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Marshall Lane Elementary Unveils Award-Winning Outdoor Ed Center

 

Marshall Lane Elementary School commemorated the phase one completion of its award-winning Outdoor Education Center Saturday afternoon with a ribbon-cutting ceremony during its Pumpkin Walk and Carnival.

The center offers a hands-on learning environment that inspires children to observe, explore, and experiment with science and nature, according to school officials.  

Designed by architect Hari Sripadanna and principal of Srusti Architects and a school parent, the center also celebrated a design award from the American Institute of Architects Santa Clara Valley in the small design/big impact category for creating a collaborative and innovative learning environment for students. 

Marshall Lane teachers, administrators, and parent volunteers shared the common vision of building the center.

Originally conceived as a simple garden and shade structure, the idea expanded to a broader vision of creating a learning space for students and teachers to enable lessons in life sciences, renewable energy, native plants, and protection of the environment.  

Sripadanna helped envision a concept with drawings and renderings and a means to achieve it, by creating a master plan that was broken down to achievable, smaller phases. 

The physical concepts quickly inspired other parents – Dave Benton (Garden Committee Chairperson) and Denise Garlick (center chairperson), to champion a broader project to fund and create this collaborative learning environment.

The Campbell Union School District also realized that the center would be a tremendous asset and demonstration space for the district. 

“Marshall Lane’s new Outdoor Education Center will provide valuable opportunities for all of our students to experience hands-on science experiments within nature at our own school site,” says Dr. Carrie Andrews, principal of Marshall Lane Elementary.  “Experiential learning allows students to make deeper connections with the world around them first hand. The staff at Marshall Lane is excited for the unveiling and the unlimited opportunities that the learning environment will provide for our students.” 

The school held a variety of activities at the center’s ribbon-cutting ceremony including mini pumpkin decorating, complimentary seed plantings to bring home, and an informational garden booth.

 Yamagami’s Nursery also featured a showcase garden by bringing in plants, trees, and garden decorations, as well as gave the families an option to purchase, at a discount, the plants and materials for the center.

Several school families and friends purchased most of the plants, trees, and decorative items that by the end of the event the center garden was transformed from just dirt to an abundant garden that was planted by the children.  

With phase one completed, the school now has an outdoor classroom for up to 50 students, including an organic garden, shade sail, and paved area, where they will learn hands-on about science and the environment, water conservation, organic gardening, and composting. 

The center will facilitate and support school educational curriculum (California State Content Standards) that connects science and the outdoors, such as our natural resources, water cycle, weather and seasonal patterns, plant and insect anatomy, photosynthesis and pollination.  

“What is most satisfying about the center project is that we were able to elevate a simple functional idea into a bigger concept,” Sripadanna stated.  “It is an honor that the AIASCV has recognized the vision of the center design and its supporting groups. The center will create a big impact not only for the Marshall Lane Community but it could also be a model for outdoor educational environments in the Bay Area. With the opening of the center, students at Marshall Lane will now begin their immersion in learning in a stimulating, dedicated outdoor space.”

Anne Fougeron, FAIA, Fougeron Architecture (one of the jury members) at the AIASCV Design Awards ceremony, said: “We were really appreciative of this kind of grassroots architectural projects that were brought together by the combination of the community and the activism of the architect (involved) to do something that has profound impact on the community and transform the lives of the people that use them.”

Denise Garlick, center chairperson, said, “There was a moment during the site assessment discussion, when the ideas quickly grew beyond the garden into a more life sciences focus. The center would not have been possible without the ongoing support of the Campbell Union School District and the generous donations and commitment from individuals that allowed for creativity and vision in delivering something exceptional for Marshall Lane students.”

A variety of sustainable design elements for the center slated to be completed in the next phases of the project include an organic vegetable garden, sundial, a vertical axis wind turbine, photo voltaic panels, green roof, and rain water harvesting capabilities. The center is devised to be built in four phases in accordance with funding allowances. The funds raised by the Marshall Lane PTA help support the construction of center. Grant funds, in-kind donations, corporate matches and sponsorships are also being considered to defray costs. 

To make a donation in support of the center project, please contact the Marshall Lane Elementary School PTA at OEC@MarshallLanePTA.org.

Is deadly ash disease heading to our region?

Chris Elliott investigates the spread of the sinister ash dieback disease, which is threatening thousands of the region’s trees.

IT’S deadly, and it may be heading our way. Ash dieback, which has devastated huge numbers of ash trees in Europe, has turned up in the East of England. 

