2013년 11월 10일 일요일

부동의 1위! HARVARD GSD

올해도 어김없이 조경학과 디자인스쿨 세계 랭킹이 발표되었다. 두둥~

학사는 매년 오락가락 하지만 대학원은 매년 부동의 1위 Harvard GSD가 차지하고 있다.

눈에 띄는 것은 작년에 부진했던 학교 몇몇이 치고 올라왔다는 것인데...하버드를 이기기에는 역부족이었나 보다.

대학교 Undergraduate
2014School20132012201120102009
1Pennsylvania State University32654
2Lousiana State University11122
3Purdue University73367
4Cal Polytechnic State Uni.7381410
5University of Geogia76341
대학원 Graduate
2014School20132012201120102009
1Harvard University11111
2Kansas State University113848
3Lousiana State University32233
4University of Pennsylvania644511
5Cornell University34495
Find out the top 15 Landscape Schools and rankings for Architecture, Interior Design and Industrial design in Design Intelligence America’s Best Architecture and Design Schools 2014.

2013년 9월 1일 일요일

Vietnam Veterans Commemorative Service Wall: Seymour Australia



Image Credit | Mark Wilson

A Collaboration between Melbourne practices Sinatra Murphy Pty Ltd and AQL Landscape Design transformed the design of the Vietnam Veterans Commemorative Service Wall from a traditional black granite wall with 60,000 gold gilded etched names, to a meaningful visual story that invites an audience beyond those who served. The 85 metre wall is composed of 108 glass art panels that describe Australia’s involvement in the war from 1962 to 1973.

Image Credit | Mark Wilson
Image Credit | Mark Wilson

Sinatra Murphy and AQL presented an opportunity to redirect the original design/construct tender for a dynamic working relationship with the Vietnam Veterans Commemorative Wall Committee, made up of elected members from the Mitchell Sub branch of Vietnam Veterans. The team combined AQL ‘s twenty‐seven years experience in delivering high quality design and construction projects with Sinatra Murphy’s twenty years experience in acclaimed design, public art and community engagement to empower the Committee in the design process and ensure ownership over the final outcome.

Image Credit | Phin Murphy

The wall concept was developed through a series of workshops to establish the parameters of the artwork including size, imagery and composition, colour and texture, and sequence. This framework was resolved in accordance with the designers’ proposal to create a modular system of installation consisting of a precast concrete plinth to accommodate each 1500mm wide, 1900mm high and 25mm thick glass panel and approximately 200 poppies. A number of plinth types were designed to create the serpentine alignment, and the original landscape design was adjusted in response to the wall. Once the size of the ‘canvas’ was established the artwork was developed, approved by the Committee, and prepared for lamination in toughened glass.

Image Credit | Mark Wilson

Image Credit | Mark Wilson
The wall consists of 106 wall panels divided into two parallel lengths, closed at each end with a title panel and another dedicating civilian organisations and personnel. It is a feature in the Vietnam Veterans Commemorative Walk garden sharing a chronological story of mobilisation; the entry and expanding roles of the Navy and Air Force; the battles of Long Tan, Coral/Balmoral and Binh Ba; the TET Offensive; National Servicemen; life at the base of Nui Dat; the tracker dogs; dust‐off and the medicos; R&R; and going home. The imagery from pictures taken during tour is integrated with the 60,267 names of all Australians who served from the Army, Navy and Air Force. A stand alone remembrance panel pays tribute to the 521 servicemen who lost their lives during the conflict.

Image Credit | Mark Wilson

Image Credit | Mark Wilson
Image Credit | Phin Murphy

Vietnam Veterans Commemorative Service Wall | Seymour Victoria Australia | Sinatra Murphy & AQL Landscape Design

IMAGES | Mark Wilson & Phin Murphy

TEXT | Phin Murphy

YEAR | 2013

Parkcycle Swarm


Source: The dirt



What if communities formed new parks when they needed them? What if these parks could be formed by swarms of bicycles? If that sounds like something out of a sci-fi novel, get ready because landscape architect John Bela, ASLA, at Rebar and artist Tim Wolfer at N55 have created Parkcycle Swarm. While this concept has been explored in a few locations in Europe, the team just created four small mobile parks for the Participate public arts festival in Baku, Azerbaijan.


In DesignBoom, they write Parkcycle Swarm “explores the possibilities of the public sculpture, while at the same time raising awareness of cycle-power and green space through a participatory activity.”

San Francisco-based urban design and public art firm Rebar first tested the Parkcycle concept for one of its famed Park(ing) Days. They describe the system as a “human-powered open space distribution system designed for agile movement within the existing auto-centric urban infrastructure.” In their lingo, “Parkcycle effectively re-programs the urban hardscape by delivering massive quantities of green open space—up to 4,320 square-foot-minutes of park per stop—thus temporarily reframing the right-of-way as green space, not just a car space.”

Here’s one instance of the concept in Copenhagen, Denmark:



N55, a Copenhagen-based public art group, sees each unit as modules in a broader system.”The Parkcycle Swarm can be seen as a DIY urban planning tool that is as an alternative to the top down urban planning that dominates most cities in the world. N55 encourage persons to build their own cycles and form swarms and hereby influence their local urban environments.” They even propose certain “formations” for traveling.



