Town & Country

Posted by HB on Tuesday, June 28, 2011 , under | comments (0)



Although moving from a spacious country lot to a smaller city home can be challenging, seasoned interior designer Jan Speziale proves that the testament to good design is in the details.

 

“I’m a Type A trying really hard to be a type B".  says Jan Speziale, one half of the design duo behind award-winning Barnard & Speziale De­sign Associates Inc. in Waterdown, Ontario. "It's the Virgo in me," explains the interior design vet­eran of 35 years, "I'm very particular". Whether or not you follow the celestial skies, when she de­cided to downsize from a one-acre country prop­erty to a 1,850 square-foot Burlington home, the house that Jan built is proof that good design is in the details - from the polished nickel knobs, right down to the travertine and walnut floors.

 

Just don't describe the cathedral ceiling in her great room as white. °I never, ever do pure white. I find it too cool. I prefer a softer off-white that has a creamy undertone to it". Likewise, to "ground" the mainly sandstone palette in her walls, drapery  and upholster}', she selected charcoal - not black - for the upper triangles that support the arch. A zebra skin rug and vintage painting ties the look to­gether.

 

 

 

 Bold color of black

 

 

Besides the aesthetic minutiae, Spe­ziale also had her hand in the larger structural aspects of the construction and design. One of the main changes affected the original L-shaped kitchen and breakfast nook. While a second eating area ranked low on Speziale's wish list, she really wanted space so she could elongate her dining table and accommodate ten people. "My family is big and my siblings and I are all foodies".

 

So, in order to make wav for her coveted saber-leg walnut centre piece table, which stretches to 109 inches, Speziale deleted the dinette space, added stools to the food prep island, and reconfigured the adjoined space to showcase a double-lane galley kitchen. "'There's usually up to four people in there whenever we all get together". She also added a backdrop of alternating-height, custom cherry wood cabinets to create "interest".

 

With no line of vision overlooked, a liquor cabinet was designed to hide the sink: "I didn't want to see the faucet when I was sitting in the great room". Thus, connected to the gener­ous granite countertop, a "little bar" cuts into the horizontal plane, infus­ing a dose of visual tension. "When­ever I entertain, that's usually where people gather," she laughs.

 

 

Town & Country

 

A second structural change allowed for more natural light. With only four feet between each house, windows were conspicuously absent on the east and west walls. Consequently, the three lookouts on the blueprint's north face were traded for more ex­pansive sliding doors, which lead to the back patio.

 

More walls were shifted in the den. In lieu of the existing guest bedroom with closet and full I7ath, a two-piece powder room entered the main floor scene, leaving more square footage for a study in the sunny wing, now pa­pered in striking red grass cloth. The resident leather couch, one of the few pieces that made the transition from country to urban, is a matching poppy hue. Mention the colour red and peo­ple kind of get freaked out, says Spe­ziale, hut the interesting thing is, the more you use a colour, the less domi­nant it becomes. "I had a red room in my old house and I loved it. It's en­ergizing and I find it very warm and inviting".

 

"The master bedroom and en suite bath, however, sit at the other end of thee colour spectrum in "Gray Wisp," a soft grey/blue tone by Benjamin Moore. "I wanted it to be verb= calm and serene". Fit for a Virgo Queen, the room boasts a reproduction antique head- and footboard and crystal chan­delier with contemporary drum shade. For that added bit of personality, Spe­ziale accessorized her Louis-inspired French chest - stacked by Venetian­ style mirror - with two cut crystal lamps. "[ love the way it sparkles".

 

 

 

sooting pale blue dream

 

The third major structural change was realized in the loft; a mini-guest studio complete with bath. "Visitors love i t because it's like a private getaway up there," explains Speziale. "On plan, it was just one big open space.l wanted to create as much storage as possible and that was a great place to do it". Speziale created an alcove around the bed by pulling the feature wall forward and creating two 24-inch deep ward­robes on either side. "One can never have too much closet space," she says.

 

The garden/extended living room posed similar storage challenges. Short of dragging all the outdoor furniture to the front of the house and into the ga­rage for the winter, a place was needed to store it. And so, rather than having an open pergola, Speziale built a struc­ture with cedar shake roof and skylight. A back wall, she notes, also camouflag­es her neighbour's eyesore shed.

 

 

zebra stripes and a popy red sofa

 

Although the shops and restaurants along the waterfront are within walk­ing distance, Speziale admits it took her some time to get used to living so close to others. "I think people are al­ways surprised when they come here because they don't expect to see some­thing so private that's downtown". But it was vital for her to create this little outdoor oasis. "I love the sound of the wind and the trees". The Vir­goan surmises, "1'm an earth sign; so I guess that's why".

Going Geothermal

Posted by HB on , under | comments (0)



Consumers often find them­ selves torn between the push to green along with other social and economical factors, such as convenience, appeal, cost and com­fort, but what if one solution marries them all?

 

An ancient concept, now a modern revolution in sustainable energy seems to be achieving just that.

 

Next Energy, a Canadian manufac­turer of geothermal heating systems  recently partnered with Yanch Heat­ing & Air Conditioning, to complete an installation on the northern shores of picturesque lake Joseph in Ontario's beautiful Muskoka region. The project aimed to achieve the basic demands of what most new home owners and those looking to green retrofit are oth­erwise finding challenging; a balance between savings, convenience, com­fort and class.

 

This Port Caning home built by Tamarack North Ltd. first prescribed an energy source that was both cost effective and accessible in an area where natural gas is unavailable and fuel transport posed a significant chal­lenge. With rising energy costs and a looming oil crisis, stable resources also weighed heavily. In addition, the home's stature also called for an aes­thetically pleasing design and sensible levels of inside comfort. The clear solution was geothermal.

 

The different units provide indi­vidual heating zones, which allow oc­cupants to control temperatures inde­pendently in different areas; an advantage not offered by most alternative heating methods. The process also eliminates the use of combustion, making for a safer, cleaner living environ­ment, with no danger of carbon monoxide and no fossil fuel emissions.

 

Requiring just one-third of the space of traditional systems, geo­thermal is typically designed to fit with the provisions of varied projects and can accommodate any combination of radiant in­ floor heating, forced-air heating,  domestic hot water and air conditioning all from the same unit. It can function well in many situations, even as a practi­cal solution for large commercial build­ings or swimming pools.

 

Geothermal integration produces many additional benefits as it has with the Lake Joseph project; it is quiet, discreet and more aesthetically pleas­ing. The equipment is compact and self-contained, with no noisy outdoor units or exterior wall venting, which also improves building envelope weather tightness.

 

President of Tamarack North Ltd., Chris Madden says although geother­mal installation is initially an expen­sive investment, it is a growing con­sideration.

 

"In our market... we are finding that the customers are quite willing to con­sider geothermal heating. It is the most expensive type of heating to install, but at the level of construction we are doing it's becoming quite accessible".

 

“Though seemingly costly at face val­ue, geothermal configuration can mean significant savings over time, protec­tion front volatile commodity prices and a decrease in the drain on resourc­es for the future. Canadian consumers who retrofit currently receive up to ten thousand dollars in rebates through both federal and provincial programs, and though projects vary, they will typ­ically see a turnaround on their invest­ment in just four to seven years.

 

"Compared to propane and oil, geo­thermal is about one-quarter the op­ crating cost, so economically it makes sense and is also extremely green with no emissions," said Regional Sales Man­ager with Next Energy, 'Jim Weber.

 

 

 

Going Geothermal

 

Weber says homes converted to a Next Energy system from oil or electric Will cut about 75 percent off their year­ly heating and cooling costs, or up to 80 percent in the case of propane. A typi­cal retrofit only takes about two to three days for installation and is designed to last beyond the life of the home.

 

The impact on the environment is clear. Geothermal has immense po­tential to reduce carbon emissions and considerably reduce global warming. Data from Natural Resources Canada and tile Environmental Protection Agency show that geothermal systems have the least environmental imprint in comparison to any space conditioning technology available; something to consider and part of a bulk of knowl­edge Next Energy is working to com­municate to the general population.

 

"Next Energy goes to market trying to educate consumers ...we aren't just selling a box or a furnace, we're selling a concept," explained Weber.

 

"Through our partnerships with companies like Yanch 1-Heating our goal is to achieve guaranteed success for the homeowner, where they aren't just purchasing from a contractor, but in­stead a network of support systems."

 

One of the few companies that spe­cialize only in geothermal Weber says, Next Energy- has no distractions and are 100 percent focused with ten years of hands-on experience, bringing more than just an exceptional product to market. In a grow­ing Canadian trade the company is poised to become an industry leader and despite the recession is holding strong.

 

Worldwide, geothermal energy is also emerging as a marked renewable force. Ac­cording to the Geothermal Energy Association, geother­mal sources currently supply energy to meet the needs of 60 million people worldwide and are a growing commodity in 24 countries. Developing countries are the top benefactors, as these sourc­es preserve the natural environment, provide energy and economic inde­pendence and can meet the need for electricity in remote regions.

 

With its adaptable and efficient structure, geothermal could revolu­tionize energy consumption in Can­ada and combat the coming energy crisis, but Without any solid plans for mass production Canadians must sup­port their own sustainability for now -one home at time.

 

 

Going Geothermal

Eastbourne Estates on The Lake

Posted by HB on Tuesday, June 21, 2011 , under | comments (0)



On the southern shore of Lake Simcoe between prestigious Roches Point and Sutton in Ontario, Fifths hire Homes combines luxu­rious living with an unprecedented level of environ­mental responsibility at Eastbourne Estates on the Lake. Setting the benchmark for upscale development in the area, this exclusive community of 30 custom estate homes is nestled on a premier wooded proper­ty, steps from the lake near the mouth of Cook's Bay. Fifthshire's architecturally controlled neighbourhood features gated access and almost 600 feet of shoreline with a private dock. In addition to vistas of lake hori­zons 365 days a year, residents will enjoy the benefits of living in R-2000-certified homes with steel framing.