The disease, which causes leaf loss and tree death, has wiped out 90 per cent of Denmark’s ash population and has now spread throughout central Europe. It first appeared in our region at nurseries and recently planted sites, such as car parks and college campuses, but has now also been spotted in the wider woodland environment, in Norfolk and Suffolk – and there are fears it will sweep through Cambridgeshire.

Yesterday, as the crisis deepened, Environment Secretary Owen Paterson imposed a ban on imports of ash into the UK, in a bid to stop the disease spreading.  Ash trees make up about 30 per cent of Britain’s wooded landscape and are found in parks as well as in the countryside – and there is concern that they are facing the same fate as the elm, which was devastated by Dutch elm disease in the 1970s.

Cambridgeshire County Council experts are on the lookout for any cases of the outbreak on the county’s extensive agricultural estate, but a spokesman said none had been reported yet. The estate is the biggest in England and Wales, stretching to 35,000 acres (13,500 hectares), with 250 farm tenants.

In Cambridge, the city council’s “tree team” is also on full alert.

Arboricultural officer Kenny McGregor said: “This is a very serious pathogen, just as serious as Dutch elm disease, and we’re very worried that it might turn up in the city. When Dutch elm struck us years ago, streets like Brooklands Avenue, which were lined with elms, lost them all.

“All we can do at the moment is to keep our eyes peeled, but even if the disease appears, we don’t really know yet how best to deal with it.

“East Anglia as a whole has a lot of ash trees, and we have quite a few in Cambridge, such as at Cherry Hinton Hall and Jesus Green.

“If people spot any trees they believe might be infected, they can contact the tree team at the council and we’ll investigate.”

As well as the disastrous impact on the green environment the disease may have, it threatens local wildlife too.

Chris Panter, of the University of East Anglia, said that if ash trees suffer large-scale decline, 60 of the country’s rarest insect species could be at risk of being lost.

He said: “As well as 80 common insects, at least 60 of the rarest insect species in the UK have an association with ash trees – these are mostly rare beetles and flies.

“Ash is also important for many lichens and mosses that grow in its bark, and its seeds are an important food for wood mice.”

Another organisation on standby for any signs of the blight is Cambridge Past Present Future, the environmental charity with stewardship of the ancient woodland at Wandlebury, and at Coton Countryside Reserve.

Carolin Gohler, Cambridge PPF’s chief executive, said: “This is a very concerning situation. We have spoken to the regional headquarters of the Forestry Commission, which is surveying areas around the region, and we’re keeping a close eye on the trees at our green spaces.

“Ash comprises up to 15 per cent of our tree stock at both Coton and Wandlebury. If anyone visiting our sites spots anything unusual, we’d be grateful if they could report it to our team.”

Cambridge’s Botanic Garden also has ash trees. Curator Tim Upson said: “We have about 15 or so species from the US and Asia as well as our native ash. I am not sure if all species of ash are susceptible – but we would start from the premise that they are.

“The potential impact is of course very serious. Ash are important street trees in places, and in parks, but it’s their relatively widespread nature in the wider environment which is most serious.

“There is no cure at the moment, apart from controlling imports, and where there are outbreaks, removal of trees to reduce spread is only realistic on a small scale.”

chris.elliott@cambridge-news.co.uk

Kevin praises grand design for a Sheffield garden designer

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  • From Rooftop to Alleyway, Chicago Fights Extreme Urban Heat With Greener Ideas

    GWEN IFILL: Next, our series on Coping With Climate Change looks at how the city of Chicago is dealing with ever warmer temperatures by trying to cool things down with changes to its landscape.

    We turn again to Hari Sreenivasan, who traveled there recently.

    LUXORA COLEMAN, Chicago: This is your granddaddy. That’s me.

    HARI SREENIVASAN: Fifteen-year-old Janell Coleman only knows her grandfather through the photographs that her grandma Luxora Coleman shares with her.

    LUXORA COLEMAN: What I can remember about 1995 is that my husband passed in his apartment. He was on the couch, and sitting up, and his — his room was extremely hot when I arrived there. And the only thing that was going was a ceiling fan.

    See our full report on how Chicago is buidling a cooler city.

    HARI SREENIVASAN: That July in Chicago, the heat index reached 120 degrees for four straight days. Thousands of residents lost power, roads buckled, and more than 700 people, mostly the elderly and ill, died due to heat-related causes.

    Since then, the city has been working to prevent such a tragedy from occurring again by improving heat emergency warnings and opening summer cooling centers.

    But how can a city control the heat?