According to N55, each bike-park can be designed to fit with local bicycle standards. In their open-source manual, they show how to create one to comply with EU bicycle design standards. They encourage bike-parkers to create their own local standards, too.

See more images.

These types of DIY urban planning and landscape architecture projects appear to be coalescing into a nascent movement. A number of urban design, landscape architecture, and public art organizations are exploring bottom-up concepts. Together, these experiments are being called a range of isms, including DIY Urbanism, User-generated Urbanism, Flexible Urbanism, or Adaptive Urbanism (one non-ism variation is Iterative Placemaking). Clearly, this is just the beginning, and these designers will foment more creative experiments yet.

To explore this world further, check out an upcoming 3-day conference organized by University of California, Berkeley and Rebar called Adaptive Metropolis, September 27-29.

Image credits: (1-2) Parkcycle / Yarat, via DesignBoom (3-8) Parkcycle Swarm / N55

2013년 8월 18일 일요일

STREETMIX : You can create street sections easy and great!!!

So handy and looking great street section making app!!!! and it's FREE!!



This is the sample image I made. You can make and design street sections using this incredible app!! 

2013년 8월 12일 월요일

Urban Forests = Cleaner, Cooler Air





Source: ASLA


Poor air quality has led to an explosion of asthma cases and other health problems among vulnerable populations including children, the elderly, and low-income residents. Each year bad air causes two million deaths worldwide. Also, in the U.S., there have been 8,000 premature deaths from excessive heat over the past 25 years. Urban heat islands, which are caused, in part, by sunlight being absorbed by paved surfaces and roofs, lead to higher surface temperatures, up to 90 degrees. Atmospheric air temperatures are also higher: in the day by up to 6 degrees, and at night, by up to 22 degrees. Vulnerable populations also face greater risks of heat exhaustion. (Source: World Health Organization (WHO) and Heat Island Impacts, U.S. Environmental Protection Agency (E.P.A.) )

Increasing the tree canopy in cities is one way to fight both poor air quality and urban heat islands. Research shows significant short-term improvements in air quality in urban areas with 100 percent tree cover. There, trees can reduce hourly ozone by up to 15 percent, sulfur dioxide by 14 percent, and particulate matter by 13 percent. U.S. trees remove some 784,000 tons of pollution annually, providing $3.8 billion in value. Furthermore, a single large healthy tree can remove greater than 300 pounds of carbon dioxide from the atmosphere every year. In fact, New York City’s urban forest alone removes 154,000 tons of CO2 annually. Through their leaves, trees also provide evaporative cooling, which increases air humidity. Shaded surfaces may be 20-45 degrees cooler, and evapotranspiration can reduce peak summer temperatures by 2-9 degrees. (Source:“Heat Island Mitigation: Trees and Vegetation, U.S. Environmental Protection Agency (E.P.A.) and “Sustaining America’s Trees and Forests,” David J. Nowak, Susan M. Stein, Paula B. Randler, Eric J. Greenfield, Sara J. Comas, Mary A. Carr, and Ralph J. Alig, U.S. Forest Service. )

Some other benefits: Urban forests reduce energy use by providing shade in the summer and wind breaks in the winter, reduce stormwater runoff, remediate soils, and provide animal and plant habitat. Trees have economic benefits: they increase property value. Lastly, trees have positive cognitive effects and may even help improve moods. (Source: “Sustaining America’s Trees and Forests,” David J. Nowak, Susan M. Stein, Paula B. Randler, Eric J. Greenfield, Sara J. Comas, Mary A. Carr, and Ralph J. Alig, U.S. Forest Service; “Does Looking at Nature Make People Nicer?” The Dirt blog and “The Restorative Effects of Nature in Cities,” The Dirt blog)

2013년 7월 29일 월요일

The Incredible Value of Honey Bees in Your Neighborhood

source: The Dirt


In the Chicago area alone, there are over 300 types of native bees. In addition to this bounty of diversity, there’s also the European honey bee, Apis mellifera, which was introduced by European settlers to the eastern part of North America in the early-1600s. Honey bee colonies eventually went feral and spread throughout the eastern colonies. It wasn’t until the mid-1800s that the honey bee finally made it to western North America.

During this time, honey bees became an important part of the U.S. agricultural system. While many native bees and butterflies are important pollinators, they are no match for the honey bee and the sheer volume of pollination that creature can accomplish. At the height of summer a single hive may contain as many as 50,000 individuals. In contrast, many native bees are solitary creatures. Through sheer number, honey bees are then more productive at pollinating our crops. Today, pollinators like the honey bee are responsible for every third bite of food we eat. For example, we couldn’t grow almonds in California without beekeepers trucking in colonies of bees.

If you’ve read about honey bees recently, it’s probably news reports about the rapid decline in their populations and the mystery surrounding the exact cause of colony collapse disorder (CCD). You may have heard about how honey bees are hard hit by pesticides, especially neonictinoids, which have been banned by the European Union for the next two years over worries about the adverse effects to all bee species. Similarly, in the U.S., the Environmental Protection Agency (EPA) is under more intense pressure to regulate these pesticides, as they have recently been sued by commercial beekeepers and environmental groups, which claim that the insecticides clothianidin and thiamethoxam – both neonictinoids – have negative effects on the central nervous systems of honey bees, not to mention other beneficial pollinators.