F'ifthshire partners Joseph Vella and John DiCarlo championed environmentally responsible building practices long before "green" became an industry buzzword. Pifthshire was among the first builders to adopt R-2000 standards for all its new homes and was the first builder in Canada to offer all steel-framed R-2000 homes. "R-2000-certified homes provide own­ers with higher energy efficiency and better indoor air quality," Vella says. "All our homes are certified by the Government of Canada to meet the -stringent R-2000 technical standard, which includes a heat re­covery ventilator to offer better control over humid­ity and ventilation."




Fifthshire Home

The company has also won awards for pioneer­ing all-steel framing in place of wood. Steel results in blemish-free walls and quiet floors, and has fire ­resistant and healthy home qualities. "Steel framing does not twist, warp, rust or support the growth of mould," Vella explains. "It also contains 81.5 per cent recycled materials, plus we recycle the scrap cre­ated during construction, so there is no impact on landfill. This community is situated on a special piece of property, and we feel that resource conservation and sustainability are as important as building excep­tional estate homes."

Fifthshire Home

This locale appeals to city dwellers and baby boomers looking for a luxurious lakeside lifestyle within driv­ing distance to Toronto. The community is adjacent to the Eastbourne Golf Club, and only five minutes from The Briars Golf Club. Fifthshire's meticulously detailed homes feature stone and maintenance-free wood siding in keeping with the rural flavour of the area. Two furnished model homes showcase the high level of finishes in these rural retreats, which range from 2,648 to 3,423 square feet and are priced from over $1 million.


Fifthshire Home

A Unified Approach ; Combined Expertise = Impeccable Service

Posted by HB on , under | comments (0)



Spawned from a family with three generations of development experience, Toronto based Kil­barry Hill Developments ties at the forefront of innovation in building production and design. Co-founders and brothers Shawn and Jordan Meck­linger, and their uncle Jerry Vlamid form the com­pany's underpinnings, while Shawn's wife Kailee co­ordinates interior design aspects. Their partners, the Ross family, also offer over 30 years of expertise in the construction industry and are an integral part of Kilbarry's early success. The team currently faces the competitive world of project design and execution with a prime advantage; each team member yields varied areas of specialization, that when combined, are highly compatible and effective.

 

"Kilbarry offers a one-stop shop. We handle all of your building needs, whether it he providing architectural drawings, taking your plans through the permit process, providing interior design con­sultation as well as construction management," says Shawn, Kilbarry Hill's President and Director of Business Development.


 

Each project irradiates the company's diverse ex­pertise, ranging from prestigious custom residential and vacation homes, to the eclectic College Lanes Down Loft Development situated in Toronto's South Annex area. The loft interiors are space conscien­tious and meld a practical, modern ambience with plush, luxurious city living. Each unit, although constrained to a location within a small laneway, boasts 13-foot high ceilings, ultra modern Italian kitchens, front and rear courtyards and walk out patios. Aspects of their layout are clear indications of design concepts, created to combat and diminsite limitations, and are the outcome of the com­pany's adeptness.

 

 

 

Kilbarry Hill

 

The lofts are not alone in their peerless presenta­tion of Kilbarry's unified building and design meth­ods; each of the company's projects exhibit novel and synthesized characteristics. Shawn's favorite edi­fice to date-a tailor-made residential cottage on Lake Simcoe featuring custom millwork, exquisite trim, state of the art technology and grand ceilings.

 

 

Kilbarry Hill

 

"The care put forth by all of our trades really shows in the attention to detail," said Shawn.

In the near future the team is focused on ad­ditional custom residential projects on Lake Sim­coe and in Toronto. In the long run, focus for improvement is expected in expanded services, likely including the integration of consulting into the company's legion of already existing multi-faucets.

 

 

 

Kilbarry Hill

David Adler 1882–1949

Posted by HB on , under | comments (0)



David Adler, a proponent of Paris’s École des Beaux-Arts and its classical teachings of symmetry, balance, and superb proportions and an all-inclusive plan whereby a building relates to its surroundings, was one of America’s most important great-house architects. Born to Isaac David, a prosperous second-generation wholesale clothier, and his wife, Theresa Hyman, in Milwaukee, Wisconsin, Adler was educated at the Lawrenceville School and Princeton University. After graduating from Princeton in 1904, Adler moved to Europe, where he traveled extensively and studied architecture at the Polytechnikum (1904–06) in Munich and at the École des Beaux-Arts (1908–11), whose curriculum included lessons in structural and technical applications. However, because Adler was interested exclusively in design, he returned to the United States without mastering these key assignments, bringing with him a collection of 500 picture postcards that documented the important architecture and gardens he had seen and to which he referred throughout his 38-year career.

Before venturing out on his own, Adler apprenticed in Chicago in the office of Howard Van Doren Shaw, a devotee of the Arts and Crafts movement. Shaw (1869–1926) was among the most prolific country house architects on Chicago’s North Shore, particularly in Lake Forest, where Adler also forged his eminent reputation.

Henry C.Dangler, Adler’s closest friend from the École and the person who introduced Adler to Katherine Keith, whom he married in 1916, also worked in Shaw’s office. Adler and Dangler did not stay long with Shaw; they decided to form their own partnership. Dangler left first, and Adler remained with Shaw only until he completed the design of his first house (1911), which was for uncle and benefactor Charles A.Stonehill, in the North Shore community of Glencoe. Stonehill had paid for his nephew’s living expenses while he was studying in Europe.

The Stonehill house, a Louis XIII-style building inspired by the Château de Balleroy in Normandy, set the tone for what became a recognizable trait of Adler’s exemplary oeuvre. Symmetry guided the house’s entrance facade of pink brick, limestone trim, and offsetting tall windows and steeply pitched roof. Perched on a high bluff overlooking Lake Michigan, Adler’s first charge was one of the most outstanding country houses in Chicago. Unfortunately, the house, with its classically detailed interiors furnished in Mediterranean pieces, was razed during the early 1960s.

Among the most important houses executed by the AdlerDangler partnership was its first country house (1912), for Ralph H.Poole, in Lake Bluff, Illinois. With this commission, Adler brought the Loire valley to the Illinois prairie, designing a Louis XV-style château that perpetuated, with its symmetrical facade of low horizontal lines rising to a slate mansard roof, classical French architecture. Inside the house, a checker-floored entrance hall led to the principal rooms: living porch, library, living room, music room, and dining room, all arranged enfilade across the entire length of the house, another indication that Adler understood French design.

Henry Dangler’s death in 1917 left both a personal and a professional void in Adler’s life, for he had lost not only his partner but also his best friend. Adler was not certified to practice architecture in Illinois; he obtained a New York license in 1917. Although Adler was the designer, the signature on his plans had always been Dangler’s. Therefore, Adler was compelled to sit for the Illinois exam, and as presaged by his incomplete studies at the École, he failed. Adler had already built 17 houses, in French, Georgian, and Mediterranean styles, but he was forced to find another architect who could replace Dangler professionally. The solution came in another former associate from Shaw’s office, Robert Work. Their association, marking the second phase of Adler’s career, was strictly one of convenience.

While associated with Work, Adler applied the styles of his early houses but also added to his eclectic oeuvre early American, South African Dutch colonial, and a modernist design inspired by Viennese architect Josef Hoffmann (1870–1956). Of these three styles, it was the house in early American (1926) for William McCormick Blair in Lake Bluff that deviated from Adler’s usual approach to design. The irregular massing of colonial architecture, whereby a house grows larger over time, dictated the asymmetrical design for the Blairs. Although the house was built all at once, Adler’s adaptation flawlessly suggested an organic progression of growth from the principal block, shingled and gambrel roofed, to the appended wings.

Adler’s largest undertaking was also completed during the mid-1920s. Castle Hill, the imposing English manor house (1925) for Richard T.Crane Jr., in Ipswich, Massachusetts, with its pedimented entrance pavilion, balustraded hip roof, and crowning cupola, followed closely the architecture of 17th-century England, particularly the work of Sir Christopher Wren (1632–1723) and the Wren-like Belton House (1689). Adler’s ability lay not only in his proficient design but also in his choice of small Holland brick with a soft pink patina that softened the imposing scale of the house, rising at the foot of a 160-foot-wide aisle of grass that undulated toward the Atlantic Ocean.

Adler built 16 houses during the second phase of his career, including a Louis XVI-style townhouse (1921) for Joseph and Annie Ryerson in Chicago. The Ryerson townhouse, a classically elegant building—with its symmetrical limestone facade, crowning mansard roof, and period detailing—was Adler’s only townhouse design in the French style (Adler built eight townhouses during his career).

By 1929, because Adler had practiced as a principal architect for ten years, he became eligible for Illinois’s oral examination, which he passed, therefore ending his 12-year association with Robert Work. Unfortunately, Adler’s professional achievement was marred by personal tragedy. In May 1930 Katherine (1893–1930), his wife of 14 years, was killed in an automobile accident while she and Adler were motoring on a rain-slick road in Normandy. Adler sustained only minor physical injuries, but he was extremely distraught.

Regardless of this setback, the late 1920s through the mid19308 resulted in the culmination of Adler’s career, starting with his masterpiece: the Cotswold-influenced house of Celia Tobin Clark in Hillsborough, California, called House-on-Hill (1930). Here, Adler created a house that, despite its underlying grandeur and nearly 400 acres of property, was inconspicuous and unpretentious. For example, because Adler nestled House-on-Hill into the hillside of its vast property, from the entrance forecourt it appeared to be only one-and-a-half stories. The house’s full magnitude became apparent only at the back, from the south terrace, where Adler’s most outstanding elevation—an Elizabethan half-timbered facade of oak and intricately patterned brick nogging—rose majestically, as if it grew from the landscape.