    Cities are usually hotter than their surrounding rural areas, because all the buildings and pavement absorb the sun’s heat during the day and keep giving off heat into the night. It’s called the urban heat island effect.

    Here’s a map of Chicago from the city’s Department of Environment. These red built-up pockets are where the temperature is hotter throughout the city. Or look at this satellite view of Phoenix’s night temperatures, where yellow areas are the hottest. The difference between Phoenix and a neighboring rural town is about 11 degrees.

    And making all that worse is the fact that scientists have seen a rise in surface temperature in the last century around the world. By looking at data from urban and rural areas, land and sea, they have been able to account for local impacts, including weather stations near heat-retaining structures.

    That is, they know that Chicago is warmer, and not just because of all those buildings.

    Thomas Peterson is a climatologist with the National Oceanic and Atmospheric Administration.

    THOMAS PETERSON, Climatologist, National Oceanic and Atmospheric Administration: We look at temperature at rural stations and we look at temperatures at urban stations.

    And we see if they are showing the same thing in the long-term trend variability and change. And they are showing the same thing in our record, both in the U.S. record and in the global record. What we find is when we account for the different factors that impact temperature at a location, we see that the temperature in urban sites is warming at about the same rate as temperature in rural sites.

    HARI SREENIVASAN: Joseph Fernando of the University of Notre Dame has been studying the urban climate in both Chicago and Phoenix.

    He has seen the impacts of the heat island effect and says it’s gotten more intense because of the overall global temperature rise.

    JOSEPH FERNANDO, University of Notre Dame: So, that means cities usually have higher temperatures compared to rural, not only due to urban heat island, but also the climatic change. So climate change basically exacerbates the effects at night.

    HARI SREENIVASAN: Fernando says that as earth’s temperature increases, a city’s developed areas will retain even more nighttime heat than other areas.

    How significant is that difference between rural and urban in, say, a city like Chicago?

    JOSEPH FERNANDO: Well, now, here it’s about five degrees. In 1970, it’s about two-and-a-half degrees. So it has doubled up over 40 years.

    HARI SREENIVASAN: This past summer, Chicago once again saw record-breaking high temperatures. According to a climate assessment commissioned by the city, Chicago’s annual average temperature has warmed by more than two degrees Fahrenheit since 1945.

    Unless something changes this trend line, by the end of the century, a Chicago summer could feel like an Atlanta, Ga., summer, and there could be more frequent, longer, and more intense heat waves like that of 1995.

    There also could be more rain, since higher temperatures means less precipitation falls as snow.

    KAREN WEIGERT, Chicago Chief Sustainability Officer: The data there really set the stage for us to think about what solutions could be in place. So, the data suggested things like we will see more high-heat days, more heat events, more rain, more storm events, in the context of an overall change and some warming.

    HARI SREENIVASAN: Karen Weigert is the chief sustainability officer for the city heading up Chicago’s ambitious mission to cool the city down.

    KAREN WEIGERT: We’re in the midst of, right now, a $7 billion multiyear program on building a new Chicago. So we’re redoing and renovating infrastructure throughout the city.

    HARI SREENIVASAN: They’re changing everything from head to toe or, in a city’s case, from roof to street.

    One of Chicago’s most beautiful gardens is one very few people get to see, a 23,000-square-foot green roof that sits on top of City Hall.

    The difference a green roof makes is measurable. That side of City Hall’s roof used to be traditional black, like most roofs.

    On a hot day, when it was 90 degrees out, they came out and measured the surface temperature. It was 169 degrees, vs. this side of City Hall, where they have a green roof, and the surface temperature was 90 degrees, almost an 80-degree difference.

    Michael Berkshire administers green roof projects for the city.

    MICHAEL BERKSHIRE, Chicago Green Projects Administrator: The rooftops are one of the last kind of frontiers that you can really look at, and it’s a significant amount of space.

    HARI SREENIVASAN: Berkshire says the plants on green roofs soak up heat, and keep both the buildings underneath and the air above them cooler. That, in turn, reduces the cost of air conditioning. This roof saves City Hall about $3,600 a year.

    Chicago has 359 green roofs covering almost five-and-a-half million square feet. That’s more than any other city in North America. MillenniumPark is the largest green roof in the world at 25 acres, covering parking garages, a railway, and an opera house.

    MICHAEL BERKSHIRE: What’s interesting about a green roof is that it provides the benefits that can help mitigate in terms of, you know, keeping the temperatures lower.

    But then in terms of the adaptation, we’re going to see more rainfall and heavier rainfall events.

