Showing posts with label design. Show all posts
Showing posts with label design. Show all posts

Wednesday, March 25, 2009

Robotic Chair that cannot be destroyed

The Robotic Chair is an apparently practical and generic wooden chair with the unique capacity to fall apart and put itself back together. This chair has the familiar form of those used to furnish schoolrooms. Yet it is not like any other chair. It is a chair with an obsession: it is perpetually falling apart and getting back together. Behind the chair´s veneer of wood is a custom robot designed to locate its other chair components and reassemble itself. For no apparent reason the chair will fall apart and crash to the floor. It then transforms into a robot and begins to step off any parts it may have fallen on top of. Once clear, the robot is able to drive about the floor in search of its parts. The chair sees through an external camera and is able to locate its legs and back. Once located it docks with its parts and secures them in place. When all the components are attached the chair stands up and the cycle begins again.

The Robotic Chair’s obsession with falling apart and putting itself back together is an insistence of its constancy, its coherence, its identity, and its trust-worthiness, in a word, its object-hood. As a work of art, The Robotic Chair expands the sense of real space and real time in which objects are experienced. It reconciles technology and art before the viewers’ eyes.

Tuesday, March 24, 2009

The Nordpark Cable Railway, Innsbruck, Austria


It's difficult to say what's more breathtaking: the four railway stations that Zaha Hadid designed, which climb from the Innsbruck city center up the Nordkette mountain, or the Alpine landscapes along the route.

The stations—double-curvature glass shells that seem to hover above concrete platforms—were conceived with particular care toward the specific topography and surroundings of each location. To achieve each one's unique appearance of a flowing ice formation frozen in place, Hadid studied glacial moraines and ice movements.

(via Time.com)

Friday, March 20, 2009

Benefits of green building


The built environment has a profound impact on our natural environment, economy, health, and productivity.

In the United States alone, buildings account for:
• 72% of electricity consumption,
• 39% of energy use,
• 38% of all carbon dioxide (CO2) emissions,
• 40% of raw materials use,
• 30% of waste output (136 million tons annually), and
• 14% of potable water consumption.

More statistics on the built environment in the U.S. and the growing size of USGBC membership and LEED are available in our Green Building by the Numbers document.

Benefits of Green Building

Environmental benefits:

  • Enhance and protect ecosystems and biodiversity
  • Improve air and water quality
  • Reduce solid waste
  • Conserve natural resources

Economic benefits:

  • Reduce operating costs
  • Enhance asset value and profits
  • Improve employee productivity and satisfaction
  • Optimize life-cycle economic performance

Health and community benefits:

  • Improve air, thermal, and acoustic environments
  • Enhance occupant comfort and health
  • Minimize strain on local infrastructure
  • Contribute to overall quality of life

( via US Green Building Council)

Thursday, March 19, 2009

Grow your own home with ecoarchitecture


"Ecoarchitecture" may sound like a Buck Rogers vision of an ecologically-sustainable future, but that future is now thanks to the guidance of Tel Aviv University Professors Yoav Waisel and Amram Eshel. The concept of shaping living trees into useful objects -- known as tree shaping, arborsculpture, living art or pooktre –– isn't new. But scientists are now ready to use this concept as the foundation of a new company that will roll out these structures worldwide.

Pilot projects now underway in the United States, Australia and Israel include park benches for hospitals, playground structures, streetlamps and gates. "The approach is a new application of the well-known botanical phenomenon of aerial root development," says Prof. Eshel. "Instead of using plant branches, this patented approach takes malleable roots and shapes them into useful objects for indoors and out."

A Scientific and Commercial Partnership

The original "root-breaking" research was conducted at the Sarah Racine Root Research Laboratory at Tel Aviv University, the first and largest aeroponics lab in the world. Founded by Prof. Waisel 20 years ago, the lab enables scientists to conduct future-forward and creative research that benefits mankind and the environment.

Commercial applications of the research are being developed by Plantware, a company founded in 2002. TAU and Plantware researchers working together found that certain species of trees grown aeroponically (in air instead of soil and water) do not harden. This developed into a new method for growing "soft roots," which could easily turn living trees into useful structures.

Completing the informal collaboration between Plantware founders and the university, the company's director of operations, Yaniv Naftaly, holds a degree in life sciences from TAU.

