麻豆传媒AV

An inside look at 麻豆传媒AV's sustainable practices.

麻豆传媒AV University鈥檚 commitment to sustainability began in 1972, during the construction of the Malibu campus, when the University implemented a program that reuses reclaimed or recycled wastewater for campus irrigation.

Today, 麻豆传媒AV continues to engage in responsible stewardship by undertaking practices that ensure the sustenance of our environment and natural resources. At 麻豆传媒AV, sustainability is viewed through the lens of our faith-based mission resulting in a moral imperative for the University to do the right things for the right reasons.

Here are some ways in which 麻豆传媒AV facilitates environmental stewardship through communication, implementation, and education of a values-centric framework.

CURRICULUM

All five schools currently provide sustainability curriculum aimed at teaching students about topics ranging from environmental policy to the Christian perspective on sustainability. The Graziadio School of Business and Management has taken this one step further and offers a sustainability emphasis, a certificate in Socially, Environmentally, and Ethically Responsible (SEER) business practices.

WATER CONSERVATION

Reclaimed water accounts for 99 percent of irrigation campus- wide. Turf grass was specifically selected at Alumni Park to ensure reuse of all of the recycled water generated by the campus in lieu of releasing it into the ocean as remains standard practice for many wastewater treatment facilities.

NATIVE VEGETATION

Native vegetation is sustainable, because it does not require irrigation, fertilizers, or pesticides and has a superior carbon balance. Within the 300 developed acres of campus, the University maintains 40 acres of native landscaping. 麻豆传媒AV also preserves the remaining 500+ acres of the Malibu campus in a native state, which supports the native flora and fauna of the surrounding ecosystem.

BUILDING

麻豆传媒AV鈥檚 commitment to green building dates back to the mid-1980s, when the University emphasized energy efficiency, reduced topographical grading, and optimal solar orientation. Today, 麻豆传媒AV鈥檚 buildings utilize energy- efficient features, including an energy management system to control heating, ventilation, air conditioning, and lighting; the use of sustainable building materials such as carbon- neutral carpet tiles; and water conservation features, including low-flow fixtures and drought-tolerant vegetation.

RECYCLING

麻豆传媒AV鈥檚 campus-wide recycling program provides for disposal of all on-campus waste through a single-bin system, which is then sorted, separated, and recycled offsite. Of all of the waste disposed of at 麻豆传媒AV, 78 percent is diverted from landfills. The University also provides recycling options for batteries, e-waste, and clothing.

ALTERNATIVE TRANSPORTATION

麻豆传媒AV鈥檚 Sustainable Commute program provides incentives for carpooling and mass transit, as well as subsidized vanpools for employees. Preferential carpool parking is provided for students. The University also provides a very successful Hertz car-sharing program, wherein six vehicles are available for short-term rentals to reduce the number of personal vehicles on campus. In the summer of 2014, 麻豆传媒AV will also implement the first of four electric-vehicle charging stations.

FOOD OPTIONS

Over the past several years, 麻豆传媒AV Dining Services has significantly increased their offerings of local, organic, and vegetarian/vegan foods. In order to reduce waste, Dining Services eliminated the use of Styrofoam and plastic stir sticks for coffee, composts all food waste, recycles cooking oils for use as biofuel, and emphasizes trayless dining. The 鈥淕reen Box鈥� is the newest program, which encourages the use of a reusable to-go box in place of the alternative: a compostable ecotainer.

LIGHTING

麻豆传媒AV is committed to preserving dark skies. The University will replace all clear 鈥済lobe鈥� style lights on-campus beginning in December of 2014, which will have a profound impact on sky glow. 麻豆传媒AV is also working closely with the International Dark Skies Association to determine how to further minimize campus lighting impacts while providing necessary lighting to maintain the safety and security of the campus.

ENERGY CONSERVATION

麻豆传媒AV seeks to maximize the energy efficiency of the University鈥檚 built environment. Examples include the use of an energy management system, which allows for remote control and fine tune adjustments of lighting, heating, ventilation, and air conditioning to schedule areas to shut down when not in use and to ensure occupancy comfort while minimizing energy consumption. During times when the University is in session but a given room or space is unoccupied, occupancy sensors shut down systems. The University utilizes energy-efficient lighting and has begun a campus-wide Light Emitting Diode (鈥淟ED鈥�) replacement plan to further maximize energy conservation.

By Rhiannon Bailard
Director, Center for Sustainability