The United States Department of Agriculture estimates there are between 139,000 and 212,000 beekeepers in the U.S., most of which are hobbyists with 25 hives or fewer. I have a hive in a back yard in Chicago, though not this summer. I went to Washington, D.C. for an internship instead. Most of the beekeepers I know don’t have more than a few hives here and there. But the fact is there are a lot of hobbyist beekeepers, more and more all the time. Chances are, even if you’ve never met me, you’ve seen my honey bees or the honey bees that belong to my fellow beekeepers. Our honey bees have a range of three to five miles from their hive. Our hives are all over the country, on city rooftops, and in suburban backyards.


This growing number of beekeepers contributes to the general population of honey bees, which helps fight a general decline in colony numbers. The number of honey bee colonies in the U.S. has decreased from 5 million hives in 1940 to 2.5 million today, even while the demands on our agricultural system increase. That demand is also local now. With the push for a return to local food systems and community gardens, honey bees are being introduced into neighborhoods. This only helps increase the yield of neighborhood gardens. Bees can help produce more and bigger fruits and vegetables. Honey bees are so worth keeping: honey fresh from a hive is a wonderful thing. Eating locally-produced honey will also go a long way to help seasonal allergies.


After CCD came to light in 2006, beekeepers across the board noted winter losses that ranged from 30 to 90 percent. While losses fell to 21.9 percent for the winter of 2011/2012 — as bees possibly benefited from what was the fourth warmest winter on record — it still remains true that keeping honey bees alive and healthy is becoming more of a challenge.

According to bee experts, most of those winter die-offs aren’t related to CCD, that mysterious ailment in which all the bees weirdly disappear from one’s hive. The vast majority of die-offs have to do with mites, diseases, decreased foraging opportunities from habitat loss, weakened immunity due to generations being exposed to pesticides and poor nutrition, and unfortunately, sometimes, neglectful beekeeping.

It isn’t hard to be a beekeeper, but it does require a lot of time and attention. There’s a lot to know about honey bees, but they are worth the time as they are endlessly fascinating creatures.

Unlike the yellow jacket wasp, the creature honey bees are constantly being mistaken for, honey bees are merely defensive, not aggressive. This is not to say that bee stings don’t hurt — they do — but honey bees would rather collect pollen. They will not bother you if you don’t bother them, they only want to defend their hive and protect their queen.


Getting started with backyard beekeeping can be as simple as ordering all the equipment, a package of bees, and just going for it. But finding a beekeeper to learn from, in addition to reading every book you can before you start, is a better option. Find your local beekeeping club and introduce yourself. Beekeepers love talking bees and share stories of tips, triumphs, and tragedies.

If you can find a place to volunteer and participate in an inspection before you get your own hive, that’s even better. I had the pleasure of volunteering with Chicago’s Garfield Park Conservatory, where I apprenticed under a number of experienced beekeepers before I finally got my own hive. I also took a class with the Chicago Honey Co-op, a fantastic urban apiary that offers beekeeping classes. When you’re ready to become a beekeeper in your own right, check to make sure beekeeping is actually legal in your community.



Want to help bees, but don’t really want to own a hive? There are number of things you can do. Fill your garden, patio, window boxes, and balcony with plants that honey bees and other pollinators love. If you have a garden, refrain from using pesticides. Urban and suburban bees may actually be healthier than rural bees because they aren’t subjected to an onslaught of pesticides. If you see a swarm, don’t panic. A swarm is a good thing, the natural reproduction of a colony. Call a beekeeper who will be more than happy to take the swarm out of your tree and off your hands. Please note, a swarm, despite the scary connotations of the name, is actually quite docile.

In fact, one of the main challenges for a neighborhood beekeeper is the uninformed community member, whose unfortunate first reaction to seeing a hive is to be afraid. Neighborhood beekeepers generally act as ambassadors for their bees, teaching people and reassuring community members that the honey bee is beneficial and safe. When I inspect my hive, it isn’t uncommon for neighbors to watch and ask questions.

The beekeeping resources I’ve included are those known to me in my hometown of Chicago. If you’re a beekeeper elsewhere and know of great resources in your community, please share them in the comments.

This guest post is by Heidi Petersen, Student ASLA, Master’s of Landscape Architecture candidate, Illinois Institute of Technology (IIT) and ASLA 2013 summer intern.



Image credits: (1) Honey bee in Lurie Garden / Heidi Petersen, (2) Back yard hives / Heidi Petersen, (3) Frame of honey bees and queen / Donna Oppolo, (4) Friendly honey bee / Heidi Petersen, (5) Image 5: Learning to inspect at Garfield Park Conservatory / Donna Oppolo, (6) Capped honey frame / Heidi Petersen

2013년 6월 25일 화요일

A road can be more than a road


Source: The Dirt


People rarely dispute that Americans love their cars or that our infrastructure is built around them. However, what to do about these problems is a source of debate. In their book, Creating Green Roadways: Integrating Cultural, Natural, and Visual Resources into Transportation, James L. Sipes, ASLA, and Matthew L. Sipes offer up practical design and construction advice on how we can move beyond basic transportation. Sipes and Sipes, a landscape architect and engineer respectively, haven’t just written a book about roads. As they say in their introduction, they’ve written a book about “pedestrians and bicycle facilities, streetscapes, community character; protecting cultural and natural resources and ensuring creatures large and small can cross the road safely. It is about multimodality, natural processes, and energy efficiency.”