    So the more rainfall you can absorb on site, the less we’re going to overburden that combined storm sewer system.

    HARI SREENIVASAN: So, a green roof not only helps reduce the heat; it also cuts back on storm water runoff.

    To encourage more of them, Chicago has mandated that all new buildings that require any public funds must be LEED certified, or designed with energy efficiency in mind. And any project that includes a green roof in its application gets a faster permitting process.

    Faster permits mean faster move-ins and more revenue. That, combined with energy savings, is the kind of green that incentivizes developers like Jason Westrope.

     

    JASON WESTROPE, Development Management Associates: If every rooftop in Chicago was covered with green roof, the city could save $100 million in energy every year, so there is a direct benefit between the amount of heat energy gained by a building that’s not covered, or protected, by a green roof, and that does translate into cooling costs downstairs.

    HARI SREENIVASAN: Downstairs is 900 Michigan Avenue, a luxury retail, office, and condo building. The green roof was installed because of the city’s incentives, but they expanded it when they realized it was attracting tenants.

    Chicago is also taking the fight to the streets.

    To see one of Chicago’s most ambitious projects, we met Janet Attarian in a downtown alley. She is a project director for the city’s Department of Transportation.

    JANET ATTARIAN, Chicago Department of Transportation: What’s special about this alley is that it has permeable pavement. And what that means is that the pavement is designed to allow rainwater to pass through the pavement and be able to access the earth underneath, so that it can infiltrate into the soils, as it would naturally do if we were in a farm field.

    An alley that has water that’s basically being stored underneath it, as that evaporates, it helps keep the air around it cool.

    HARI SREENIVASAN: Traditional alleys absorb heat, and cast away potentially cooling rainwater. When you realize there are 1,900 miles of alleyways in Chicago, more than any city in the country, you start to see the potential of green alleys.

    Attarian says that the goal is to make complete street systems, from bike lanes to widened sidewalks for increased pedestrian traffic to landscaping that provides shade.

    She also took us to an intersection in South Chicago, a main thoroughfare for trucks coming from around the Midwest and one of the prototype examples of Chicago’s newly engineered streetscapes.

    JANET ATTARIAN: The light bounces off, and also the heat bounces off, if you will, right?

    HARI SREENIVASAN: OK. Yes.

    JANET ATTARIAN: It doesn’t absorb the heat. It’s like when you put on a black T-shirt on a hot day vs. a white T-shirt.

    HARI SREENIVASAN: Literally, between these two lanes, if you put thermometers down for an hour each, they would have a different temperature.

    JANET ATTARIAN: They should have a different temperature. And we actually have a laser that’s pointed at it so that we can measure temperature right at the surface.

    HARI SREENIVASAN: This streetscape is a test bed in many ways. The composition of some lanes is more porous to soak up rain. Other lanes are coated with a micro-thin concrete to reflect more light and keep the street from absorbing so much heat. And the curbs are catch basins, so excess runoff feeds sidewalk gardens, instead of ending up in the drain.

    Moving forward, the city is looking to further understand where the city’s hot spots are. Thermal radar and mapping will allow them to pinpoint where heat is having the biggest impact.

    While all of these efforts may be expensive, Karen Weigert says it would be more costly not to act.

    KAREN WEIGERT: But it really comes down to what do we do today to make sure we’re pointed in that right direction. So there’s an economic value case out there, and there’s also just huge benefits to bring to Chicagoans right now.

    HARI SREENIVASAN: Chicago’s efforts are being studied by cities around the country. They’re still early experiments yet, and it will be years until all the roofs are green or the streets are paved with permeable and reflective materials.

    Until then… 

    LUXORA COLEMAN: This is the fan I use in my bedroom.

    HARI SREENIVASAN: … residents do what they can to stay cool.

    GWEN IFILL: You can see a slide show of some of Chicago’s most impressive green roofs, plus find all of our Coping With Climate Change reports on our website.

    SUPPORT YOUR PBS LOCAL STATION

    How To Do Fall Planting

    By Carol Stocker
    Globe Correspondent
    If you feel like working outside in the glorious fall weather, this just happens to be the best time to plant most trees, shrubs and perennials that are winter hardy, and almost all spring blooming bulbs, as well. They need to start growing roots before winter to put on a good show next spring. Early November is not too late to plant.

    Fall, not spring, is the best season for planting because plants do not have to deal with debilitating heat and drought. In fact natural rainfall is so plentiful that you often don’t need to water. And it doesn’t hurt that it’s the most pleasant time of the year for outdoor projects and that nursery stock is often on sale now. We are programmed to respond to the fall chill with increased productivity, just like those plant roots.