Inside the Clark house, a beamed and oak-paneled reception gallery, floored in a harlequin-patterned black-and-white marble tile, opened into the house’s principal stair hall. Here, a monumental and skillfully carved staircase gave the first indication of the opulence of House-on-Hill. Because the reception gallery was on the second floor, the staircase, with its substantial balustrade, led downstairs to an impressive procession of rooms: library, music room, and dining room. Warmth and comfort pervaded the library, whose antique pine paneling, Grinling Gibbon’s overmantel, and pegged parquetry were imported from Europe. In the commodious and imposing music room, classically detailed spruce walls served as foundation for a high plaster ceiling with its patterns of rosettes, garlands, and musical instruments, while in the dining room, panels of hand-painted 18th-century Chinese wallpaper were framed by exquisite woodwork in sugar pine.

Another outstanding design from this period was the Pennsylvania Dutch-style Georgian for Helen Shedd Reed (1931), unquestionably Adler’s finest house on the North Shore. The Reed house, consisting of a center block balanced by a pair of wings, was sited beyond a grass forecourt with a small pool and surrounding U-shaped gravel drive and exemplified the symmetry, balance, and elegance of Adler’s work. The house’s shimmering dark gray mica stone also added to its magnificence.

The interior of the Reed house was the most important collaboration between Adler and his sister, interior decorator Frances Elkins (1888–1953). Adler and Elkins were extremely close, and during his tenure in Paris, she traveled with him,  meeting several avant-garde artisans, including Jean-Michel Frank (1895–1941), the French interior decorator, and furniture designer, and Alberto Giacometti (1902–85), the sculptor who designed furniture for Frank. Nowhere is Elkins’s relationship with these designers more apparent than in the Reed house, where Adler’s skilled architecture guided the most notable interiors of her career. Elkins lived in California, and although she worked independently of her brother, they collaborated on at least 16 commissions, undoubtedly her best work, from 1919 until 1949, when Adler died unexpectedly of a heart attack.


Freestanding staircase, Mrs. Kersey Freestanding staircase, Mrs. Kersey
Coates Reed House, by David Adler
(1931)
The Reed house’s interiors blended the traditional and the avant-garde, starting in the entrance hall, where a slick blackand-white marble floor led to the ladies’ powder room, the gentlemen’s cloakroom, and the gallery. In the gallery, stately black Belgian marble columns framed the crowning element of the interior: a dramatic, freestanding staircase of ebony and wrought-glass spindles. The gallery led to each of the principal rooms: living room, library, and dining room, all aligned overlooking Lake Michigan.

Adler gave each of these rooms his usual dose of exquisite and brilliantly executed detailing. In the living room and dining room, a dentiled cornice, as well as mantels and door casings, all intricately carved, complemented Elkins’s selection of English antiques and accoutrements, including the dining room’s hand painted Chinese wallpaper. In the library, although the most avant-garde room in the house, walls of tan Hermès goatskin and leather-upholstered furnishings by Frank were adroitly tempered by Adler’s traditional foundation: antique French parquetry, a finely carved fireplace mantel, and doors and casings, resulting in the perfectly balanced eclecticism for which he was renowned.

Any discussion of the Reed commission would be remiss without mentioning the tennis house that Adler designed several years before the main house. Located at the foot of the formal gardens, across the street from the main house, the Georgian building, with its central lounge, his-and-hers changing rooms, and second-floor bedrooms, was ingeniously sited at the edge of a ravine, allowing Adler to reduce the apparent scale of the mammoth building by positioning the court ten feet below ground level. The end result: a sunken indoor court where natural light flooded the space through a pitched glass roof, creating, along with interior ivy-covered walls, the illusion of an outdoor setting.

of, creating, along with interior ivy-covered walls, the illusion of an outdoor setting. The mid-1930s signaled the end to Adler’s career as an architect of the great house. Adler’s declining health from a riding accident in 1935, as well as altered economic conditions in the United States, prompted him to adapt to designing smaller, less grand houses and to spend more time executing apartment interiors and the alterations and additions that had always been a part of his demanding schedule.

Adler’s last house (he built 45 houses, 18 of which were located outside of the Chicago area), in Pebble Beach, California, was designed for Paul and Ruth Winslow (1948). Built low to the ground, one storied, and sided in flush boards painted white, the Winslow house consisted of a central living room balanced by two symmetrical wings: the dining room and service wing and the master bedroom wing. Despite the house’s modest size, Adler’s last house was one that exemplified his ability to create grandeur and elegance, albeit on a much smaller scale.


Selected Works

Charles A. Stonehill House, Chicago, Illinois, 1911
Ralph H.Poole House, Lake Bluff, Illinois (with Henry Dangler), 1912
Castle Hill, Ipswich, Massachusetts, 1925
William McCormick Blair House, Lake Bluff, Illinois (with Robert Work), 1926
House-on-Hill (Celia Tobin Clark House), Hillsborough, California, 1930
Helen Shedd Reed House, Lake Forest, Illinois (with Frances Elkins), 1931



House-on-Hill (Celia Tobin Clark House), Hillsborough, California

ABUJA, FEDERAL CAPITAL COMPLEX OF NIGERIA

Posted by HB on , under | comments (0)



Designed by Kenzo Tange; completed 1981

 

In 1976 the Nigerian state authorities believed that a new federal capital city would facilitate the creation of a “federal character” and thus resolve the problem of nepotism and relieve ethnic tensions among the 250 cultural groups that constitute the Nigerian nation. Abuja and its architecture, it was believed, would also remove the colonial identity that the erstwhile capital city of Lagos was thought to bestow on the Nigerian people.

 

As a result, the role of Lagos as the federal capital of Nigeria has been in question from 1960, when Nigeria became independent, to 9 August 1975, when General Murutala Mohammed set up an eight-member Committee on the Location of the Federal Capital of Nigeria. The task of the committee was to review the multiple roles of Lagos as the federal capital of Nigeria, the capital of the state of Lagos, and the economic capital of the country.

 

The committee concluded that a new federal capital would improve Nigeria’s national security, enhance Nigerian interior development, encourage the decentralization of economic infrastructures from Lagos, and enhance the development of an indigenous Nigerian building culture and industry. Finally, the new capital would emphasize Nigeria’s emergence from the civil war of 1967–70 as a more united, stable, and confident country. Nigerian lawmakers who shared the opinions of the committee justified the idea of developing a new federal capital by suggesting that there existed a fundamental need for a place where all Nigerians could come together on an equal basis to help foster national unity. Moreover, advocates of a new federal capital city raised the problems of overcrowding and lack of land for future expansion at Lagos as well as the existence of severe social inequality in the colonial cities of Nigeria. As a result, Abuja was conceived as a place that symbolized Nigeria’s autonomy from British colonization, urban segregation, and a federal character that all Nigerians could share in regardless of ethnic heritage. According to the committee and the International Planning Association (IPA), the new capitol would provide “a balanced development focus for the nation”. They chose Japanese modernist Kenzo Tange, a protĂ©gĂ© of Le Corbusier, as the principal architect for the city plan.

 

The federal government of Nigeria produced a schedule for implementing the committee’s recommendations on 4 February 1976. Decree No. 6 established for Nigeria a Federal Capital Territory—an African version of the District of Columbia—a neutral ground where a Nigerian federal character would be developed for the good of all Nigerians. The government took an 8,000-square-kilometer parcel (more than twice the size of the state of Lagos) out of three minority states. Abuja is located on the Gwagwa Plains in the middle of Nigeria; its high elevation and numerous hills contribute to a year-round pleasant climate, one of the major attractions that influenced the committee to select the site.

 

Abuja was conceived as a city for three million people to be developed in 20 years, and its master plan symbolized the themes of democracy and Nigerian unity. Construction began at Abuja in 1981 under the leadership of President Shehu Shagari (who was later deposed), who was anxious to move from Lagos to the new Federal Capital Territory.

 

The Nigerian authorities of state insisted that Aso Hill must be the most prominent element within the Federal Capital Territory. Aso Hill is a huge granite outcrop (1,300 feet high) that dominates the landscape of Abuja and its vicinity visually and physically, giving the city a natural east-west axis. Moreover, creating the image of a democratic landscape that emblemizes the Constitution of the Federal Republic of Nigeria (patterned after the United States’ checks-and-balances system of government) was also an integral part of the Abuja urban design scheme. As a result, a democratic shrine called the Three Arms Zone was created at the foot of Aso Hill, making it the focal point of the city and the locus of power of the federal government of Nigeria. Abuja’s Three Arms Zone is one kilometer in diameter, and the buildings of the National Assembly, the Presidential Palace, and the Supreme Court are located within it. From Aso Hill in the east end of the city, one moves through the ceremonial Abuja National Mall, which is also patterned after that of Washington, D.C. However, the axial view of the mall is flanked by high-rise federal office buildings on both sides, terminating first at the quintuple towers of the Nigerian National Petroleum Corporation and finally at the National Stadium in the west of the city.

 

Although the Abuja master plan also aspires to position the city as a major pan-African commercial, financial, and political center, it is dominated by a rhetoric of Nigerian unity, national identity, and democracy. As a result, it is characterized by unresolved tensions between its nationalist themes, the intentions of the emergent Nigerian intelligentsia who inherited political power from Britain, and the intentions of the architect. First, Tange’s fundamental concept for Abuja’s master plan resembles the plan for Tokyo. One could argue that Tange’s plan to incorporate the Japanese modernism of Tokyo represented an attempt to meet the needs of Nigerian national identity; but concerns remained as to whether the architect’s uniform design for the monumental federal buildings reflected the interests of the emergent Nigerian elite who inherited political power from Britain, or whether the new structure contributed to the erasure of certain ethnically based social boundaries. The insistence of the federal government of Nigeria that Aso Hill be the most prominent object in the Federal Capital Territory suggests that it was adopting an ancient “pagan” ritual site (Aso Hill) as a means of reinventing a Nigerian “federal character,” something quite different from the version of modernity that Tange envisioned. Advocates of the Aso Hill complex envisioned it as a sign of stability, nationality, and cultural myth making in the vibrant, new capital city.