An Eco-Positive Abode

It's even possible that, in the near future, entire homes will be constructed with the eco-friendly technology. An engineer by trade, Plantware's CEO Gordon Glazer hopes the first home prototype will be ready in about a decade. While the method of "growing your own home" can take years, the result is long lasting and desirable especially in the emerging field of green architecture.

Prof. Eshel's team is also working on a number of other projects to save the planet's resources. They are currently investigating a latex-producing shrub, Euphoria tirucalii, which can be grown easily in the desert, as a source for biofuel; they are also genetically engineering plant roots to ensure "more crop per drop," an innovative approach to irrigation.

Source: Tel Aviv University

(via physorg.com)

Tuesday, March 17, 2009

Norman Foster: Building on a green agenda



Architect Norman Foster discusses his own work to show how computers can help architects design buildings that are green, beautiful and “basically pollution-free.”




Monday, March 16, 2009

The deepest step well in the world










Chand Baori is a famous stepwell situated in the village Abhaneri near Jaipur in Indian state of Rajasthan. This step well is located opposite Harshat Mata Temple and is one of the deepest and largest step wells in India. It was built in 9th century and has 3500 narrow steps and 13 stories and is 100 feet deep. It is a fine example of the architectural excellence prevalent in the past.

Monday, March 2, 2009

Why must architects prove their worth?


You can currently buy two rival sets of Alfred Hitchcock films on DVD. One includes such masterpieces as Strangers on a Train and I Confess; the other boasts Psycho , The Birds and Vertigo . You might ponder why there are two sets, and what principle of selection is involved - but just look at the logos: one box contains films Hitch made for Metro Goldwyn Mayer, the other films for Universal. Long after his death and his acceptance into the pantheon of the greatest directors who ever lived, Hitchcock is still at the same time a studio property whose films are assets of today's MGM and Universal.

This brings me to the beautiful Kaufmann Desert House in Palm Springs, designed by Richard Neutra in 1946 and currently up for sale. With its clean low linear form set against desert mountains it actually resembles the modernist house at Mount Rushmore in Hitchcock's North by Northwest. But that's not why I've dragged in the master of suspense. Rather, the way the sale of the Neutra house is being promoted raises the same questions those boxed sets do about art and pragmatism.

Christie's is auctioning the Kaufmann Desert House as a work of art, hoping to redefine what was recently considered a derelict building ripe for demolition into a $25m (£12.4m) aesthetic masterpiece. What's surprising is that anyone should doubt this. The house is an extraordinary achievement from the golden age of American modernism, by a renowned designer. Why does Christie's have to labour the point that it is "art"? Why would anyone mistake it for anything else?

Because it's a house. Architecture is made to be used; it can be art but it isn't always. As a house, the old Kaufmann place has fallen into disuse and doesn't reflect the consumer aspirations of the rich today. Still it is of interest to connoisseurs of design, hope Christie's.

Architects are like film directors, it seems to me, because both have to accept and work within tough commercial realities. An architect's dream house must also be a house to live in. A film director's vision must persuade backers to invest. It's amazing how many trials and tribulations film-makers must endure even when everyone recognises them as serious artists; it doesn't matter how much critics revere you, you still have to bring in your latest project on budget and pitch the next idea. Hitchcock recognised this and even relished it; where other directors let Hollywood destroy them he gleefully walked the line between making art and producing product.

All of this raises the question of what makes art, which is defined as such by art galleries and the art world, so much more privileged? Visual artists are protected by galleries and curators in a way no film director or architect can ever expect. To put it another way, an architect or a film director is less of an artist in the world's eyes than someone whose job description says "artist".

(via The Guardian.)

Wednesday, February 25, 2009

Lotus Temple, New Delhi




On the difference between the ideals of “architecture” and mere “construction”, the renowned 20th century architect Le Corbusier wrote: “You employ stone, wood, and concrete, and with these materials you build houses and palaces: that is construction. Ingenuity is at work. But suddenly you touch my heart, you do me good. I am happy and I say: This is beautiful. That is architecture”.


Source: Click Here

Monday, February 23, 2009

Toss that toxic couch


Whether you're a design junkie who obsesses over every piece of furniture in the house or a low-maintenance IKEA type, there's no question that the surfaces on which you sleep, eat and lounge are a big part of your everyday life. And like most choices we make, the furniture that fills our home not only affects our comfort levels, but also has an impact on the environment and our health.