    If you are a beginning gardener, start by planting some ornamental bulbs. These will become the easiest and earliest flowers in your 2013 garden. That’s because bulbs are like little suitcases that have their flowers already packed inside (in embryonic form), so they are guaranteed to produce it least one flower next spring.

    Whether or not bulbs flower in successive years depends upon the type of bulb you choose and and where you plant it. An ideal location is next to a south-facing house foundation at the top of a slope. The house protects the plants from winds, the foundation radiates heat for an early spring start and the slope promotes good drainage longevity. Or plant where you will be able to see the flowers from indoor windows, as they will bloom when it is still cold out.

    Daffodils, hyacinths, crocus and alliums or (ornamental onions) are all easy, beautiful bulbs that can return for many springs. Bulbs like sun, but if your garden is shady, try leucojum, erythronium, camassia, galanthus and wood hyacinths instead. Many Oriental lilies are also shade tolerant, but I would think twice about planting them if the new red lily leaf beetle, which devours them, has arrived in your area.

    If they weren’t so lovely, I would warn you away from tulips, too. They often only bloom their first spring, spouting “blind” leaves in subsequent springs. I think of them as expensive annuals and plant them only three or four inches deep, and then pull up and discard the entire plant after they finish blooming. I also spray them with animal repellent when they are growing in the spring because deer love them and will otherwise nip off their buds so you’ll be left with rows of headless tulips. Most people find that tulips are not worth such extra trouble and expense, but I love them as much as the deer, so I put up with it.

    Plant bulbs with the pointy ends up. You can dig an individual hole for each bulbs. But unless you are dotting them around an already packed perennial bed, it is much easier and looks better if you plant bulbs in a cluster in of five or more in one big hole per grouping. The planting hole should be three times as deep as the width of the bulbs. You can space the bulbs twice their width apart. So smaller bulbs can be planted more shallowly and closely together than larger bulbs.

    I love buying plants and bulbs but I hate digging holes, so here are some of my personal tricks for fitting more plants into fewer holes:

    Layer several kinds of bulbs of different sizes one hole. For instance, plant giant ornamental onion bulbs that are four inches wide in a hole I’ve dug a foot deep. Then I cover them up by filling the hole half way to the top, which in this case means back filling with six inches of soil. Next, arrange a layer of two inch wide daffodil bulbs on this new level spaced four inches apart. Then cover those with three inches of soil and position a layer of inch-wide crocuses above them two inches apart before totally filling in the hole with soil. I use a ruler to measure, but don’t be afraid to eyeball it, since bulbs are forgiving. When you finish planting this or anything else, water immediately to help the soil settle and to initiate root growth.

    I also sometimes combine perennials and bulbs in the same planting hole. The tricky thing about planting perennials or trees or shrubs is to dig to the right depth, which is the depth plant was growing in the nursery container you bought it in. For instance, if you buy a perennial that is in a gallon pot that is nine inches deep, with the soil surface one inch below the rim of the pot, you need to dig a planting hole eight inches deep. This sounds simple, but it is important. If you make the hole too deep and bury the plant’s crown, the spot where the roots attach to the stem, with too much soil, you can kill the plant. Strange as it sounds, roots that planted and buried too deep can suffocate. This is true of trees and shrubs, as well as perennials. The simplest technique to measure the depth of the hole you are digging is to set the pot in the hole. Ten you can see whether you need to back fill or dig deeper before you even take your perennial out of the pot.

    When you get the hole to the right depth, begin widening it. Most plants have roots that grow outward rather than downward, so ideally you should widen the hole until it is three times as wide as it is deep. I position the bulbs in a ring around the bottom of the hole, before I put the perennial plant in the center. This way the bulbs can sprout up around the perennial. If the plant is too low in the hole you can pull it up or out and fill in the hole part way without worrying about covering up or moving the bulbs, which are less fussy about planting depth. Mix the soil you dug out of the hole with organic amendments such aged cow manure, the gardener’s favorite “black gold,” to enrich the soil and improve it’s “tilth,” or texture. Don’t worry about adding fertilizer, which sometimes does more harm than good by disrupting soil organisms. There’s an old gardener’s saying: “Feed the soil, not the plant.” If you focus on improving the soil content and texture instead of just applying fertilizer to the plant, beneficial organisms such as earthworms can flourish and your plants will grow better in the long run.

    Planting now will give you a down payment on spring that will make the long winter ahead feel that much shorter.