 

Military dictators interpreted Abuja’s master plan as a document that required the isolation of the Three Arms Zone (as a shrine to power) from the rest of the city to make it inaccessible for public gathering. The river that runs down the foot of Aso Hill forms a moat between the central part of the city and the Zone. This moat can be crossed only by bridge, and the bridge is designed to be easily barricaded in time of civil disturbances. Hence, marching to the shrine of power, as is the case in most democratic societies, has been neutralized by the manner in which the master plan was interpreted and implemented. Any march in the city will stop at the national mall in the central district. This outcome was not by accident but by the careful intentions of the military dictators who built Abuja and who deliberately chose to ignore existing traditional urban examples in Nigeria. The ideology that privileges a landscape that can forge national unity in Nigeria will face several practical challenges with the national assembly and the civilian president, who took over power on 29 May 1999 after 15 years of continuous military dictatorship.

 

 

 

ABUJA, FEDERAL CAPITAL COMPLEX OF NIGERIA

ABTEIBERG MUNICIPAL MUSEUM, MĂ–NCHENGLADBACH, GERMANY

Posted by HB on , under | comments (0)



Designed by Hans Hollein; completed 1982

Since the 1990s, it has not been uncommon for architects and their clients to break with the two previously prevailing alternatives—temple or warehouse—for art museums, but such a typological rupture had been dramatically anticipated two decades earlier, by Hans Hollein in the Museum Abteiberg, a unique building tailored to an unusual site and a distinctive collection. The Pritzker Prize laureate of 1985, who was born in Vienna in 1934 and is an artist, teacher, and creator of furniture, interiors, and exhibitions, has at Mönchengladbach assembled a virtual primer of museum design, one that has brought a heretofore unknown visceral excitement to the vocation of museum going. In contrast to later attempts in this genre, however, Hollein’s achievement has contributed to an intensified appreciation of the museum’s contents rather than making a personal statement at their expense.

 

Although Hollein has learned from the institutional buildings of Louis I.Kahn and Alvar Aalto, he listens to his own music, which—to pursue the metaphor—includes concerti from the 18th, symphonies from the 19th, and popular songs from the 20th centuries. His eclecticism served him well in this complex commission, made more difficult by the need for the museum to serve urban as well as aesthetic ends. Hollein has linked Mönchengladbach’s town center on the heights with the medieval Ettal Abbey (today the city hall) on the slopes below, assembling a multi-tiered museum from a series of discrete elements of different sizes and shapes that provide a series of delightfully varied indoor and outdoor rooms. Distributing the individual volumes in space rather than containing them within a monolithic whole allowed him to maintain the picturesque scale of the town; at the subterranean level, the disparate sections are united.

 

Although designing a museum is always challenging, it is perhaps less onerous when, in contrast to those encyclopedic institutions that are in continual flux, its holdings consist of a focused group of works. Kahn found such a golden opportunity in the Kimbell Museum, and Hollein has exploited the similar possibilities here, where he worked closely with the director, Jonathan Cladders, in formulating the program. They believe that today the museum itself represents a Gesamtkunstwerk (total work of art), “a huge scenario into which the individual work is fitted…not the autonomy of the work at any price but the deliberately staged correspondence between space and work of  art” (Klotz, 1985, p. 19). This especially applies to contemporary art, which frequently is deliberately produced for a museum setting. The plan that Hollein and Cladders evolved is without precedent for this building type. None of the customary tropes, whether conventional or modern—vaulted galleries arranged symmetrically, the universal space, the proverbial white cube—are present. Instead, the combination of small, contained cabinets and larger rooms perfectly accommodates a collection that, although including some historical pieces, is mainly focused on the post-World War II period and, although international, is richly endowed with work by American artists of such competing movements as Minimalism, Post-Painterly Abstraction, and Pop. Many works are in the form of installations without customary boundaries or frames and do not necessarily require natural light.

 

From the town, one enters the museum precinct via an elevated walkway that leads to a stone-faced platform whereon is set a tower containing administrative offices; a library; workshops and storage; a cubic, top-lighted undivided volume for temporary displays; the shedroofed, zinc-clad “clover-leaf” pavilion for the permanent collection; and the entrance temple. The platform also covers museum spaces excavated into the hill, and from it, one can descend gradually to curving terraces, furnished with sculpture, that border the gardens of the former abbey; beneath a portion of the terraces are additional exhibition areas.

 

Hollein has rejected the prescribed routes encountered in traditional museums for mysterious, polymorphous paths that compel the viewer to wander on her own and discover unexpected places, then to turn back on them or chance on new chambers. Because chronology is not the issue it would be for a historically based collection, the ad hoc character is stimulating rather than frustrating. Upstairs and downstairs, under- and above-ground, the variously configured galleries illuminated by diverse means—daylight through windows and skylights and artificial light via incandescent, neon, and fluorescent fixtures—permit individual works to be perceived in the setting most sympathetic to their makers’ intentions. The most organized part of the display areas comprises what Hollein calls the “cloverleaf”—a group of seven “kissing squares,” to use Kahn’s formulation, that are traversed at the corners. Set under saw-toothed skylights, these rooms are ideal for big pieces by such artists as Andy Warhol, Frank Stella, Carl Andre, and Roy Lichtenstein. There are also curved rooms, some with undulating walls that are positively Baroque in character; double-height spaces and circular steps add further drama. Hollein’s rejection of the convention of amorphous flexible areas, dominant since the 1940s, in favor of a rich variety of specific and distinctive spaces, would in the 1990s become a popular solution for art museums—yet another example of the way the Museum Abteiberg adumbrates many later schemes for this type of institution.

 

Also prescient is Hollein’s interjection of playfulness and irony into the reverence that typically pervades museum design. Although marble clads some of the surfaces, it is combined with less elevated masonry materials like brick and sandstone. Reflective as well as transparent glass appears; zinc is placed beside chromium and steel. One side of the temple-like pavilion that forms the main entrance sports graffiti in red paint, matching the color of some of the railings. Exterior light fixtures have an industrial character in contrast to the lush surrounding landscape and the textured brick walls and paths. The visitor, constantly encountering the unpredictable, is sensitized to the daring originality of the art displayed.

 

It is instructive to compare Museum Abteiberg with another German museum from the same period that similarly had a profound effect on subsequent museum design—James Stirling’s Neue Staatsgalerie (1977–84) at Stuttgart. Both are set on irregular terrain and require urbanistic interventions, but Stirling’s solution revives and updates the 19th-century museum paradigm, whereas Hollein has jettisoned all previous solutions. Both make reference to industrial as well as classical buildings and use the technique of compositional collage, yet their differences illuminate the manifold possibilities inherent in the museum program.

 

 

 

Abteiburg Museum, Mönchengladbach, Germany, designed by Hans Hollein (1972–82)

20th Century Architecture

Posted by HB on Monday, June 13, 2011 , under | comments (0)



The 20th century is indelibly marked by the new vision realized by modern art. This vision is no doubt a response to the success of material science, but it is also a cultural phenomenon, an invention that helps us adjust to the new and often daunting horizons that science and technology have opened up. Architecture has benefited as much from that new artistic vision as it has from directly adopting new technology, and the invention of abstract art is one of the important strands of this development.

 

Abstract art is a product of modern times. It can be seen to follow from the loss of conviction sustained by the ancient view of art as imitation, or mimesis, that is, representing the visible world and placing humanity into a visible narrative. To say that photography supplanted representational art would be to oversimplify the story, but it certainly played a part, and throughout the 19th century one can trace the steps by which another standard gradually took the place of the time-honored one. In British Romantic painter J.M.W.Turner’s tumultuous landscapes and in the Impressionist Claude Monet’s freely composed water lilies, we see a progression in which more and more weight is given to the artist’s feelings in front of the motif, or the subject. It is through personal selection that the artist abstracts the aspects that he or she desires to emphasize and out of them constructs the composition, no longer bound by verisimilitude. Abstract art thus has two principle components: abstraction and expression.

 

It was perhaps the fin-de-siècle French painter Paul CĂ©zanne who brought the movement to its point of precipitation since it was largely he who substituted the actual vertical plane of the canvas for the virtual horizontal plane of Renaissance perspective. His painting of a curve in the road creates a feeling about the road disappearing from view, not through perspective but by the multiple relations invented in a flat composition (Turn in the Road, 1882, Boston Museum of Fine Arts, Massachusetts). Equally, it was Vincent van Gogh who painted with swirling pigment what he felt rather than what he saw. By 1907 the promptings of popular science were suggesting that physical reality must be quite different from appearance, the search was on for the “fourth dimension,” and the time was ripe for the invention of Cubism. Analytical Cubism allowed the artist to give a metaphysically complex visual account of the subject, and Synthetic Cubism introduced fragmented material from the world (newsprint, textiles, paper, string) into the picture plane, or the artist’s composition. During World War I, abstraction progressed toward the sublime purism of Piet Mondrian’s gridded, neoplasticist compositions and the ineffable weightless rectangles of Kasimir Malevich, who opened a perspective with Russian Suprematism that reaches through to the end of the century in the language of abstract planes used by architects such as Peter Eisenman, Richard Meier, Rem Koolhaas, and Zaha Hadid.