There are many good reasons to seek out green furniture: Keeping excessive manufacturing waste out of landfills; saving endangered forests; and improving indoor air quality by reducing the use of toxic chemicals are a few of the big ones. And as innovative designers become increasingly tuned in to the desires of the consumer who is as style savvy as she is environmentally conscious, options abound for outfitting your pad with supremely cool gear that doesn't forget the planet.

Sound too good to be true? Economically, it may be. Though rapidly growing, green design is still a relatively small segment of the furniture market, which often results in hefty price tags for even simple pieces. The solution? Start slowly.

Just as it's impossible to instantly transform every piece of your wardrobe into organic cotton, it's unrealistic to quickly fill your home with furniture crafted from sustainably harvested wood. While you're saving up for the big-ticket items like the Isabella Bed from RC Green — made from Forest Stewardship Council (FSC)-certified wood and natural latex — you can score furniture that is eco- and wallet-friendly by seeking out previously owned pieces. Reusing is always the greenest option as it doesn't require new materials or the energy required for manufacturing, and it keeps another item out of the landfill. You can go the craigslist.org or freecycle.net route or you can hunt for vintage and antique items.

But if you've got the green to purchase new green pieces, keep these tips in mind as you shop:

  • Look for furniture made from reclaimed materials. Houses, kitchen tables, pianos, baseball bats — think of all the wood that is used to make things each day and then think about all the scraps left over from construction and manufacturing and the landfill waste from discarded wood items. Instead of using new wood to make dining room chairs and beds and bookshelves, some green designers are turning to wood that's already in play. NYC-based RG Furniture Design turns lumber from historic buildings under demolition in New York City into striking tables, benches, shelves and lamps.
  • Seek out furniture made from FSC-certified wood. We need trees. Lots of them. They produce oxygen, absorb carbon dioxide, and help to keep the planet cool, among several other very commendable attributes. Purchasing furniture made from wood sourced from sustainably harvested forests helps to ensure that many trees will be with us for a long, long time. The Forest Stewardship Council is the biggest certifier. Look for its seal of approval before investing in an eco-friendly piece of furniture. Check out Woodshanti's stunning FSC-certified computer desk.
  • Purchase furniture made without toxic chemicals. Your couch may look harmless, but unless you know exactly how it was manufactured, there's a good chance that it's off-gassing (emitting substances into the air) harmful chemicals into your home. The most common off-gassed substances are VOCs, or volatile organic compounds, which actually sound as scary as they are — they've been connected to cancer and birth defects — and can be found in substances like formaldehyde, flame retardants, finishes, adhesives and foam cushions. Check out the Brave Space Hallow Coffee Table with low VOC adhesives and a nontoxic finish.
(via Newsweek)

Saturday, February 21, 2009

Sir JJ Architecture students design Pedestrian Ways for the City







Since 2006, the faculty of Sir JJ College of Architecture and Snowcem Paints have collaborated to improve the civic life in the city of Mumbai by instituting the Snowcem Faculty Medal .This competition is for participation by all the students, from the first to the final year. Snowcem


Paints are associated with the faculty medal for the last three years and have kindly sponsored the medals and prizes. The theme given each year are intended to address pressing urban, social and civic issues faced by the city of Mumbai. Each entry is intended to generate alternatives that can transform the city through design excellence. The best entries of the competition are put on display for the city at large.


The theme for the third Snowcem Faculty Medal Competition (2008) was:


Pedestrian Ways in the City

The aim of the competition is to search for solutions that return the city to its primary users, people on the street, by creating of inclusive and barrier-free urban environment that can be rich and fulfilling.


Pedestrian Ways should make opposite parts of the city accessible, overcome barriers of fast moving traffic by pedestrian walkways and peoples places and create urban environment that's rich with the creations by its own inhabitants.


The meeting of Jury for the Snowcem Faculty Medal 2008 took place in the college premises on 22nd December 2008. The Jury members for the Snowcem Faculty Medal 2008 were Jal Aria, Architect and Academician, Nayana Kathpalia, Convener Cityspace and S. Shankar Menon, former bureaucrat and pedestrian activist. From over 180 design sited all over Mumbai, 30 were short-listed.