    Prepare garden for cold weather

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  • Somerville Garden Q&A: Dry leaf tips and fungus gnats

     
    Q. Why do the tips of some of my houseplants turn brown? Patricia D., Somerville

    A. There are several possible reasons that there are brown tips on your houseplant leaves:Improper watering; be sure to water the potted plant over the sink and let the water run through the soil and out the bottom of the pot. Frequent shallow watering can cause leaf tips to dry out.

    Most houseplants are tropical and are used to heat and humidity. If the home air is dry, spritz the plants with water every few days to add moisture to the leaves and/or run the leaves under the faucet to give them a bath.

    Too much salt build up from soft water or too much fertilizer. If your water is softened, use distilled water for the plants.

    Q. There are these tiny little bugs flying and jumping around my houseplants. I use organic soil, too. What are they, and how do I get rid of them? Patricia D., Somerville

    A. These tiny flying bugs are most likely fungus gnats and are a common houseplant problem. Any houseplant can be a host for the fungus gnats, as adult fungus gnats lay their eggs in moist potting soil and around the plant base. The hatched larvae feed on fungi, decaying organic plant matter, and on plant root hairs. The fungus gnats are native insects and can be found in lawns and garden soil. They generally appear indoors in winter and early spring, as they mostly spend the late spring and summer months outdoors.Using the following control methods can help reduce their numbers:

    Limit plant watering so the soil dries out completely between watering.

    Provide good drainage, and be sure there is no standing water in planter trays to attract gnats.

    Fill a jar just about to the top with vinegar. Poke several small holes in the lid and place the jar near your plants. The gnats will go down the holes, get trapped and drown in the vinegar.

    Place yellow sticky trap strips on the potted soil or near the plants to trap the flying gnats. These can be purchased at your local garden center or hardware store.  

    Put an inch of sand or coffee grounds on the exposed soil to prevent eggs from being laid.

    Don’t leave fresh fruit on counters during warm months, as gnats are attracted to the fruit.

    Screen and caulk leaky windows and doors to prevent gnats from coming into the house.

     
     

    Epcot Origins: Part I – The Garden City of To-Morrow

    “EPCOT will take its cue from the new ideas and new technologies that are emerging from the forefront of American industry. It will be a community of tomorrow that will never be completed. It will always be showcasing and testing and demonstrating new materials and new systems” – Walt Disney

    On October 1, Epcot celebrated its 30th Anniversary and Epcot fans are lusting for more and more information about how it came to be. Let’s take a look at an early influence of Walt’s ideas for E.P.C.O.T.  Earlier this year on WEDWay Radio we did a five part series chronicling the history of Epcot since Walt Disney’s announcement during the waning weeks of his own life. In that exciting film, he unveiled the Florida Project and described the project’s purpose. We get a glimpse into what the Walt Disney Company was planning and likely would have implemented had Mr. Disney not suddenly passed away.

    Photo Copyright The Walt Disney Co.

     

     

     

     

     

     

     

     

     

    In the film, Walt discusses the need for solutions to the problems of postwar America.  One of the problems he saw plaguing society was the need for improvement and redesign of our cities

    Ebenezer Howard’s Garden City

    One of Walt’s influences regarding civic design was an Englishman named Ebenezer Howard.  Howard worked for the British government.  He had actually spent time in the United States during his youth and, in 1902, he would write one of the more important books for 19th century futurists, Garden Cities of To-Morrow.

    Within the book, Howard described a new futuristic design for cities with a goal of combining the comforts of both rural and urban areas.  The entire town was to occupy a 6,000 acre ring with 1,000 acres devoted to the Garden City.

    At the Center of Garden City was to be an actual garden and a public park surrounded by the buildings of the city, including: a theater; a library; a museum; city hall; and concert hall.  Radiating from the center were to be six boulevards that would divide the city into six wards.  Each of the boulevards would have inspiring names like Newton Boulevard and Columbus Boulevard.

    Photo Cornell University

    Over the Garden Center, a large glass structure called the Crystal Palace would protect citizens from the elements while they enjoyed the garden and public park.  This was not an original idea; glass covered structures would be seen throughout the 20th century.  Magazines like Popular Science published sketches of protective glass shelter.

    Photo Copyright Popular Science

     

    Low density housing, parks and schools made up the second ring.  Separating the six wards were the intersecting six boulevards, but running through the center of each ward (essentially making a separate ring) Howard suggested a wide street known as Grand Avenue.  It would be a whopping 420 feet wide, allowing for islands to be built within the street itself if necessary.