 

Architecture in the 20th century made its first steps in the shadow of the Arts and Crafts tradition, with Charles Rennie Mackintosh, Josef Hoffmann, and Michel de Klerk, among others. Architecture was as much in need of liberation as the plastic arts, but it was at the same time in need of a new authority to replace ancient authority, something more compelling than the intuition of the artist. One answer was found in the authority of science. For architects, the innovative language of abstraction was not so much a gateway to freer personal expression as an escape from the conventions of traditional construction. It was no longer necessary to affix the Antique orders to facades or to follow academic rules of ordonnance and symmetry in drawing plans. Abstract forms opposed no difficulties of a formal kind to the idea of a plan freely following the program and so freed architecture to create its own myth, that of functionalism. To the subjective intuition of the artist, functionalism opposed a firm objective law similar to the laws of nature.

 

There was a short time, hardly more than a year, when architecture came close to sharing with art a complete autonomy of form. The year was 1923–24, when De Stijl leader Theo van Doesburg collaborated with the architect Cornelius van Eesteren in designs for villas. In projects such as Space-Time Construction No. 3 of 1923, his use of axomometric projection obscures for a moment the difference between an art composition created on the flat plane of the canvas for contemplation and the threedimensional equivalent constructed in real life for use. When van Doesburg designed the interior for the dance hall L’Aubette in Strasbourg, using dramatic rectangles set diagonally on the walls and ceiling, he could not compensate for the ordinariness of banal adjuncts, such as balcony rails and fixed seating, which seem to remove the viewer completely from the world of contemplation proper to fine art. An even more poignant case is that of the Schröder House in Utrecht, where Gerrit Rietveld’s exterior, like his famous chair, can certainly be contemplated as a kind of artwork, while the interior is mediated by the dynamic use of movable screens for privacy, reducing the object of contemplation to a practical convenience.

 

The paradox was fed by the polemical ideology of such protagonists of the Modern movement in architecture as J.J.P.Oud and Le Corbusier, who led the way in identifying architecture with engineering, thereby conceptualizing it as a subject that develops through research and discovery, in which the interest will always be in the novel and not in the already known. According to the credo of International Style, decisions in architectural design should result from rational analysis of the functions, replacing the traditional practice of starting from precedent, which was suffused by convention and custom.

 

For some, the architect could not claim to shape his building from his inner perceptions; it had to be shaped from something more socially relevant. Functionality provided a rule apart from the purely subjective, and it was a rule that had little precedent in the visual arts. The impact of abstraction within architecture was to create a new duty toward the social function of the building and toward the physical material of construction. Empirical needs would guide form, and form would be free to follow function in the ecstatic exercise of liberation. Within architecture, then, abstraction and functionalism appeared to share a common destiny.

 

In fine art, Mondrian remained the most extreme purist, and there is no question that he identified avoidance of figuration as an expression of spirituality. In the heroic 1920s and 1930s, artists such as Pablo Picasso and Henri Matisse preferred to distort appearances rather than abandon them. In the case of Fernand Leger, his Communist sympathies kept him firmly focused on the essence of the worker, and between Le MĂ©canicien (1918) and Abstract Composition (1919), there is only a difference of degree; the figure remains. This enables us to say something clear about abstraction, namely, that it is not exclusive. It is clearly possible to employ abstraction in due measure without abandoning figuration.

 

The nascence of abstract art seemed to suggest a solution for architecture by redefining nature itself as a kind of artist. This was the argument advanced in an influential book by D’Arcy Thompson, On Growth and Form (1917). Thompson conceived of nature as the supreme designer, producing functional structures that were also intrinsically beautiful. Not only do the skeletons of dinosaurs follow engineering principles, but the patterns of growth in hard-shell mollusks observe strict mathematical rules, as the strictly logarithmic series preserves a constant proportion. Nature thus seems to be the penultimate designer, and the products of nature are “naturally” beautiful. As art approached nature in following natural law, it could appropriate nature’s beauty. In the book Circle, edited by Leslie Martin, Ben Nicholson, and Naum Gabo (1937), it is clear that abstract form had taken on an aura of objectivity at odds with the reality of its subjective origins.

 

It is not until De Stijl in the Netherlands and the Abstract Expressionists of the New York School in the 1950s that one finds another impulse to abandon figuration, above all with the mural-scale abstract canvases of Jackson Pollock, Robert Motherwell, and Mark Rothko. In postwar painting the expressive gesture generated the source of meaning, and the authenticity of that gesture became the guarantee of artistic truth. However, this immediacy was difficult to achieve within architecture, with its reliance on physical reality. The urge toward purity that the viewer found in Mondrian and later in Rothko is marked with renunciation, and renunciation is truly difficult to reconcile with functionalism. In art, all arguments are ad hominem, and what one person can do is always exceptional. The idea that abstract art approached a deeper level of reality than figurative art proved difficult to sustain as a general principle, and to this extent it seemed that the hopes of objective validity pinned on bringing abstraction into architecture have proved illusory.

 

During the crystallization of Modernism in the 1930s, it was simply not possible to eliminate appearances; as long as buildings had to have openings such as doors and windows, as long as they could be entered and used, they clearly served as utilities. Use created meaning, at the most basic level, because doors not only permit entry but also denote entry. The struggle for purity turned into a struggle to eliminate ornament, and this was accentuated by the belief that only through standardization could the building’s economy be fully realized. To match transparency in art, we have austerity in architecture, epitomized by the German architect Mies van der Rohe. Standardization was considered the key to realizing the full benefits of mass production. With standardization went repetition, and the monotony of the curtain wall in identical glass panels reduced the possibility of expressive form. It was enough that buildings were massive and impressive, tailored to the demands of modern business, and expression was demonstrated in seeing which city had the tallest building.

 

From the pluralism of Postmodernism, it became evident that standardization was not as effective in economic terms as marketing. The appearance of a steel-frame building could be changed at will in order to present a spectacular image; the facade became a surface of signification, and irony, humor, and eclectic style were manipulated in such a transformation. Strict economy of construction held less expressive importance. With the end of the 20th century, it became possible to see that the authenticity attributed to abstract forms was balanced by the freedom they conferred upon expression. This was manifest in the 1960s and 1970s within fine art but not within architecture. Today, in the work of Frank Gehry, Peter Eisenman, Daniel Libeskind, and Zaha Hadid, there is no longer any concealment of the expressive gesture.

 

Except in extreme cases, such as aircraft design, forms are primarily derived not from a scientific analysis of the functional requirements but from the creative feelings of the designer. The architect can have feelings about the function as well as everything else, but he or she is now permitted to sublimate these into a more general concept of the purpose and meaning of a building. So, for example, Libeskind’s Holocaust Museum in Berlin is conceived from a universal set of emotions including suffering and persecution, and the jagged forms of the windows are an expression of this emotive tenor and not a response to the practical uses of daylight. In the Solomon R. Guggenheim Museum in Bilbao, Spain, Gehry’s abstract, dynamic forms derive from the capacity of the computer to control the fabrication of complex components and allow him to generate an architectural composition as powerful as anything displayed inside the functional building that it also is. In this way, the architect has acquired the technical means that will allow him or her to “build” gesture with all the immediacy of the painter. Abstraction emerges as an acknowledged means of expression.

 

 

 

sydney opera house

RAIMUND ABRAHAM 1933-

Posted by HB on , under | comments (0)



Architect, Austria and United States

 

AbrahamRaimund The Austrian-born architect Raimund Abraham has played an influential role in architectural discourse and education over the last four decades. His challenging oeuvre of unbuilt work, consisting almost entirely of seductive architectural renderings, delineates a complex architectural position revolving around subversion, metaphor, and a fascination with archetypal forms. His recently completed high-rise in Manhattan for the Austrian Cultural Institute is the most recognizable of a portfolio of built work that has brought together many of the philosophical themes that have preoccupied this enigmatic architect over a prolonged period.

 

Raimund Abraham was born in Lienz, Austria, in 1933 and was educated at the Technical University in Graz, graduating in 1958. In the early sixties Abraham followed in the footsteps of avant-garde groups such as Archigram, the Metabolists, and fellow Austrians Coop Himmelb(l)au in offering proposals for technology-driven Utopias providing modular living environments capable of embodying the future requirements of civilization. In these early projects, Abraham imagined cellular capsules that would be inserted into vast organic communities comprising monolithic megastructures and colossal bridges. These early idealistic visions demonstrated Abraham’s mastery of drawing and collage that would suffuse his later work.

 

In 1964 Abraham moved to the United States to further a career in architectural education, taking up a position as assistant professor at the Rhode Island School of Design. Since 1971 Abraham has been involved in education at a range of major international universities, holding professorships at the Cooper Union, the Pratt Institute, and the graduate schools of Yale and Harvard. In 30 years of academic life, he has also held visiting professorships at the University of California, Los Angeles; the Architectural Association; and various other North American and European universities.

 

Abraham’s attitude to education, and his architectural practice, is subversive, and his position is often critical of the architectural establishment and its compliance with the principles of modern architecture. Abraham sees in modern architectural discourse a rupture with history that has prevented architects from understanding completely the elemental process of architecture. For Abraham, the 20th-century preoccupation with fashion and style has prevented a thorough understanding of the principles of building and the clarity of thought that they demand. Abraham urges a return to the a priori principles of construction concerned with the nature of materials, site, and program. Abraham posits architectural drawing as an equivalent means of expression, where the paper becomes a site for the poetry of architecture. The intellectual act of building surpasses the ultimate physical product. For Abraham, built architecture is often endemic to the forces of compromise.