With common language, thorough research and numerous case studies, the Sipes provide the reader with sound arguments for making our roadways green. They define green roadways as highways and roads that are site specific, that respect both the visual character of the place as well as plant and animal life. Green roadways work with a site’s watershed, maintain green corridors, and protect open spaces. It is possible, the authors maintain, to create roads that both meet traditional engineering standards and minimize their impact on the environment. More than that, though, green roadways are about getting people out of their cars – walking, biking and using public transportation.


They contend that the time is ripe for this green conversion, citing quite a few scary statistics: 33 percent of our nation’s roadways are in “poor or mediocre” condition; 36 percent of our major urban highways are congested; and 26 percent of bridges are “structurally deficient or functionally obsolete.” They point to the collapse of the I-35 W bridge over the Mississippi in Minneapolis as an example of what might happen if we don’t make these changes. And not to put too fine a point on it, since the book has gone to press, yet another bridge has collapsed, this time on I-5 over the Skagit River in Washington State.

The number of cars on our roads has quadrupled from 65 million cars and trucks in 1955 to 246 million today, and where in 1970 vehicles in the US traveled 1 trillion miles per year, in 2010 that number had increased to 3 trillion miles per year while the amount of paved roads increased only 1.97 percent. These numbers are staggering, and the basic argument that the Sipes make is that building more roads won’t solve these problems. After all, how will laying down more roadways provide a solution when we can’t maintain what we have? Instead, their book makes a strong case for integrating roads, bridges, trails, walkways and other elements so they become assets, not liabilities. As they say, “roads and highways have such an impact on our communities that we need to start thinking about them in terms of quality of life.”

In urban and suburban areas, especially on local and neighborhood roads, the move should be on “de-emphasizing roads.” They should be narrowed and their visual impact lessened, sidewalks widened, and opportunities for sociability increased. The use of rain gardens and bioswales rather than a reliance on drains also lessens the environmental impact of roads.

Greener roundabouts can be used to slow traffic, and in the case of the roundabout in Normal, Illinois, it was designed as a community gathering places as well as a system for underground storm water collection.

Our interstates can be retrofitted to allow for wildlife crossings, either as land bridges or underpasses, which protect habitat and wildlife populations that live around highways. The authors note that the average cost of repair to a vehicle after a crash involving an animal is $2,900, a figure that certainly makes these changes worthwhile.

Both Sipes, who do believe there is still a place for pleasure driving, especially along the nation’s scenic and historic roads, provide the reader with examples of roads that are done well. They also offer recommendations for protecting the environmental, cultural and historical resources along these roadways.

The authors are dedicated to turning our transportation systems to assets, not liabilities, and have written a book to help guide this transformation.

Read the book.

This guest post is by Heidi Petersen, Student ASLA, ASLA 2013 summer intern and Master’s of Landscape Architecture candidate, Illinois Institute of Technology (IIT)

Image credits: (1) Island Press, (2) Portland Library Streetcar Stop / J. Sipes, (3) Atlanta’s 15th Street / EDAW, (4) Portland Green Street Rain Garden / Kevin Robert Perry, City of Portland, (5) Normal, Illinois Roundabout / City of Normal, Illinois, (6) Proposed Wildlife Crossing / Washington Department of Transportation, (7) Stone Retaining Wall / depositphotos.com, (8) Blue Ridge Parkway Linn Cove Viaduct / Wikipedia Commons

2013년 3월 19일 화요일

Landscapes over time

source: Landscape Architecture Magazine




Courtesy Michael Van Valkenburgh Associates Inc.


From the March 2013 issue of LAM:

By Michael Van Valkenburgh, FASLA, with William S. Saunders

Unlike architecture, landscape architecture evolves (and almost always improves) through time. Its parks and gardens are never complete. Or rather the finished landscape of today is not the finished landscape of many years from now. Landscape architects must more deliberately include in their work predictions of how it will change. Yet few landscape professionals continue being involved in their built works beyond a year or two after opening day. What happens? The site is taken over by natural processes and unplanned human impacts or by its caretakers, who, at least partially, become its new designers, typically with little direction from the original designer. Yet if the landscape architect’s design matters on day one, it matters equally in year five and beyond.



The need for designers’ involvement over time arises because ever-changing plants are the discipline’s primary medium, if not its soul. The growth of plants is not particularly easy to predict in detail. Plants may thrive or decline or die or, almost always, not grow just as you thought they would. Water, soil conditions, insects, surrounding plants, amounts of sunlight, weather, and a lot more affect them. An arrangement of plants that is great when they are small may be poor when they are large. Plants may need to be pruned, added, replaced, or removed. Every gardener knows how much constant care is necessary. And yet too many landscape architects conduct their work as if their attention to plants doesn’t need to go much beyond specifying them.