    Photo Cornell University

     

    Grand Avenue would be lined with prominent houses on the inner side, and the outer edge would mark the beginning of the Industrial area, essentially turning the street into a buffer between residential areas and industrial areas.  The outer edge of Garden City’s circular design would have factory’s, larger industrial buildings, timber yards and dairy farms.  All of the machinery was to be run by electricity.

    Howard’s ideas were forward thinking.  In the coming decades, England would see population eradication in World War I and physical devastation in World War II. Innovative designs for rebuilding urban cores, incorporating population centers, as well as industrial complexes, would be key to the rebuilding efforts after both wars.

    Walt Disney would introduce E.P.C.O.T. in the 1960’s with his own design based loosely on Howard’s idea of combining the populace with industry in a way that satisfied the needs of both.

    Comparing the Garden City to E.P.C.O.T.

    Like Howard’s design, Progress City would essentially be a ring radiating from a city center.  E.P.C.O.T.’s central city would be climate controlled with a glass roof much like the Crystal Palace of the Garden City.  In Howard’s design, boulevards would lead visitors from the central hub of Garden City. Automobiles were likely to be the big draw on the boulevards (exciting and new in 1902).  The Disney design was over sixty years after Howard’s and in Walt’s mind, automobiles were no longer the grand mode of transportation that they were in Howard’s day, instead they clogged traffic lanes and restrained society rather than liberating it.  So, to create a similar solution, E.P.C.O.T. was to be built with clean electric WEDWay Peoplemovers and monorails.

    Both Mr. Howard’s and Walt Disney’s designs for the City of Tomorrow were attempts to solve problems related to the declining state of cities in England and the United States.

    In a future post I’ll look at another origin to the concept related to Walt Disney’s original idea for E.P.C.O.T.

    Do you think a community where the needs were matched for both industry and the citizens could exist today? Do you think Walt would have designed EPCOT to look like the Garden City?

    The Garden City of To-Morrow was one of the subjects we discussed on episode 114 of WEDWay Radio. We invite you to listen along.

    Cargill Landscapes Memorial Garden for High School

    A Press Release from Newark Unified School District:

    NEWARK – Students, teachers and staff did a double take when they arrived at the main entrance to Newark Memorial High last week.

    Gone were a few scraggly bushes, and in their place was a newly landscaped rock garden commemorating the students who died while enrolled in the school.

    “Thanks to Cargill, garden designer Tina Delucchi and the efforts of our maintenance staff, we now have a quiet and beautiful place where we remember those we have lost,” said Supt. Dave Marken, who participated in a Saturday morning volunteer effort to renovate and re-plant three garden areas on the campus.

    Not only was a new student memorial garden created at the school entrance but a nearby employee memorial was re-planted, while inside the school gates, a large informal walkway at the entrance surrounding the career (counseling) center was re-landscaped.

    “Our Cargill Cares team was glad for this opportunity to make an improvement at Newark Memorial,” said Bret Schuttpelz, Cargill refinery manager. “We care about Newark students and their learning environment. We believe students value their high school experience more if the setting reflects good community values. Improving the memorial garden was one way to help.”

    On Oct. 20, seven members of the Cargill Cares team — a committee of employees who volunteer at four or more community projects each year — gathered at the school to work. They were met by Tonya Connolly, maintenance supervisor for the District and Delucchi. For three hours, together they raked weeded, picked up trash, spread new gravel pathways, and planted flowers and shrubs.

    When the job was done, more than 2,000 square feet adjoining the library/counseling center was re-landscaped.

    “We give all the credit to the spirit that makes great communities,” said Marken. “Our maintenance staff pitched in on overtime — and did all the heavy lifting (literally).  Under Ms. Connolly’s direction, they moved the memorial rocks and some very large and heavy concrete planters.  We couldn’t have done this job without them.

    “We also are deeply indebted to Tina Delucchi Landscape and Garden Design of Fremont.  She and her staff did a fabulous job — on a pro bono basis — and arranged a nice discount from Regan Nursery for the materials.  But, of course, most of the credit goes to Cargill which initiated the project, purchased the materials and supplied most of the volunteer labor.

    “This was a truly successful project,” said Delucchi.  “We had a lot of constraints:  limited hours to prepare the site and do the plantings, a limited budget, and plants and walkways that could tolerate not only drought and wind – but also teenagers! 

    “It all worked together, I think because of the generosity of spirit that everyone shared.  It was truly a joy.”

    Editor’s note: This report was lightly edited for AP Style.