 

Throughout the 1970s, Abraham galvanized his theoretical position by undertaking an extensive series of unbuilt houses concerned primarily with Heidegger’s notion of dwelling. Abraham maintains that “collision” is the “ontological basis of architecture,” offering as an example the horizon as the most basic junction between the earth and the sky. Abraham defines the process of architecture as either digging into the earth, or reach-ing for the sky—all building is intrinsically related to these primordial elements. These elements become central to many of Abraham’s designs of the period, such as House for the Sun and House with Two Horizons. The abstract house designs sought to strip architecture down to its most essential state, arranging architectonic elements within a formal language of rectilinear forms often embedded within the topology of a generic natural site. Presented largely in rendered axonometric projection, the designs crystallized complex theoretical principles into simple spatial meditations, as is evidenced by titles such as House without Rooms, House with Three Walls, and House for Euclid.

 

In the 1980s Abraham’s attention turned toward monuments, concentrating on historic European centers such as Venice, Berlin, and Paris. Abraham’s unbuilt projects from this period interweave themes of juxtaposition and subversion to arrive at a new monumentality capable of questioning the historical significance of architectural form. The instability inherent in Abraham’s immersion within the historical landscape is most evident in his projects for the city of Venice, the Les Halles Redevelopment in Paris, and the competition entry for the New Acropolis Museum in Athens (for which he was short-listed).

 

One of the most poignant projects from this period is the Monument to a Fallen Building, completed in 1980. The project commemorates the collapse of the Berlin Congress Hall in the same year, proposing a prism-like vault in which traces of the former structure are symbolically revealed. Similar themes are inherent in his 1981 project for a Monument to the Absence of the Painting Guernica, which mourns the loss of Picasso’s masterpiece from its provincial base to another larger museum in Spain. Abraham also addresses the issue of ownership in his project of 1982 for a monumental church that would straddle the Berlin Wall, bringing a transcendental spirituality to the contested space of the wall. All of Abraham’s projects from this period deeply question the foundations of architecture and languish after a lost or forgotten meaning in architectural discourse.

 

As well as his portfolio of unbuilt work, Abraham has also contributed important buildings both in America and in his homeland of Austria. These include individual houses, low-cost housing, and several commercial buildings. The completed buildings demonstrate a fascination similar to his unbuilt work, using archetypal forms, layering, and concision to question conventional architectural form.

 

In 1988 Abraham was runner-up to Daniel Libeskind in the competition for the extension to the Jewish Museum in Berlin. Two years later, he successfully won the commission to build the New Austrian Cultural Institute in Manhattan (other nominees included Hans Hollein and Coop Himmelb(l)au). The recently completed 20-story tower rises in the shape of a dramatic wedge from a narrow and heavily constrained site obscured almost entirely by neighboring buildings. The front facade is layered with a sloping curtain of cascading planes of glass punctuated by solid elements. Celebrating the link between earth and sky, the powerful form of the tower and the heavy plinth of the podium reinforces Abraham’s intention to return architecture to its most basic and primeval elements.

 

Abraham’s challenging and often confronting work occupies an important place within architectural discourse, fostering principles of resistance and legislating against mediocrity. His attempts to return architecture to its philosophical origins in both built and unbuilt projects are intrinsic of a position that attempts to blend the disparate forces of philosophy, poetry, and architecture.

 

 

Selected Works

 

New Austrian Cultural Institute in Manhattan, New York City, United States, 2002

 

 

raketenstation hombroich, neuss, germany

raketenstation hombroich, neuss, germany

ALVAR AALTO 1898–1976

Posted by HB on , under | comments (0)



Architect, Finland

 

Hugo Alvar Henrik Aalto, whose architecture is often described as organic and close to nature, is regarded as one of the most significant architects of the 20th century. The majority of historians and critics emphasize three aspects in Aalto’s architecture that set it apart from any other architect’s work and explain his importance: his concern for the human qualities of the environment, his love of nature, and his Finnish heritage.

 

It seems that Aalto’s architecture is a socially refined reflection of Le Corbusier’s work, a masterly connection of avant-garde culture with traditional values. Despite being well integrated into the art world, apparently Aalto did not hesitate to include in his designs unfashionable issues that were dismissed by other architects of his time: individuality in mass housing, social equality in theaters, and his foible for details, such as extreme, carefully planned light systems in public buildings. From this angle, Aalto turns out to be a pure dissident of the avant-garde, emphasizing the complexity of architecture by leaving aesthetic values behind him.

 

Even before adopting the language of modernist architecture, the young Aalto was determined to be as avant-garde as possible, which in Scandinavia in the early 1920s meant a sophisticated and mannerist neoclassicism. His early work shows the influence of anonymous irregular Italian architecture and neoclassical formality as developed by 19th-century architects such as Carl Ludwig Engel, and these strategies were to remain important throughout his career. His most interesting buildings from this time are the Jyväskylä Workers’ Club (1925), the church (1929) in Muurame, and the Seinäjoki Civil Guard Building (1926) and the Defense Corps Building (1929) in Jyväskylä. Aalto organized the facade of the Workers’ Club like the Palazzo Ducale in Venice by setting a heavy, closed volume on airy Doric columns on the ground floor. The almost symmetrical facade is challenged by a Palladian-style window that is shifted to one side, marking the location of a theater on the first floor. The church in Muurame, which also recalls an Italian motif, namely, Alberti’s Sant Andrea at Mantua, is on the outside very much into the neoclassical tradition, whereas its interior emphasis on light anticipates later church designs, such as the churches in Imatra and Wolfsburg.

 

In 1924 Aalto traveled to Vienna and Italy with his wife and partner Aino Marsio, where he made several sketches that had a great effect on their later work. However, Aalto did not ignore the development in continental Europe, either, and his conversion to international functionalism can be traced back to the autumn of 1927, when he and Erik Bryggman jointly designed a modernist proposal for the Kauppiaitten Osakeyhtiö office building competition. Le Corbusier’s reputation among Scandinavian architects had been widely disseminated by a 1926 article in the Swedish magazine Byggmästaren by Uno Ă…hren, and Aalto’s first functionalist buildings, the Standardized Apartment Building in Turku (1928) and, more important, the Turun Sanomat office building (1929), demonstrated all of Le Corbusier’s five points.

 

The beginning of international recognition was marked in 1929, when Aalto was invited to join the newly founded CIAM (Congrès Internationaux d’Architecture Moderne) and he attended the second congress of CIAM in Frankfurt on the theme of “Housing for the Existenzminimum.” Other masterpieces of functionalism were created by Aalto in the following years, including the Paimio Tuberculosis Sanatorium (1933) and the Viipuri Library (1935). During this time, Aalto started designing bent-plywood furniture, which he later developed into standard types. From 1942 Aino Aalto directed the Artek Company, which had been set up in 1935 for the manufacture of this furniture. These experiments also affected the architectural designs: in the mid-1930s, Aalto introduced the famous curved, suspended wooden ceiling as an acoustical device for the lecture room of the Viipuri Library. Although the functioning of this element is very questionable, curved walls and ceilings became typical of his later work.

 

In the 1930s, surprisingly enough, Aalto, who had until this point been known as the most modern of Finnish architects, began returning to the vernacular tradition. With the Finnish Pavilions to the World Exhibitions in Paris (1937) and New York (1939), he infused functionalism with his own organic alternative and radically parted ways with mainstream International Style. The critics appreciated this move, for they saw Aalto’s primitivism in connection with his origin in the exotic and unspoiled Finland.

 

Most important for Aalto’s architectural reputation was Sigfried Giedion’s analysis in the second edition of Space, Time and Architecture (1949). Giedion’s interpretation of Aalto’s work as Finnish, organic, and irrational helped Aalto to achieve worldwide fame after World War II. The integration of building and nature emerged as a central theme in Aalto’s work; this is exemplified in his designs for the Sunila pulp mill (1937) and the Sunila housing for employees (1939). In the engineering staff housing, the first fan-plan motif appears, which became a crucial element in his designs. Characteristic of this period is his interest in natural materials, such as wood, brick, and grass roofs, as he demonstrated in one of his masterpieces, the Villa Mairea (1939) in Noormarkku. The villa is often praised for its harmonious relationship with nature and reference to old Finnish farmsteads. However, Finnish critics did not originally recognize Aalto’s buildings as particularly Finnish but, rather, as Le Corbusiersian with Japanese touches. Gustaf Strengell noted that the interiors of the Viipuri Library exhibited strikingly Japanese characteristics in their use of light wood in its natural state. The Villa Mairea was originally a collage of Le Corbusian modernism with Japanese tearooms, African columns, Cubist paintings, and continental Heimatstil until it slowly became a paradigm of “Finnish” or “natural” architecture in the modern architectural discourse.

 

After the war Aalto was again commissioned by the Massachusetts Institute of Technology to build a student dormitory, where brick was a typical material for the other campus facades. The Baker Dormitory (1949) was Aalto’s first experiment with brick, and throughout the 1950s his oeuvre was dominated by the use of red brick. Later, he used the brick as a metaphor for standardization, claiming that the cell was the module of  nature, and the brick would occupy an analogous position in architecture. His most important works of this period include the Expressionist House of Culture (1958) and the National Pensions Institute office building (1957), both in Helsinki. The House of Culture consists of a curvilinear theater and a rectangular office block, a typical Aalto arrangement of organic versus orthogonal shapes, where the public space is articulated in a free form and more private functions are placed in rectangular shapes. As in most of his designs, all elements including the apparently free form follow a hidden geometric grid, with the center being a fountain in the courtyard, where a giant hand presents a tiny model of the building. Inside the theater, he experimented again with the acoustic ceiling but also drew on references to the facade of Le Corbusier’s Villa Savoye. The Säynätsalo Town Hall (1952), another brick building, is a small version of the piazza theme that Aalto elaborated further in the town center of Seinäjoki (1956–69). After the death of Aino in 1949, Aalto married the architect Elissa Mäkiniemi, for whom he built the Muuratsalo Summer House (1953), or experimental house with an inner courtyard. The exterior walls are painted white, whereas the inner walls show brick patterns of various De Stijl compositions.