This noninvolvement can bring surprises for those landscape architects who revisit their “completed” projects or hear about them from others. People have told me that my firm’s Allegheny River Park in Pittsburgh (1994–1998) is in bad shape: falling apart, overgrown with weeds, painted with graffiti. This park was a gift to the city from a private donor. If the city wanted the gift, it did not set in motion a mechanism for overseeing the park’s changes over time. An important element of our redesign of Pennsylvania Avenue near the White House was planting new elm trees that we could find only at small caliper and with limbs that were too low. Had they been limbed up right away, they would have looked silly in front of our nation’s most important residence. Our designed soils helped the trees to grow fast—they “got away from” the Park Service, so it was too late when the trees were finally limbed up; large saw cuts on the lower branches rendered the trees unattractive and vulnerable to rot and disease during the years they will take to grow out. The Park Service learned from this initial oversight and now has a program to raise the lower branches regularly. (In fairness to the Park Service employees, who were great to work with, the “ownership” of that project is highly ambiguous. Such ambiguity often contributes to neglect.)

Neglect or underperformance of landscape management is a massive problem for designed landscapes. The classic case is, of course, New York’s Central Park, which, by the 1970s, was in abysmal shape (documented in Tod Papageorge’s great 2007 photo book, Passing Through Eden). It was rescued, starting in the 1980s, through the enormous efforts of the privately funded Central Park Conservancy. Landscapes very rarely receive an ideal amount of care. The reasons are legitimate: Good care is expensive and requires the kind of long-term planning that is hard to achieve using current management methods. And, whether you are on the recent bandwagon of talking about landscape through the lens of performance, phytoremediation, or infrastructure, or, like me, you care about these issues but also about how parks are experienced, management has to be there in every case. Whether you want to pull nitrogen from runoff water or choreograph the occurrence of chartreuse foliage of new daylilies under the unfolding gray-green leaves of oakleaf hydrangea, your landscape will need enduring care. Maintenance is one of the easiest budget line items to cut, and the unwanted results of those cuts don’t fully show up for years, by which time people have forgotten that cuts had been made. People put their energy into the good deed of creating public parks; keeping them in good shape is much less sexy, requiring patient, routine, never-ending labor.

As you may know, my firm’s Brooklyn Bridge Park was set up, unusually and controversially, to assure its future management with income from new adjacent real estate development rather than from state and city funds. This required us (with Signe Nielsen’s leadership) to predict annual maintenance and its budgets for many years. Such a planning effort—which, like design, requires creative imagination and technical knowledge—is important in all initial project work.

No matter how skilled and artistically inclined horticultural workers are (and they are often extremely talented), they are generally perceived as déclassé, left out of design discussions, and poorly paid. (Since my parents were farmers, and my father went on to oversee the grounds at a ski slope, I find this perception particularly distasteful.) Heaven forbid that a landscape architect should hang out with them, much less join them, wielding a saw or a hoe, fingernails dirty.

The old name for horticultural worker was gardener, a word that connoted a great deal more dignity in the preindustrial world. Perhaps now with the green movement, the local food movement, and the promotion of urban farming, gardening will be honored more. It needs to be. Until sometime in the mid-20th century, seriously designed larger landscapes had gardeners—people who attended to their sites for many years. Peter Walker, FASLA, told me that the modern movement took hold in landscape because the gardener had become an unaffordable luxury. Beatrix Farrand (1872–1959) provided a model for landscape architecture as never-ending gardening. She served as landscape consultant to Princeton University from 1912 to 1943. On that school’s web site, we read, “Farrand preferred to be called a ‘landscape gardener’—not an architect…. The only woman among the founders of the American Society of Landscape Architects, Farrand [believed that] a living landscape—affected by seasons and the passage of time—requires constant attention. Farrand maintained an ongoing relationship with many clients in order to supervise the changes in her evolving canvas. Several times yearly, she strode through the Princeton Campus looking at every tree and bush and giving specific instructions for pruning, planting, and cultivation.” Now I am the landscape architect for the Princeton campus, lucky to have her work and tradition to study and lucky to have a client who supports the earlier collaborative practice of having the landscape architect closely overseeing the evolution of plants.

Standing in the way of conceiving landscape architecture as (to a significant degree) gardening is the widespread illusion that designed landscapes can take care of themselves, since, obviously, the woods of Vermont, the plains of Texas, and the shores of Cape Cod can look beautiful without tending. But designed landscapes exist to meet human needs, and pure nature can’t be counted on or asked to do that. Again, Central Park provides a perfect illustration: Few people realize how much work went and still goes into making it look “natural.” In 1965, in New York’s Greenwich Village, the artist Alan Sonfist put a fence around an abandoned lot, called it Time Landscape, and asked us to reverentially view what nature did with the site. I suppose that in its day this was an important work of conceptual art. But now not only can this landscape not be “inhabited,” it also is truly an eyesore, or worse, not legible as a deliberate thing. It takes untouched natural landscapes several decades to sort out their long-surviving species in a way that might offer appealing visual coherence, and such a time span isn’t available on disturbed urban sites like this—coherence may never exist on Sonfist’s site.

