On the unrealized project, Raimist writes: “Noguchi designed this playground for a portion of the United Nations complex on the East River in New York. The project was to be privately funded and located on property given a special international diplomatic designation. Nevertheless, Robert Moses (the authoritarian director of public works for the City of New York) was able to get the project canceled. Moses was Noguchi's arch-nemisis in NYC having ridiculed his design for Play Mountain back in 1933. He continued to thwart any public park of Noguchi's design from ever being constructed in New York. I believe Moses criticized this design as 'dangerous' and little more than a 'rabbit warren'.”
A UN playground is anything but for children and innocent play, it would seem.
And Raimist has also uploaded a photo showing models of Giacomettian playground equipments, again designed by Noguchi. Devoid of any humans, it looks like a surrealist tableau, as desolate and unnerving as a de Chirico landscape.
One wonders, then, if Noguchi intended his playgrounds to be the perfect environment to rear sophisticated aesthetes and connoisseurs of world culture.
Or did he secretly scheme to turn the children of UN diplomats into psychopaths? Is the UN playground a “rabbit warren” for budding dictators? “Post-war Modernist landscapes turned me into a despot,” they would say during trials at the International Criminal Court.
Meanwhile, there are also images of another unbuilt project, the Memorial to the Dead of Hiroshima, which Raimist discusses in threeexcellentposts. Go see.
We return again to the surface of the sun, whose radiant energy has been parabolically concentrated onto a patch of turf somewhere in California.
From what we can gather, the photo above blazed through a sizeable portion of the interweb last month. And in all the blogs and forums where it was posted, there was one common point of departure for all of the discussions: that the photo depicts the constant and often catastrophic confrontation between Landscape and Architecture, with the former clearly loosing to its “foe.”
Obviously, we will digress.
The overriding narrative here isn't “architecture gone wrong” or “landscaping gone wrong”, and it's definitely not “building architecture vs. landscape architecture”. And certainly no one is reenacting psychotically disturbed periods of their childhood, involving ants and a magnifying glass. No one, too, is attempting to infuse in the workplace a sense of domesticity, collegiality, community and patriotism by infrastructurally facilitating American-style barbecue picnics.
In actuality, both architect and landscape architect are paying homage to Ancien Régime garden design. Specifically, with their purposefully programmed failures — Landscape as a water-guzzling lawn in hydrologically-challenged California; Architecture positioned in a gas-guzzling solar orientation — the two have conspired to create dazzling arabesque parterres.
Blackened curlicues. Charcoaled guillochés. The nearly dead and the really dead resolving into patterns of rosettes and sunbursts. Grassless geometries, muddied or parched and cracking. The Tuileries gardens etched in full scale by Apollo.
Of course, we cannot really talk about parabolic façades without briefly mentioning The Temple at the University of Illinois Urbana/Champaign. Housed inside this campus building are the various studios, faculty offices and main offices of the Departments of Architecture, Landscape Architecture and Urban Planning. And for three excruciating and glorious years, it was our de facto home.
Of interest here is its west side. Although not that apparent in the photos above, in person, it's noticeably parabolic. And not only is it curved, but it's curved to a more southwestern orientation. In other words, during the steamy Midwestern summer months, that part of the building—a whole side made entirely of glass—faces the sun during the hottest part of the day.
Call it a greenhouse with AC, and we won't object.
Meanwhile, we're not sure if “sustainability” had made its way into department curricula when it was built over ten years ago, but now that it has, the building must now seem to the faculty as the worst building to teach “green practices” in. Or maybe it is, since here is a perfect example to use to illustrate solar orientation and climate design, key concepts in old school regionalism, which if properly considered and taken advantage of, you can probably save a lot on heating and coolings bills before you even think about wind turbines and green roofs.
What this image is, we don't know. That is, we know what the labels say, that it is a graphical map of E8, “one of the largest and most complicated structures in mathematics,” but our minds instantaneously turn into primordial ooze trying to comprehended even a single aspect of it.
Nevertheless, it's perfect as a paving pattern, perhaps the centerpiece of a new urban plaza. Some will be lulled by its supremely logical order and resolved geometry, serenity in complexity.
Just as likely will many be empathetically pulled in and then violently ejected by its swirling patterns, while those unfortunate enough to reach the center will be gravitationally pulled down, like James Stewart taking a Hitchcockian plunge into the cinematic canvas. Or like Michelangelo's Campidoglio in its determination to affect the movement and experience of the user.
Everyone will try to make sense of it, even consult Wikipedia; but realizing that it is of absolutely no help, they will inevitably stop trying to understand it.