 

 

Viipuri Library Lecture Hall, Vyborg, Viipuri Library Lecture Hall, Vyborg,
Russia, designed by Alvar Aalto
(1927)

 

Although Aalto’s brick buildings from the late 1940s and 1950s won international critical acclaim, for his commissions in Germany—the Hansaviertel House (1957) in Berlin, the Neue Vahr Apartment building (1962), and the parish centers in Detmerode (1968) and Wolfsburg (1962)—he chose international white modernism while at the same time continuing to use brick in the Otaniemi (1974) and Jyväskylä (1971) universities. This choice may seem surprising, given that brick had a strong regional connotation in Hanseatic cities, whereas in Finland the dominant building material was wood. Hence, Aalto’s use of brick in Finland cannot be understood as primitive or regional, and he himself connected brick rather with Central Europe, whereas Finnish architects of around 1900 tended to view it as Russian. Aalto did not want to simply reproduce tradition, and so he worked in both Finland and Germany explicitly against tradition and concentrated more on the symbolic selfidentity of the community than on local traditions or building techniques.

 

The German project Neue Vahr, a slender skyscraper in a suburb of Bremen and the most daring use of the fan plan, is odd in another way. Although in 1934 he had proposed high-rise housing for Munkkiniemi, Helsinki, Aalto was generally known as an outspoken critic of tall buildings. He argued that high-rise apartments were, both socially and architecturally, a considerably more dangerous form of building than single-family houses or low-rise apartments, and therefore they needed a more stringent architectural standard and greater artistry and social responsibility. Despite these reservations, in June 1958 he was appointed to build the 22-story tower Neue Vahr and later the Schönbühl high-rise block of flats (1968) in Lucerne, Switzerland. However, his solutions were praised as outstanding examples of modern housing, and both the Hansaviertel House and the Neue Vahr supported his reputation as a humanist architect among his modernists colleagues.

 

In 1959 he received the commission for the Enso-Gutzeit headquarters on a prestigous site next to the harbor of Helsinki. In this work he referred partly to the notion of an Italian palazzo while at the same time responding to Engel’s neoclassical harbor front. With its location right next to the Russian Orthodox Uspensky Cathedral, the strange composition of the House of Culture is repeated: a rectangular modernist office building adjacent to a curved public brick building. Aalto’s public buildings of this time are in the tradition of Bruno Taut’s Stadtkrone: they are meant to support the identification of the individual with the community and—appropriate for monuments—are usually cladded with marble tiles. The striped marble facade of the Cultural Center (1962) in Wolfsburg is reminiscent of Siena, whereas the white Finlandia hall (1971) looks more like a snowy hill. Both the Finlandia and the Essen Opera House (competition 1959, completed 1988) are very much in the Expressionist tradition and seem to celebrate the social event of visiting a theater rather than responding to the functional needs of an opera.

 

Aalto’s image in crticism does not really reflect his sensitivity to region, nature, or the human being in an abstract sense but rather in the context of critical debates on the lack of regional, natural, and human qualities in international modernism. Thus, in Göran Schildt’s characterization of Aalto as the secret opponent within the Modern movement, the word “within” should be emphasized. Aalto did not undermine the cultural field of modernism but exercised his critique internally. Many of his 1950s buildings, for example, addressed the placelessness of modern architecture, which critics had complained about. His Rautatalo office building (Helsinki, 1955) in particular was singled out by critics as a successful example of contextualism because the brick corner pilasters could be read as minimal markers that indicated respect for the built context, the adjacent brick facade of the bank by Eliel Saarinen, without giving up the modern agenda.

 

 

Biography

 

Contextualism; Corbusier, Le (Jeanneret, CharlesÉdouard) (France); Finland; Helsinki, Finland; International Style; Paimio Sanatorium, near Turku, Finland; Villa Mairea, Noormarkku, Finland; Villa Savoye, Poissy, Franceoffice in Turku (1927–33); private architectural office in Helsinki (1933–76). Appointed visiting professor, Massachussetts Institute of Technology (MIT) 1940; returned to Finland 1941; returned to United States, Professor, MIT (1946–48); Chairman of the Association of Finnish Architects SAFA (Honorary Member 1943–58); married architect Elissa Mäkiniemi, 1952; Member of the Finnish Academy, 1955 (Emeritus Member since 1968); President of the Finnish Academy, 1963–68; died 11 May 1976 in Helsinki.

 

 

Selected Works

 

Jyväskylä Workers’ Club, Jyväskylä, Finland, 1925

Seinäjoki Civil Guard Building, Jyväskylä, Finland, 1926

Standardized Apartment Building, Turku, Finland, 1928

Defense Corps Building, Jyväskylä, Finland, 1929

Muurame Church, Muurame, Finland, 1929

Turun Sanomat office building, Turku, Finland, 1929

Paimio Tuberculosis Sanatorium, Paimio, Finland, 1933

Viipuri Library, Viipuri, Russia, 1935

Finnish Pavilion, World Exhibition in Paris, 1937

Finnish Pavilion, World Exhibition in New York, 1939

Sunila Pulp Mill, Kotka, Finland, 1937

Sunila Housing, Kotka, Finland, 1939

Villa Mairea, Noormarkku, Finland, 1939

Baker Dormitory, Massachusetts Institute of Technology, Cambridge, 1949

Säynätsalo Town Hall, Säynätsalo, Finland, 1952

Muuratsalo Summer (Experimental) House, Muuratsalo, Finland, 1953

Rautatalo Office Building, Helsinki, Finland, 1955

National Pensions Institute office building, Helsinki, Finland, 1957

Hansaviertel House, Berlin, Germany, 1957

Expressionist House of Culture, Helsinki, Finland, 1958

Neue Vahr Apartment building, Bremen, Germany, 1962

Heilig Geist Parish Center, Wolfsburg, Germany, 1962

Enso-Gutzeit Headquarters, Helsinki, Finland, 1962

Schönbühl Apartments, Lucerne, Switzerland, 1968

 

 

House of Culture, Helsinki

House of Culture, Helsinki, designed
by Alvar Aalto (1952–58)

What the Future Holds

Posted by HB on Monday, June 6, 2011 , under | comments (0)



We’ve just looked at some of the many ways that humans have explored art and architecture in the past. For more than 40,000 years, people have experimented with different materials and techniques to come up with new and unusual ways of artistic expression. You would think that we would have exhausted the possibilities by now, but human creativity keeps giving us fresh approaches to doing art and architecture. It’s hard to know what technological advances will come, but it is certain that both architects and artists will find a way to make use of them. Here are a few recent developments that pro-vide clues as to what is just over the horizon.



DRAWING WITH LIGHT

Previously discussed how the bouncing and bending of light are critical to being able to see paintings, photographs, and even color. These days, artists can go right to the source by actually drawing with a beam of light. If you have ever been to a rock concert, sporting event, or another event at which there was a laser light show, then you’ve experienced this new art form. Laser light is different from the white light that comes from the Sun or a lamp. Instead of being a blend of different frequencies, laser light waves are all the same. This means that laser light is a coherent form of light.A second property of laser light is that the rays that make up the beam are parallel to one another. When they leave the laser, they spread out very little. As a result, the light from a laser is extremely bright and can be manipulated to create interesting effects.


Laser light is a coherent form of light. The rays that make up the beam are parallel to one another and spread out very little, making for very bright light that can be manipulated in fascinating ways, such as for laser shows at rock concerts

Most laser light shows depend on a visual phenomenon called persistence of vision. This is the same effect that allows us to see motion pictures and animated cartoons. In order to produce an image, a laser beam is bounced off several fast-moving mirrors. If the mirrors were stopped, you would see only a single dot. By moving the mirrors, the dot is bounced around so quickly that the individual dots merge into an image. You can try the same effect in a dark room with a bright flashlight. Just shine the beam of the flashlight against a wall or ceiling. Start moving the flashlight around in a circle. The single spot will turn into a circle of light if you get it going fast enough.

Of course, it’s a big jump from producing a simple circle of light to the complex images viewed at most laser light shows. Most laser artists rely on a computer to program the images. The output of the computer is connected to an electronic controller with a mirror attached to a swiveling head. The movements and the speed depend on the voltage that the controller receives from the computer. By bouncing the beam off two controllers set at right angles to each other, laser artists can create an infinite number of patterns with a single laser beam.


3-D IMAGES

While we’re on the subject of lasers, we can’t forget about the science and art of holography. A hologram is something like a photograph, only it’s a three-dimensional image. It’s formed using laser light and is captured on a special photographic plate. Holography is not a new art form. The first holograms were made in the late 1940s, but the technology has developed so quickly that today almost anyone can make them.

When you take a regular photograph, you are capturing light rays on a piece of film. A photograph records the intensity of the light bouncing off an object. The picture will look bright where there is a large amount of light and dark in places with little light. With a hologram, not only are you recording the light intensity, but you also get specific information about the reflected light waves. This information includes the direction and distance from which the light has bounced off the various parts of the object. From this wave data, a three-dimensional image can be constructed.

To make a hologram, light from a single laser is split into two beams. The first beam, called the object beam, is directed toward the object. The object beam is spread out over the object, lighting it. Reflected light from the object then strikes a photo-graphic plate. The second beam, called the reference beam, is directed at the same photographic plate. At the plate, the two beams interfere with each other in such a way that the waves they produce either enhance each other (to make a bright spot) or cancel each other out (to make a dark spot). As the beam scans the photographic plate, an interference pattern of the entire object is produced.

After the hologram is produced, a person can then view the image in regular white light. When you look at a hologram, you are actually seeing hundreds of two-dimensional images, each at a slightly different angle. Because you are looking at the plate with two eyes, each eye sees a slightly different image. It’s up to your brain to merge the two images into a three-dimensional image, just as it does when you view objects in the real world.


