example of a sustainable college campus