And then a future Dan Brown will come along. Possessed by madness and in hermeneutics overdrive, he will decipher this bit of the built environment. In his mediocre but megablockbuster book, he'll explain to everyone that it was designed by a rogue sect of Opus Dei, illustrating the supradimensional family tree of Jesus and his demi-god offsprings. It's the all-seeing-eye of the Divine.
Winners of the ASLA 2007 Student Awards have been announced. Filtered through the jumble of thematic threads on Pruned, one remains.
It's the entry by Bret C. Wieseler, from the University of Minnesota, Minneapolis. He writes: “(In)Security explores a new design vocabulary in direct response to the climate of fear and paranoia that currently drives the program and aesthetic of much contemporary urban design. The project addresses the current and future state of security in and around the Wall Street financial district, creating viable security alternatives while simultaneously questioning our nation’s current philosophy that security = freedom.”
“Four security barricades were conceived. By creating thresholds into and throughout the district, (In)Security sets the tone for the experiences within this walled city. During the design process, archaic and contemporary methods of fortification were researched. Forms were explored as a result of the hybridization of the two. Each barricade is an investigation of both fortification and subversion; designing for the defense of each checkpoint, while simultaneously attempting to undermine it’s perceived raison d'être through a means of confrontation, provocation, or absurdism.”
There are other projects that are equally great and worth mentioning here, but for those, you'll have to visit the ASLA website.
1) On The Void. There's an “enormous hole in the Universe, nearly a billion light-years across, empty of both normal matter such as stars, galaxies, and gas, and the mysterious, unseen 'dark matter.'”
2) On the universe, again, or at least half of it. It's the landscape architecture of the cosmos in stunningly huge and beautiful images.
These are some of the reasons why we like Grasscrete®.
1) Grasscrete® can make for a fantastic alternative to traditional municipal stormwater management.
In urban areas, stormwater management system usually involves collecting and disposing stormwater as efficiently and quickly as possible. Once “run-off” is generated by sidewalks, streets and parking lots, it is immediately conveyed to storm sewers and then to discharge points. When there is a major storm event, large volumes of water get funneled out in a relatively short amount of time.
In non-urbanized areas such as woodlands and farmlands, however, there are three ways for the water to drain off the land: (a) by simply flowing out on the surface; (b) by infiltrating the soil and seeping into the groundwater; and (c) through evapotranspiration. During a similar major storm event, what doesn't get sucked in and evapotranspirated by the vegetation takes its sweet good time leaving.
To simplify things a bit here, let's take an empty flowerpot. It's our metaphorical city--all hardscapes, all impervious surfaces. Pour a bottle of water into it, and the water drains in a torrent in seconds flat, making a watery mess on your table and floor. If the table and floor are metaphorically your downstream neighbors, then they would all have drowned.
Pour the same amount into a pot with soil and plants, and the water will trickle out over a longer period of time. There might still be a watery mess, but that will be manageable.
What makes Grasscrete® a fantastic alternative, then, is that it mimics the condition of the second scenario. It decreases the amount of surface area taken up by hard paving as well as the area of land served by storm sewers.
But most importantly, it can mitigate the destructive force of floods.
2) Grasscrete® can save lives.
See the last sentence in #1.
3) Grasscrete® can save you money.
See the last sentence in #1.
4) Grasscrete® can save you lots and lots and lots of money.
Most new developments require extending sewer lines beyond their current limit. This obviously costs money. And maintaining it again costs money. But by allowing stormwater to seep into the ground, Grasscrete® may preclude the need for new drains and detentions. If sewers are built nonetheless, Grasscrete® can theoretically divert all the rainwater away from the sewers, thus reducing wear and tear and minimizing maintenance cost.
Moreover, with less severe floods, levees and other flood protection may no longer be needed while existing ones would require less repairs.
In some major metropolitan areas, such as Chicago, billions and billions (and billions) of dollars have been spent to construct huge underground tunnels to temporarily store stormwater. There are still neighborhoods in Chicago that flood, even after mild thunderstorms. Perhaps a less monumental, less costly system should have been considered.
5) Grasscrete® can reduce pollution and improve water quality.
Roofs and streets are full of shit, literally. Rainwater that may or may not already be corrosively acidic will surely turn toxic the minute it hits pavement.
And where does the water end up? In our rivers, lakes and drinking water.
Since Grasscrete® has a vegetated void that can be planted with hardy phytoremediating grasses rather than the standards, it may filter out some of the pollutants.
Of course, for these phytoremediating grasses to clean the run-off, the water needs to sit still for a bit, something that you don't want on the streets. In which case, super-phytoremediating transgenic grasses will be used instead.
6) Grasscrete® can improve the quality of life.
See #1-#5.