After intense deliberations, the Jury awarded the Snowcem Faculty Medal for the Year 2008 to Darshan Maru. The Jury appreciated his design for giving primacy to pedestrians, being simple, doable and cost-effective. The design solution was sensitive to its surroundings and did not disrupt the existing visual landscape. The Jury also appreciated Maru's use of public art in creating a humane environment for the pedestrians.


The Second Prize was awarded to Shraddha Sawant, whose design was appreciated for creating a new public space while finding a solution to the existing traffic problem. The judicious use of levels in the design made both vehicles and pedestrians negotiate easily. The public-private partnership was obvious in the design.


Two Commendations were given by the Jury. The first to Sachin Porkute whose design the jury felt was an interesting response to a complex junction. They appreciated that the design did not disturb the surrounding heritage structures and their current views. The use of travellators for senior citizens was innovative.


The second Commendation was given to Pooja Ugrani. The Jury appreciated the design's primacy for the pedestrian, as it proposed for vehicles (as large as buses) to go underground. The use of the ground plane for cultural activities was lauded.


The Snowcem Faculty medal is to be awarded on 17th February 2008 at 2.00 pm in the C. M. Master Hall of the Sir JJ College of Architecture. Col A.K Pahel, Additional Chief Engineer, of the Mumbai Metropolitan Region Development Authority has kindly consented to grace the occasion and give away the prizes.

Friday, February 20, 2009

The narrowest urban house in the world




The narrowest urban house in the world is surprisingly spacious - though only in one direction. It contains multiple rooms including bedrooms, a kitchen and laundry room. Located in small-town Brazil this house has become something of a tourist attraction. However, there are other compelling contenders for this record - each with their own narrow claim to fame.


(via WebUrbanist.)

Saturday, February 7, 2009

William Baker presents Burj Dubai


William Baker presents Burj Dubai from The Architecture Foundation on Vimeo.

What do you do when you need to transport a great number of people up a 636+ metre mixed-used tower? How do you deal with condensation that builds up when the heat of the desert meets the cool of the air-conditioned interior? As it turns out, you develop a 40 mph elevator - the world’s fastest; and collect the moisture and pump it into the site’s landscape plantings. Yet there are so many more questions still to be asked regarding the Burj Dubai, the tallest building on earth and surely one of the most ambitious projects the world has ever seen. This talk is a unique opportunity to do so.

Tuesday, February 3, 2009

A recyclable house from Germany



Who would have guessed that an entirely recyclable, zero-emissions, zero-carbon, sustainable house could be such a style icon? House R 128 by the architects at Werner Sobek brings the best of both worlds to the table. Rising four storeys in Stuttgart, Germany, this modern glass edifice has nothing to hide. The see-through house features a facade of triple-glazed windows that allow natural light to filter through and flood every room inside. The home’s front facade features photovoltaic panels that power the house and light it up when the sun goes down. Adding to its amazing sustainable features, the house also boasts geothermal energy and cooling.

The modern modular design – including its wooden floor and facade – is designed for easy assembly and dismantling, so not only is this innovative house off-the-grid, it’s also reusable, and completely recyclable! Accessible by a bridge above the kitchen and dining room, the 2,706-sq.-ft. home offers a warm welcome with a contemporary edge. Minimal style is king at House R 128, which has no interior walls, and a few modern pieces that characterize the home’s open-concept living areas. Werner Sobek
Photo credit: Roland Halbe and Josef Schulz, Stuttgart/Germany.

(trendir.com)

Friday, January 30, 2009

Green buildings going strong


Can green be the lifeboat the home building industry needs? During a presentation at the International Builders’ Show, Harvey M. Bernstein, vice president of industry analytics, alliances, and strategic initiatives for McGraw-Hill Construction, suggests that eco-friendly design and products are proving to be a market differentiator for builders and an in-demand feature for home buyers.