You are much less likely to care about maintenance if you don’t really love plants. And, for me, the most appealing landscape architecture is synonymous with a love of plants. Yes, Piazza San Marco, the plaza in front of the Seagram Building, and other wonderful designed urban open spaces are largely unplanted hardscapes. And plenty of works with plants don’t really embody love of those plants. The classic case, of course, is the American corporate landscape made of sod and trees for the Mow, Blow, and Go approach, designed to require the least possible care. I have never seen a beautiful example of it.

When I first taught at Harvard in the early 1980s, a colleague who had worked closely with Dan Kiley told me that landscape architects need to know only 10 species of trees, 10 of ground covers, and 10 of shrubs—the super-hardy ones. This is like telling writers they can use only 30 words. There is no possibility for subtlety, precision, and richness, but plenty for uniformity and boredom. When the vocabulary of landscape architecture is chosen based only on the need for easy and economical plant survival, it is impoverished.

(What I am not exploring in this essay is the sore subject of money and the tremendously varied structures that do and don’t make it available for maintenance or management—these funds are usually greater with private clients and lesser with public clients, yet in many European cities, public expenditures are significant; college campuses have pastoral traditions that high schools do not; and so on. In calling here for better maintenance with longer landscape architect involvement, I don’t want to kid anyone that the necessary additional money will fall from the sky like manna. What I hope is that spotlighting the bad effects of not spending will make the efforts to secure money a great deal stronger.)

Many justly celebrated contemporary landscape architects and colleagues (such as James Corner, ASLA) hire horticulturists to select their plants (lately these have included the wonderful Piet Oudolf). It is no secret that for years Lawrence Halprin had his planting design done by his employee Jean Walton. (He tried to keep this a secret from me when I visited his office in 1973, refusing to tell me who she was and claiming to make all plant decisions himself.) Leaving plant selection to others suggests a troubling detachment, too great a separation between an idea and its material realization over time. It is no wonder that concern for projects drastically diminishes once, after two or three years following planting, the photographs for the books and magazines have been taken. Life is short; work takes time; excitement and energy focus on the new, the projects in the spotlight of initial design. But this is shortsighted.

Like Matt Urbanski, one of the five principals of Michael Van Valkenburgh Associates, I had a lot of experience on a farm as a kid and there learned to treasure plant life. Lucky me: In my professional life I have found many quite different ways to act out this love of plants. If I were told I had a week to live, I would spend the first day at a tree farm—in fact, the day before I had a recent minor operation I drove to central New Jersey for the pleasure of discussing and selecting trees with their grower Chet Halka, the smartest tree farmer I know.

But carefully selecting plants at a nursery isn’t all—it’s really not even the tip of the iceberg—of what we are talking about here as good horticulture. The gardeners at the proposed never-sunlit site of the new portion of our Teardrop Park in Manhattan told us that we could plant no trees there. But I recalled American beech trees growing as saplings under heavy shade canopies in New England forests—and the gardeners agreed that we could plant beeches that we collected from shady places in the wild. Four seasons later, these beech trees are thriving. The Teardrop gardeners were right: You run a risk when you buy shade-loving trees from the posh comfort of sunny nursery fields—these trees thrive less in shade once they get used to abundant sun.

Other examples: To make sure that the grasses we planted in a Brooklyn Bridge Park salt marsh would thrive, we had them raised in a saline environment. We often have had hard-to-find native plants custom grown so we could use them: We tracked down tiny black cherry trees and had Chet Halka cultivate them. Like most landscape architects, we are now designing plantings that won’t be installed for five years, and some, like multistemmed clumps of trees, are hard to find in nurseries and have to be custom planted now—again, we turned to Chet. Once you forge good relationships with nurseries, you can expand your plant palette beyond landscape architecture’s norms.

If you leave plant management decisions entirely to horticulturists who remain on the site after you, you are surrendering too much of your design. On the other hand, your design will be ill fated if you don’t collaborate with people who know horticulture. Collaboration—this is the unheralded key to management. My friend Betsy Barlow Rogers, Honorary ASLA, a former trustee of Wellesley College and the prime mover behind the Central Park Conservancy and “zone gardening” (in which caretakers take responsibility for manageable sections of larger landscapes), gave me a career-changing wake-up call in the late 1990s. It was she who convinced the Wellesley community that it was “spending down its legacy” by not maintaining the campus landscape well. Working on that campus later on, I went to her to express my frustration with the college maintenance crews because they were not carrying out some of our ideas. She looked me in the eye and said, “Michael, you have to learn how to bend. They have good ideas too. They need to feel ownership.” I had been assuming I could operate from the top down and coerce the gardeners to do everything I wanted. Things just don’t work that way. Not only will caretakers never do exactly what you tell them to; they shouldn’t. They have plenty to teach you. You can’t just befriend them. You have to pick their brains. When they feel respected, they will invest in your projects and make them theirs. The more you cultivate good relationships with all those involved with a landscape, the better future that landscape will have. (I might add that I am in awe of the grounds crews at Wellesley—they stay in touch with us when they want guidance and are dedicated to innovative practices in new landscapes like our Alumnae Valley there.)

