• information kiosk where current projects at AGRIscapes and throughout the 530-acre Kellogg Ranch will be highlighted
  
• self-guided and docent led tours through AGRIscapes, introducing projects and concepts and components of sustainability
• classroom and wet laboratory where individuals and groups can study and learn in a lecture and hands- on laboratory sequence
• resource center and library for teachers offering information and materials that can be used in the classroom to enhance agricultural and environmental literacy
• an informal outdoor learning area for demonstrations, concerts, and lectures
• environmental and agriscience experiment stations where visitors can explore such phenomena as water movement through the soil, plant root system development, and the measurement of climate and weather conditions
• a cropping demonstration showing the food components of a popular food product, such as pizza or hamburgers
• California farm store
• nursery specializing in landscape materials demonstrated at AGRIscapes

Residents of Southern California live on the edge of a desert, but over the years have adopted the landscape "strategy" of a much wetter climate, using frequent irrigation to meet vigorous water demands, with resultant huge volumes of landscape waste materials. At the present time, water is imported for hundreds of miles at great expense to meet the water demands of the State of California. Paradoxically, most home owners, municipalities, and business and industry rely on landscapes that are water, fertilizer, and energy consumptive, require significant maintenance, and generate more than 6 million tons of waste each year, nearly one-third of the residential waste stream disposed of in local landfills.

Educating the public to the problems associated with our landscape behavior is a critical step in the process of facilitating change. Many people would welcome a landscape alternative that will lower their water bills and reduce the maintenance required in the yard if the alternative was practical, functional, and attractive. If this change results in less material to be disposed of in landfills and/or diverted to composting programs, this becomes an added benefit for the entire community and the State.

AGRIscapes will offer hands-on, interactive education about resource conservation with an emphasis on water, plant, and soil interactions. The educational field plots, gardens, and displays will highlight

• the use of reclaimed water
• sustainable plant materials
• composting and mulching
• efficient irrigation systems and water management
• fire-resistant landscapes
• endangered plant species
• plant materials use by native Americans
• horticultural therapy for the handicapped
• energy savings potential of appropriate landscapes

Adjacent to the public demonstration sites will be a research area with an applied orientation. This element will support faculty and student research and will enable the project to support the knowledge base needed for long-term resource conservation planning and planting for Southern California.

"Integrated" Waste Management. Smart Policy with a Full Toolkit

When it comes to waste: "Everything has to go somewhere." In the old days (before 1950) people dumped waste wherever they wanted, without much thought. They put it in the oceans, they threw it in landfills without covering it up, they burned it in smoky backyard incinerators.

Today, we've gotten a lot smarter, giving a lot more thought to people's health and a clean environment. Now, we take an approach called "Integrated Waste Management" - It's made up of five strategies, because different approaches are best for different kinds of waste. It's like a carpenter's toolkit - you need more than one kind of tool to do the job right. 

In waste management, the most important tool is Source Reduction - or preventing waste to begin with. It's the favorite strategy for anyone who really cares about the environment. And it's usually the least expensive choice, too. At the bottom of the list is Landfilling, because everything else higher up on the list provides some benefits greater than just throwing things away. But for some materials, landfilling is still the best alternative, at least while we're learning to get better at things like source reduction and recycling. Roughly in order of preference, the five strategies are:

1. Source Reduction
2. Composting
3. Recycling
4. Incineration
5. Landfilling

1. Source Reduction
How do you keep from making waste? First, Don't buy what you don't need. Second, Buy recycled products. Third, Re-use things or find a new home for them, instead of throwing them away.

Bring a canvas bag for shopping. Repair stuff instead of throwing it away, and take care of it so it doesn't break in the first place. Use rechargeable batteries - that's especially helpful, because "source reduction also means reducing the toxic dangers of material we throw away," and most batteries are quite toxic.  

Another very important way of preventing waste: "Buy things that are recycled". When you buy paper, ask your stationary store for recycled paper. Buy used furniture and fix it up instead of paying a lot more for new things. That way, you're not just getting some thing, you're gaining a skill in fixing things. 

And sometimes - not all the time, but very often, source reduction can be personally satisfying. Sometime, when you're at the mall, try NOT buying anything at all. Think twice: perhaps you don't REEEALLY need all that new stuff in the first place

2. Composting
Composting turns organic things - like grass clippings, food waste, twigs and brush - into rich organic soil. Nature does this all the time - it's nature's way of recycling things, through natural decay. With the right kind of waste "organic materials", and the right amount of "water", and making sure the compost pile gets plenty of "air", you can make good compost in a couple of months, right in your back yard. Some cities and businesses compost their own waste, on a very large scale.

3. Recycling
We all know about recycling that happens in our homes and workplaces and schools. But when we put recycling material in a box for someone to take away, it doesn't end there. It has to be collected, sorted, cleaned up, and reprocessed back into new products. Most important of all is the really key part that YOU play in the whole process - someone needs to BUY the newly recycled products that have been made from the stuff you put in the recycling box. That's called "closing the loop." So remember: "You're not really recycling unless you're BUYING recycled"

4. Incineration
Today, the amount of waste being burned incinerated (or burned) is less than in years past. But many think it will go up again in years ahead, for two reasons. First, incineration back in the 1950s used to be pretty smoky and polluting, so it was banned in most cities. People just threw garbage in a container in their backyards and lit it on fire. Today, incineration is only done in centralized plants using advanced technology. The burning chamber is completely sealed, the burning temperature is high, so everything burns well, and there are many filters and controls, so there is no smoke. The left-over ashes are about one-tenth the amount of the original waste, so much less goes to a landfill.  

The second reason why people might use incinerators more in the future. The heat can produce energy, by creating steam that turns a generator to make electricity. With current incinerator technology, you can produce energy from trash with less pollution than producing the same amount of energy from traditional fuels like coal

5. Landfilling
A landfill is where things go that can't be recycled or composted or incinerated. It has an important use. It may be the last choice, but it's a necessary one, and today's landfills are very, very different from dumps of the past. Today they have very thick liners; any liquid seepage is collected; and often the gas is used to make electricity, or even to run clean-running natural-gas trucks. And there's a lot more that makes them different from the past, including inspections to screen out any toxic wastes, and good landscaping, so a landfill doesn't have to look any different from a natural hill in the landscape. 

The Puente Hills Landfill just a few miles from Cal Poly Pomona, happens to be one the biggest working sanitary landfill in the whole United States. Most people drive right by it, at the intersection of the Pomona Freeway (60) and the 605 freeway, and they don't even know it's a landfill.

A number of other landfills in the Los Angeles area are also now operating but will reach their capacity in coming years, and will have to be closed.