Utilizing data from McGraw-Hill Construction’s 2006 and 2008 Smart Market Reports on green building, as well as a few other studies, Bernstein offered the following conclusions:

  • Green is a market differentiator: Builders are finding it easier to market green homes and homeowners are much more interested in buying them, even in a down economy. Bernstein called green building a “savior,” and said that while the residential market overall has plummeted, the green residential market is climbing at a steady pace, increasing fivefold between 2005 and 2008 and expected to triple by 2013. The total residential green opportunity in 2013 will be $40 billion to $70 billion.
  • Involvement in green building is on the rise: In addition to a growing number of local and national green building certification programs, green policies have jumped from 57 local governments in 2005 to 156 in 2008. The new presidential administration also has demonstrated a commitment to green policies and stimulus programs. At the builder level, in 2007 32% of builders reported being “significantly dedicated” to green building. In 2008 that number climbed to 52% and is expected to reach 69% in 2009.
  • Interest in green homes spans all income levels: While the greatest percentage of demand for green homes (27%) is within the $50,000 to $74,000 income range, 30% of the demand falls into the two lower income brackets.
  • Younger generations will expect green options: “They can’t imagine building anything that isn’t sustainable,” Bernstein said.
  • Green-home buyers are driven by operational cost savings and improved health. Associating green with quality will be a strong selling point in the down market.
  • As a builder’s green building experience increases, perceived costs decrease.
  • Energy Star is the most well-known product standard.
  • When remodeling, homeowners will spend the most on features that make their homes greener, versus those that increase comfort or improve the appearance.

For those pros still wary of the trend, it’s worth noting what Bernstein calls one of green building’s biggest obstacles for homeowners: In some markets, there just aren’t enough builders doing it.

(via Builder Online)

Thursday, January 29, 2009

Is this the end of the Bilbao decade?




Have we reached the climax and termination of a whole era in architecture? An era you might dub "The Bilbao Decade"?

I'll explain about Bilbao later. But first two news items. Between them, they bracket the present moment.

"The downturn is spreading. It's getting worse. It hasn't hit bottom yet," says Kermit Baker, the American Institute of Architects' chief economist. Another journal suggests that for American architects "there may be nothing to do but wait and pray."

The AIA maintains an index of prosperity for architects. That index has now fallen to historic lows in every category - commercial, residential, industrial, institutional, whatever. Projects of all kinds are being halted and put aside, for nobody knows how long. Architects are told by their clients to stop working until further notice.

Usually institutional work - especially hospitals and universities - holds up best in a recession, which can be good news for New England architects. But that sector too has hit an all-time low.

OK, the American news is too gray and depressing. Let's focus on an item from the other side of the world.

In the emirate of Dubai, over there on the Arab peninsula, the sun is still shining. In fact, it's shining so brightly that the Palazzo Versace, a hotel due to open next year, plans to offer its guests a beach of artificially cooled sand.

The Guardian, a British newspaper, reports that pipes filled with coolant will be installed beneath the beach to prevent it from stinging anyone's toes. "We will suck the heat out of the sand to keep it cool," says the hotel's president.

Huge fans, too, will maintain a gentle breeze on the beachgoers. These will be wind machines, but instead of generating energy, like windmills or wind farms, they'll be expending it. Not only that: The new Versace plans also to refrigerate the water in its enormous acre-and-a-half swimming pool.

Why would anyone want to visit such an unnatural beach? Why not just stay in your air-conditioned hotel suite with a sun lamp? I have no idea. Perhaps part of the attraction for a tourist is the sheer pleasure of knowing that you have the power to waste the earth's resources.

The Dubai tale goes on and on. Just one more detail: Thirty thousand mature trees are being shipped to the emirate to landscape a new golf course. In Dubai's climate they will, of course, be artificially irrigated.

Severe architectural recession on the one hand, grotesque architectural luxury on the other. The two stories are the yin and yang of this moment in time. They mark the end, perhaps, of what we'll call the Bilbao Decade. It's been a boom, a clearly defined epoch in the history of architecture.

By Bilbao I mean, of course, the Guggenheim Museum in that Spanish city, designed by American architect Frank Gehry, which opened in 1997. With its billowing curves of shiny titanium and its powerfully massive sculptural presence, it was instantly perceived as a masterpiece. Tourists flocked to it. This one building put the city of Bilbao on the cultural map of the world.

Suddenly architecture was in. Every city, it seemed, wanted to be like Bilbao, wanted its own daring, avant-garde iconic building. Usually that building was an art museum or a skyscraper. Every few months, someone announced plans for the new tallest building in the world. (The current candidate is Burj Dubai, still under construction, which when complete will be approximately twice the height of the Empire State Building.)