One of my firm’s projects dramatically illustrates the need for long-term engagement in maintenance: the Connecticut Water Treatment Facility in New Haven (see “A Watershed Moment,” LAM, August 2011). This case underlines the unpredictability of plant growth. With a wildly low budget ($5 per square foot!) and a client who wanted a low-maintenance landscape, we sowed about 20 species of seeds to create a meadow. Sowing that many species makes sense precisely because one doesn’t know what will thrive—one needs to hedge one’s bets, and even then meadows are startlingly volatile. But we were shocked when, in the first spring, none of these species appeared immediately. Instead, most of the site was covered with lamb’s-quarter, the European weed whose fast-growing seeds had permeated the disturbed soil. We had regraded the site reusing earth dug from up to 60 feet down during the excavation of the treatment facility. In New England, soil from this depth, we learned, is highly alkaline, and this created a soil condition that was friendly to undesirable species like lamb’s-quarter and horseweed. We were called back on the job and determined that a contractor would have to chop off all the lamb’s-quarter heads before they generated seeds. Done just in time, this allowed light to filter down to the emerging meadow seedlings, which eventually dominated.

The clients for the water treatment plant learned to depend on us to undertake long-term dialogues with the site’s well-educated neighbors so that, eight years later, we are back dealing with pruning, community relations, and, we hope, the soil pH, which should begin to be balanced through soil inoculations. The site is just a two-hour train ride from our office, and often we are not paid to visit, but honestly we don’t mind—the clients were brilliant and allowed us and the architect, Steven Holl, to do daring things. We hope to convince the clients to burn, not mow, the meadow annually—burning has much better results. Clearly, significant caring for this site, with or without us, was only beginning on opening day. The original client leaders (along with their memory of the oral agreements we made with them) moved on; we are not sure, but the custom maintenance manual we made gratis for them may be gathering dust.

Good fortune also helps us keep involved in our 2004 Teardrop Park (see “Abstract Realism,” LAM, February 2007) in Manhattan: Our offices are in Brooklyn and the park is at the halfway point on my Sunday morning jog, so I can see how the plantings are changing. And more important, Teardrop demonstrates the importance of dialogues with its caretakers and horticulturists from the design stage on, selecting plants with them and, ideally, designing the soils so they are in sync with the plants. By the time Timothy S. Carey, the president and CEO of the Battery Park City Authority from 1999 to 2005, hired us to design Teardrop, he and his remarkable staff had had enough experience creating parks to know that everyone involved needed to be happily working together even during early design. (During Teardrop’s planning, the client’s maintenance people, who are still there, were at first not that friendly; in the past, they had found designers snotty and uninterested in their input.) This kind of collaboration with maintenance professionals becomes even more important as the responsibilities for landscape are more and more divvied up among specialists scurrying around like the many servants at Downton Abbey. We need to gather and synthesize all their inputs. In our office their ideas become crucial to both our general assumptions and our plant selections.

The attitude at MVVA is that we are not superior to horticulturists; we’re just different from them. Teardrop’s horticulturists challenged us at MVVA: “You can’t put a lawn over there; lawns need at least four hours of direct sun per day, and if you plant trees near that sunny spot, when they get tall with age, the lawn won’t get enough sun. How about planting trees that will stay small forever? How about doing a detailed study of sunlight patterns after the tall buildings are up so you know where you can put a lawn, since, because the park crews are not going to use herbicides, fungicides, or pesticides, you need to know how hard it will be to get a lawn to survive.” They were totally right. We hired not one but two turf experts to customize the shade-tolerant grass we planted, worked with the architect to reduce the height of the planned buildings to let in more sun, grew a custom shade-loving turf, and changed the soils to drain better. Then the horticulturists took over, keeping up aeration to counteract compaction, closing the lawns in winter to let them rest, and carefully managing the mowing regime so the grass did not get tall enough to shade itself out.

I have been suggesting that being engaged in landscapes over the long term depends on having good relationships with their caretakers so that they invest in the project and invite you back. But this is not something to be counted on. The people you have worked with often move on to other places and jobs. New managers have new preferences. Indifference sets in (theirs and even yours). Your old project may be too far away for you to visit (perhaps, for some, in Asia). In an effort to combat these realities, we often provide, without being asked or specially compensated, elaborate maintenance guidelines. The guidelines for our Carnegie Mellon project run 32 pages in an 8½-by-11-inch book.

All signs point to the need for a major structural change in the practice of landscape architecture: Our role in projects should extend well beyond opening day and the last bits of construction. Exactly how long depends on many things. Designers will need to persuade clients that good maintenance is the way to protect their investments and that designers have street cred about the implications of their plant decisions for future care. Longer contractual relationships will meet great resistance from clients who will have to spend more in the short run and from some designers who want to always be focusing on their next project. But both clients and designers who truly care about the long-term quality of their projects will welcome this change. Projects will be defined in fundamentally new ways: They will only begin on opening day. Perhaps—I am only half jesting—there should be two additional opening days, with all the publicity that goes with them: one in five years and one in 10 years.

With longer project engagements would come additional responsibility. No more would it be only the contractor guaranteeing work for a year beyond project “completion.” But professional organizations like the American Institute of Architects have been working to decrease responsibility and liability for their members. Should ASLA and its members undertake an effort to institute appropriate structural changes in our professional contracts (so they are less modeled on AIA contracts)? I think so. If we move closer to knowing how to make landscapes with the magic that comes from wonderful plants, then we can stop the further proliferation of the Mow, Blow, and Go landscapes that everyone knows and no one loves.