KEEPING OLD ART LOOKING NEW

One challenge scientists face today is how to preserve ancient pieces of art. Paintings, pottery, and sculptures that are hundreds or thousands of years old are constantly being degraded by the elements. Over time, changes in temperature and humidity, dust, air pollution, and even sunlight can all have negative impacts on various types of art. In most museums, very old and delicate pieces are kept in special climate-controlled cases, and visitors aren’t allowed to take flash photographs of the works.

As you might expect, things are even more difficult for art pieces that are not housed in museums. One particularly troublesome problem has developed with the ancient cave paintings found in Lascaux, France. As previously noted, these drawings are thought to be around 20,000 years old. Until a few decades ago, they were incredibly well preserved because the environment in the cave had not changed for thousands of years. Once the cave was discovered in 1940, the internal environment changed quickly. Body heat from tourists, plus the heat from lamps used to light the pictures, raised the cave’s temperature. In addition, eager tourists who touched the drawings left behind oils and dead skin cells on the wall, and their breath changed the chemistry of the air.

When scientists realized that leaving the cave open to the public was causing problems, they shut them down in 1963. But the damage was already done. In the late 1990s, scientists started seeing black and white spots on the walls. These were due to several varieties of fungi and bacteria that had been brought into the caves by humans, and they were threatening to cover the pictures. Treating the microbes with a biocide halted their spread, but it didn’t kill them all. Recently scientists have discovered that some of the bacteria—which also happen to cause disease in humans—have developed a resistance to the biocide. If the scientists continue using the biocide to protect the art-work, they could be creating resistant bacteria that may some-day infect people. If they don’t use the biocide, the cave will be overrun with microbes, and the artwork could be destroyed.


ART FROM AUTOMOBILES : RECYCLING AT ITS BEST

Imagine this scene: You’re driving along on a rural country road when in the distance you see what appears to be the skeleton of a Tyrannosaurus rex towering over the landscape. As you get closer, you discover that the skeleton is not made of bones or plaster casts but instead of wrenches, chains, gears, and a variety of other pieces of machinery. Next to the metal monster is a rocket ship made from pieces of an old Cadillac and what appears to be a giant Fender Stratocaster guitar—only this one is made from real fenders! No, you haven’t entered an episode of the Twilight Zone. You have stumbled upon Steve Heller’s Fabulous Furniture. As you might have guessed, this is not your typical furniture store. Located in the tiny town of Boiceville, New York, (not far from where the famed 1969 Woodstock music festival took place) it is a cross between an amusement park and an old scrap yard.

Steve Heller is not your typical furniture builder. He’s an artist who specializes in making “functional art” out of what most people would consider junk. He has been running his shop since 1973, by welding metal, cut-ting wood, and assembling pieces of old cars into lamps, tables, entertainment centers, and even beds.

Artist Steve Heller builds art out of old machine parts. His Tyrannosaurus rex includes chains, gears, and wrenches, among other parts


Over the years, many artists have “pushed the envelope,” trying to find new ways to express themselves. Few have done it as successfully as Heller. He uses many types of old machine parts in his works of art, but the cars that Heller chooses most often as sources for materials are vintage, 1950s-era Cadillacs. These cars, which were originally modeled after rockets and planes, feature huge tail fins, bullet-shaped lights, and grills that resemble smiling sharks. Over the years, he has collected dozens of these mechanical marvels, pieces of which can be seen stacked up behind his workshop.

Heller says that creating unusual art forms started when he was growing up in New York City. After he finished his paper route, he would go to a local park and collect oddly shaped tree branches, which he would assemble into “natural” sculptures. His father was an antiques dealer, and Heller would often take some of the broken pieces from antiques and combine them in new ways. This eventually led to his fascination with old auto-mobiles. Rather then see them get crushed, he began rescuing and recycling them into functional works of art. In fact, one of his most prized possessions is the car he drives: a fully restored 1959 Cadillac, complete with side pipes that shoot fire and a variety of his own unique additions.


GLASS HOUSES?

Glass has many properties that give it a variety of uses, including windows, storage containers, and beverage decanters. Though glass is useful, it is also fragile. Hit a piece of glass the wrong way, and it will shatter. For this reason, other than its use in windows, glass was an historically rare building material.

Now, in an attempt to show the strength and versatility of glass, a group of engineers and architects modified the observation deck of the Sears Tower (now called the Willis Tower) in Chicago with four glass observation boxes. The walls, ceiling, and floor of each box are made entirely of glass. Each box sticks out from the side of the building. If people enter a box and look down at the floor, the only thing they see is the street about a quarter of a mile below. The boxes do have a steel framework that secures them to the building, but the glass bears the load. Of course, the glass used in this structure is a bit different from the stuff you find in a typical window or pickle jar. Each structural panel is made of three sheets of half-inch-thick (1.3-cm-thick) glass, bonded together with a polymer film. This unique sandwich approach is designed as a safeguard. If one sheet of glass should crack, the polymer film will isolate it and keep the other sections from breaking.

If the idea of using a substance as fragile as glass as a building material sounds a bit strange, that’s exactly what the designers are hoping you will think. They wanted to demonstrate just how far glass-manufacturing technology has come. If they get their way, these structures are just the start. One goal for the future is to eliminate steel and other support frameworks so that a structure can be built entirely of glass. By using special adhesives to hold the glass together, one engineer in Germany has already built a 28-foot (9-m) dome of nothing but glass. Similarly, designer James O’Callaghan has installed glass staircases in all the new Apple Computer stores.


A TRIO OF MODERN DAY PYRAMIDS

There is no question that the ancient pyramids of Egypt and Central America are architectural marvels. At the time of their construction, they were clearly state-of-the-art structures. Although many people think of pyramids as buildings from the past, the design has not faded away. When officials at the Transamerica Corporation wanted a unique building for their headquarters in San Francisco, they went with a pyramid. Completed in 1972, the Transamerica Pyramid tops out at more than 850 feet (260 m) high, making it the tallest building in the city.


The entrance to the Louvre Museum in Paris contains a vast steel and glass pyramid surrounded by three smaller pyramids. Situated next to the original building, this futuristic structure presents the striking contrast between modern and classical architecture

When the main entrance of the world-famous Louvre Museum in Paris was in need of a facelift, the architects decided to cover it with an enormous steel and glass pyramid, surrounded by three smaller pyramids. Completed in 1989, the futuristic structure offers an unusual contrast to the classic architecture of the rest of the museum’s buildings.

Finally, in 1991 the city of Memphis, Tennessee, built a 20,000-seat sports arena in the shape of a pyramid on the banks of the Mississippi River. Memphis is also the name of a city in Egypt where several important pyramids are located. Rising to a height of 321 feet (98 m), the Pyramid Arena is the sixth-largest pyramid in the world, about 125 feet (38 m) shorter than Egypt’s Great Pyramid. What these modern pyramids prove is that some designs can clearly stand the test of time.


GREEN BUILDINGS

These days, you hear quite a bit about “green” buildings, but in this case we’re not talking about the color. Green is a relatively new term used to describe technologies and structures that have a low impact on the environment. In the past, when architects designed buildings, their main concerns were with the size, function, and stability of the structures. The amount of energy a building was going to use and how much waste it generated were usually afterthoughts. As a result, many traditional buildings use a tremendous amount of electricity for lighting, heating, and cooling. Heating systems that burn oil or natural gas release large amounts of carbon dioxide and other pollutants into the air.

In an effort to reduce the “environmental footprint” of new and existing buildings, many architects are taking a closer look at the structures they design to try to reduce the overall impact they have on human health and the natural environment. They work to reduce the energy that a building uses and to decrease the waste and pollution that it generates. Some green buildings use natural daylight as lighting instead of electric lights. Some have increased insulation in their walls and ceilings, and some have specially designed windows to reduce cooling and heating needs.

Saving energy is only the first step in making buildings green. Some architects have taken their buildings to whole new levels of efficiency by redesigning them from the ground up. By orienting the building in the proper direction, they can take advantage of solar heating and cooling. By using recycled materials in construction, they help to reduce waste. Some architects have even turned their buildings into miniature power plants by incorporating solar panels and windmills that generate a large portion of the building’s electrical needs. The bottom line is that the greener a building is, the greener our Earth will be!


ADOBE : AN OLD TECHNOLOGY MAKES A COMEBACK

Every once in a while, a new technological revolution will come along that is not really so new. Take housing, for example. In many parts of the world, people simply cannot afford homes made with lumber, concrete, and brick. This is particularly true in rural desert areas where there are few trees, and lumber and other building supplies must be shipped long distances. To get around this problem, a growing number of architects are turning to adobe, a traditional building material that was first used thousands of years ago. What’s adobe? Basically it’s mud mixed with straw and other fibrous plant material.

Adobe offers many advantages in a desert environment. First, it’s plentiful and inexpensive. All you need to do is dig up some dirt, mix it with water and straw, and shape it into bricks. After baking in the sun for a few days, the adobe bricks can be stacked just like oven-fired bricks. Bricks made from adobe are usually much larger than traditional clay bricks. Because of their size, they offer better insulation, which is particularly important when days are hot and nights are cold. Adobe bricks also can be easily shaped to form domed roofs and arched doorways.

Because it’s cheap, abundant, and offers better insulation, adobe is a good alternative to brick or lumber building materials. It is best to use adobe in desert settings because it can fall apart when wet

There are a few problems with adobe bricks. It is difficult to make the bricks in any color but the color of mud, and they are almost impossible to paint. In addition, when adobe bricks get wet, they tend to fall apart. In a desert, where rain is scarce, this is not generally an issue. In architecture, high technology isn’t always the best technology. Sometimes going back to an older, more traditional way of design is the most appropriate technology. That’s what the science of art and architecture is really all about!