Buildings took on crazy forms, largely because the computer made it possible for structural engineers to figure out how to make almost any shape stand up. Students at schools of architecture, influenced by the work of Gehry and others, played with their new computer programs to invent amazing shapes. Every work of architecture, it seemed, sought to be an original icon. A few leading international architects became, for the first time ever, media celebrities.

Architecture critics were not immune. Some of them, during this decade, perceived architecture as an elite activity, an art form of spectacle created by maybe 20 major architects around the world for an audience of a few thousand aficionados. There wasn't a lot of attention to everyday building types like schools and housing.

All that fever now feels passe. Architecture students, I'm told, are more interested in so-called "green architecture," work that responds to the global crisis of climate and resources, than they are in artistic shape-making. They're interested in urbanism, in the ways buildings gather to shape streets and neighborhoods and public spaces. They research new materials and methods of construction. Increasingly, they're collaborating with students in other fields, instead of hoping to produce a private ego trip.

As others have pointed out, there's an upside to recessions. They give people time to step back from the frantic pace of a boom economy and think hard about what it is they want to do. In a time of limited resources, architects and their clients will focus again on solving the practical problems of making an environment that is, in every sense of today's overused word, sustainable.

Some day, the tourist vogue will fade in Dubai. The emirate will cease to be the latest toy for the jet-setter. There will be a big empty pool and a forgotten beach. A moment of selfish insanity will have passed.

The Bilbao Decade produced some wonderful buildings, but it was a time when the social purposes of architecture were sometimes lost. Architecture is supposed to be about making places for human habitation - rooms, streets, parks, cities - not merely skyline icons or beachfront palaces.

Just as one feels a page turning with the arrival of a new American president, so a page is turning, once again, in the history of architecture.

(via Boston.com)

Friday, January 23, 2009

MMRDA plans iconic tower at Wadala, Mumbai


With a height of 526 m (1725.28 ft), MMRDA mandarins say it will be the world's third tallest building after the under-construction Burj Tower in Dubai and Freedom Tower in New York.


The project, if it ever gets through with approvals, is expected to fetch the government an annual lease rent of Rs 1,800 crore. The project, to be submitted to chief minister Ashok Chavan for approval, will cost Rs 4,128 crore. The tower will have five floors reserved for parking and 16 for other essential services.

The remaining 80 floors will house office spaces and other commercial, recreational, academic and entertainment facilities.

"The one we have planned at Wadala will be bigger than that of Taipei's 101-floor structure; ours will have more height than that. While the cost of construction will be Rs 3,600 crore, that of developing infrastructure in and around will be Rs 500 crore," said an MMRDA official, adding that it would require no state funding and would be built on a build-operate-transfer basis.

The state is keen to rope in a global firm to attract MNCs and corporates to hire spaces in the building.

Proposed on a 1.4-lakh-sq-m plot, its built up area with 4 FSI will come to around 60,00,000 sq m. The concession period for the private firm will be a maximum of 35 years.

Anand Gupta, honorary general secretary of Builders' Association of India, said such structures were "feasible in terms of location and financial viability". Told that factories (such as RCF) were located nearby, he said such factors could not be constraints.

Aniruddha Paul, director of Raheja College of Architecture, said even though there was no need for high-rises to brand Mumbai abroad, the project was feasible. "Such skyscrapers can be green buildings as well. I will suggest that proper environmental care be taken," he added.



(via Times of India)


Thursday, January 22, 2009

The EconoSpace Project



The current state of the global economy is the perfect backdrop against which to view the future.

The pessimistic view held by many people regarding the economic structure of the world can now be deemed correct. This structure, constructed on a foundation of mortgage debt, as it collapses, reveals a cynical and manipulative system which exploits peoples essential need for secure shelter.

It is now essential, in the face of this economic collapse, that efforts are made to create homes free of mortgage debt. This is the inspiration behind the EconoSpace Project.

Comprising 25 - 30sqm floor area, EconoSpaces can either be self-contained or conjoined to create larger buildings.

The framing system of the EconoSpace is based on the construction of simple components and their assembly into a versatile structure. The video illustrates this process - from the laying of ground beams to the closing in of the roof.

Once the frame has been roofed work can proceed on the cladding of the walls, the installation of windows, doors, insulation and services.

EconoSpaces can be created on a small budget and within a timeframe suited to most people. Information on how you can create your own EconoSpace/s is currently being compiled. Progress on this will be reported in Sheltermaker.