    ——
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    Library of American Landscape History turns 20

    By Carol Stocker
    Landscape architects and historians from around the country converged on the Boston Athenaeum Saturday night to celebrate the 20th anniversary of the Library of American Landscape History, the foremost publisher in the genre, which is headquartered in Amherst. The non-profit has published a cannon of 26 books on the history of landscape design in this country, working with the University of Massachusetts Press. They include the award winning “A Genius for Place: American Landscapes of the Country Place Era,” by Robin Karson, LALH’s founder and executive director, who briefly addressed the gathering.

    Also in attendance were Iris Gestram, executive director of the National Association for Olmsted Parks in Washington, director Mark Zelonis of the Indianapolis Museum of Art, Bob Cook, former director of the Arnold Arboretum, Meg Winslow, archivist for the Mount Auburn Cemetery, and Lee Farrow Cook of the Frederick Law Olmsted National Historic National Park Service site, named Fairsted.

    Nancy Turner, the LALH’s founding president, was honored. “I met Robin when she came to write about my Fletcher Steele garden,” recalled Turner in an interview. The famous Boston landscape designer had had an office on Louisburg Square, but had retired to Pittsford, N.Y., near her estate, and created his last garden there for her. Karson documented it in her great book, “Fletcher Steele, Landscape Architect.” Written shortly after Steele’s death in 1971, the book documented many of his gardens before they were lost. Steele gardens were generally high maintenance and seldom survived their owners, “but Mabel Choate preserved her Naumkeag,” said Turner. She referred to the The Trustees of Reservations’ Steele garden in Stockbridge, famed for its series of white Art Deco staircases and waterfalls framed by birch trees..

    Turner now lives in Connecticut. Does her own Pittsford garden still exist? “I don’t know. I never went back to look. There has been a tremendous increase in the cost of maintenance.” She smiled. “Gardens are like sand castles. It survives in Robin’s book,” she said as she flipped though the book’s pages, which featured photos of her well planted granite staircase, orchard, and a series of terraces that led to a round reflecting pool. “It’s very quiet, a placid place that reflected the final year of Fletcher Steele’s life.”

    It was after completing this survey of Steele’s rapidly vanishing gardens that Karson decided there needed to be an organization that published books on American historical landscapes. She was able to start one with Turner’s support, and has kept it going for 20 years, during which she has assembled the most important authors of books on landscape architecture in this country.

    New books include “Community by Design; The Olmsted Firm and the Planning of Brookline,” by Elisabeth Hope Cushing, Roger G. Reed and Boston University professor Keith N. Morgan, who was at the party. After designing Central Park, Olmsted deserted New York for Brookline, which had proudly anointed itself “the richest town in the world.” Little has been previously published on the importance of Brookline as a laboratory and model for the Olmsted firm’s work. This book will detail how his son and namesake saw the town as a grounds for experimenting in the new profession of city planning.

    It will be followed next year by a study of another important locally based designer. “Arthur A. Shurcliff and the Making of the Colonial Williamsburg Landscape,” by Elizabeth Hope Cushing, will spotlight this under-appreciated force in the Colonial Revival house and garden movement. His projects included aspects of the Charles River Esplanade, the Franklin Park Zoo, and, at the end of his life, the iconic gardens at Colonial Williamsburg.

    Next year will also see the LAHL’s publication of “The Best Planned City in the World: Olmsted, Vaux, and the Buffalo Park System,” by Francis R. Kowsky, cq writing about Buffalo, N.Y. “We try to focus the study on individual places,” explained Karson. It will be the first in a series edited by Ethan Carr called “Designing the American Park.” Another new series will deal with environmental design.

    Interest in the history of American landscape architecture has blossomed in the last three decades, said Carr at the gathering. He linked it to the resurgence of interest in New York’s Central Park and it’s history. That park, which sunk to an all-time low in the 1970’s, is now in the best shape of its history, thanks in part to LALH board member Elizabeth Barlow Rogers, the founder of the powerful Central Park Conservancy.

    Boston’s Emerald Necklace, another Olmsted masterpiece, has also enjoyed rejuvenation and scholarly attention. The Frederick Law Olmsted Papers Project will soon publish Volume Eight of Olmsted Sr’s letters, dealing with the 1880’s when the Emerald Necklace was created, said Carr, who is the editor.

    The U. Mass professor is also the editor of one of LALH’s prizewinning books, “Mission 66: Modernism and the National Park Dilemma.” And what is the dilemma? “Too little money, too many visitors,” said Carr succinctly. “And too many cars.”