Additionally, not only is it aesthetically beautiful, or at least less of a strain on the eyes than huge swats of Wal-Mart asphalt, the reintroduction of vegetation into former concrete jungles should counteract the urban heat island effect.
7) Grasscrete® looks utterly vampiric. Landscape on a rampage, sucking the concrete out of buildings, highways and dams. It's the anti-Architecture kudzu reigning supreme in the Edenic Apocalypse.
First, from the U.S. Bureau of Alcohol, Tobacco, Firearms and Explosives comes the Fire Research Laboratory, the “first facility dedicated to aiding criminal fire investigations.”
The lab is so huge, New Scientist tells us, that it can fit “a three-room apartment or even a two storey office building, all beneath the world's largest stainless calorimetry hood for measuring the heat output of fires.” There, “engineers study ignition methods, the causes of electrical fires, the speed at which items burn and the way flammable liquids affect a fire's spread.”
With 3675 Americans killed in 2005, “more than all natural disasters combined,” everyone strives for precision and accuracy. “When recreating a fire, the engineers and craftsman are faithful to the original right down to the furnishings. The total amount of combustible material is crucial. If a room had bundles of laundry tossed on the floor, it is carefully replicated.”
Next is the Tsunami Wave Basin, housed in a “hangar-size building” at Oregon State University in Corvallis.
It is “seriously big: 49 metres long by 26.5 wide by 2.1 deep. It is the largest and most sophisticated wave tank in the world, and the first dedicated to tsunamis.”
A major question is exactly what impact tsunamis can have on coastal structures and sediment. So in July, researchers built miniature model of a coastal town along a sloping “beach” at the edge of the basin. They are now setting up experiments to measure the resulting forces as the water hits the shore, and to test whether buildings of certain shapes, such as cylinders, might be better than others for withstanding a tsunami.
One wonders if Architecture for Humanity has signed up for some wave time to better improve their anti-tsunami projects.
You then let it loose. And fortunately for all Japanese cities, it will not topple down skyscrapers and stomp on Hello Kitty; this monstrous stillborn love child of Godzilla and ThyssenKrup will actually help your home and cities avert major disasters. It will improve the quality of your life.
If you see it surfacing offshore and rumbling onto the beach, soon aftewards you will fear no more hurricanes and tsunamis. Children will come running down the streets to greet it as if it were the ice cream truck, because they know that they will no longer be in danger of getting burnt alive in the middle of the night. Everyone will deem it of monumental importance that virgins will be sacrificed along its path.
Is your seaside town in danger of succumbing to the waves, soon to be underwater in the next decade, if not next year?
Is your quaint vacation beach cottage getting swept away by migrating sand dunes?
Has the government finally realized that funneling billions of dollars to build sea defenses is truly a waste and that the good money of good tax payers everywhere can be better spent somewhere else?
Are you going to become a climate change refugee?
If so, and yet you still want to preserve both your house and seaside community, Mark Smout and Laura Allen, or Smout Allen bibliographically, have the solution. Specifically, there is their proposal for a retreating village, as described in their utterly marvelous contribution to the Pamphlet Architecture series, titled Augmented Landscape.
“The coastal village of Happisburgh in North Norfolk is falling into the sea,” the authors tell us. It's a victim of rising sea levels, climate change and government inaction.
While other villages would simply pack everything up and leave, never to return, the duo imagines a condition between flight and colonization, between temporary settlement and permanent retreat, all the while inhabiting a perpetually shifting edge.
“Our proposal for a retreating village of small houses and streets is deployed in the disintegrating territory between the sea and the land. The village reacts to predicted rates of retreat, as much as five meters per year, by sliding and shifting to safer land. To achieve this the scheme employs a mechanical landscape of winches, pulleys, rails, and counterweights, mimicking techniques for hauling boats from the waves. It also adopts [from a millennia's worth of garden and landscape design?] an architectural language of impermanence, of permeable screens, loose-fit structures, and cheap materials that complement and contribute to the nature of the restless landscape.”
In this migrant village, houses are “mounted on steel and concrete skits that allow each house to be dragged” using “pulleys that are anchored in the landscape and attached to the frame.”
Additionally, each one will be accompanied in their slow, nomadic journey with “three-dimensionally woven geotextile bags” that not only reinforce the surrounding soil but will also be used as “allotments for prize-winning vegetables” or “a personal space for sunbathing.”
Immediately one wonders what it would be like to live in a village with a “twitchy attitude,” one that's constantly repositioning and reconfiguring, literally exposed to topography, geography and climate without the stability traditionally afforded by the home.
No solid ground but the unceasing performance of slow disaster. Though you'll still have your house and the sublime view of the sea.