Michael Van Valkenburgh, FASLA, is the principal of Michael Van Valkenburgh Associates Inc.

William S. Saunders, LAM’s book review editor, is the recently retired editor of Harvard Design Magazine, author of books on architecture and poetry, and editor of books including ones on landscape architects Kongjian Yu, FASLA; Richard Haag, FASLA; and Dan Kiley.

2013년 2월 27일 수요일

Guangzhou Fangcun Huadi Competition Winners

Source: World Landscape Architects
Written By: Damian Holmes

Image Credit | Rainer Schmidt Landscape Architects

Guangzhou City Government announced that two winning entries were selected for the Guangzhou Fangchun Huadi Sustainable Master Plan competition. The two separate entries selected include the team of Rainer Schmidt Landscape Architects with Guangzhou Planning Design Institute and another entry by West 8.

Image Credit | Rainer Schmidt Landscape Architects

Image Credit | Rainer Schmidt Landscape Architects 

The competition entry covers a site area of 2,050 ha. (20.5km2) with wide landscape and wetland parks and residential development for over 50.000 inhabitants. The former delta with its tradition of horticultural usage will be transformed into an ecological urban landscape.
mage Credit | Rainer Schmidt Landscape Architects

Guangzhou Fangcun Huadi is located in the Guangzhou Western Liwan District, Fangcun region, and between Foshan City and Guangzhou City in China. The site is a 30 minute drive from Baiyun Airport or 10 minute drive from Guangzhou South Train Station.
Image Credit | Rainer Schmidt Landscape Architects

Rainer Schmidt Landscape Architects Concept
The overall site concept is derived from the form and character of the dominant elements of flowers and water. A romantic, dreamy and fragrant city emerges as a new center for the region. The structure comprises one central area and seven urban groups radiating out like the petals of a flower. The site’s green space network links the Foshan ecological corridor, Pearl River ecological corridor and the Pearl River Delta into one connected system. Rivers and streams around the core area flow into and through a new water system designed to clean and filter river water. The centerpiece of the water system is the Huadi Lake and wetlands in the core area. Cleaned water from the system can be used for recreation, within the urban area and the core area, and for irrigation of flower fields and other agriculture. The concept incorporates artificial wetlands and natural wetlands to control flood patterns and intensity.


Flower fields at the expo | Image Credit | West 8

West 8 Concept
The Masterplan vision starts with the introduction of an ecological water system network. Implementing this system will rearrange the land use structure on a large scale. It consists of the main ecological cleaning machine imbedded in locations, a Primary Water Collector System, Secondary Water Connector with Water Locks (Inlets/Outlets) and Tertiary Water Network of Small Scale Ditches (canals) which will be streaming along the gridline corresponding to the Guangzhou and Fushan cities historical axis, the Canton axis.

Images Courtesy of Rainer Schmidt Landscape Architects and WEST 8

2013년 2월 19일 화요일

Artists Project Themselves on the Landscape

Source: the Dirt
Written by: J. Green



Since coming across the work of artist Jim Sanborn, who beams bold geometric shapes against the desert out west, we’ve seen more artists projecting themselves on landscapes — both urban and natural. By altering the backdrop with their light projections, they are creating new works, however momentary.


According to This Is Colossal, a great art and design blog, French artist Clement Briend recently traveled to Cambodia, where he photographed sculptures of Cambodian deities and projected them on urban trees.


On his work, Cambodian Trees, Briend writes: “Cambodian culture is inhabited by a deep spirituality. Their world is inhabited by spirits. In this landscape, a city asleep at night reveals divine figures on trees, allowing their incarnation. At night, we can touch the magic that illuminates Cambodians’ view of the world.”



Briend uses “homemade prototypes” to project his massive-scale images. He says his photographs “match reality and projection, space and surface. They aren’t flat representation of things, but a mirror of our minds.” The projections themselves almost seem perfectly designed for their arboreal manifestation: What would appear flat projected against a wall becomes amazingly voluminous against trees.



Other artists are continuing to project themselves in natural settings. Like Sanborn, another artist, Javier Riera, is beaming wild geometric patterns onto landscape scenes. Unlike Sanborn, he’s using spiral or circular patterns.



Out in the woods, the blog, Beautiful Decay, says Riera’s pieces “distort perception.”



Riera is creating images not unlike Briend’s: they also look like they could have been made by some forest deity.



Lastly, an artistic projection — an installation in Rekyavik, Iceland — by architect Marcos Zotes is called [E]mission. Zotes sees CCTV cameras and people, instead of urban trees or the forest, as the landscape that needs to be lit. He writes: “Surveillance cameras are today a common feature in any urban setting. These mechanisms of control have become so much part of our everyday life, that in a way they have become invisible to us, even if their presence is apparent everywhere. We are constantly being watched and we no longer care.”



Marcos Zotes’ work uses a projector and sensor to change the way we perceive a CCTV camera. “Every time a person passes by, the projector illuminates the camera and the building where it is attached, defining its field of vision. The space also acquires a theatrical quality; it becomes a stage, in which anonymous citizens are made aware of their role in the urban play of the city.”



Image credits: (1-3) Clement Briend, (4-6) Javier Riera, (7-8) Marcos Zotes