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THE WORLD'S 10 MOST INCREDIBLE BUILDINGS MADE ENTIRELY OF WOOD

At once humble and luxurious, raw and refined, wood—in all its many forms—is surely one of the most versatile materials on the planet. In fact, Wood (Phaidon, $49.95) is also the apt title of a forthcoming book by William Hall, which pays homage to this natural wonder’s enduring appeal. More specifically it looks at its manifold architectural applications: From a strikingly angular pine heartwood church in the west of Norway to a library facade composed of locally sourced twigs in the countryside near Beijing, the new tome features 170 structures from all around the world that make innovative and beautiful use of timber. The book is thematically structured in chapters like Form, Landscape, and Light, and includes works by some of today’s most notable architects (Sou Fujimoto, Tadao Ando, and Peter Zumthor among them), as well as less widely known contemporary names and late greats like Le Corbusier.

Words: Natalia Rachlin

www.architecturaldigest.com

Fogo Island Inn, Fogo Island, Canada


Saunders Architecture, 2013

Situated on the remote Fogo Island in Newfoundland, the Fogo Island Inn was designed by Saunders Architecture as part of a push to turn this former fishing community into an unexpected architectural destination. The timber hotel was inspired by the simple silhouettes of local cottages and stilted seaside properties.

Photography: Zach Goudie

Fireplace for Children, Trondheim, Norway


Haugen/Zohar Arkitekter, 2010

The Oslo-based firm Haugen/Zohar Arkitekter built this wooden, igloo-like construct with materials left over from a nearby construction site in the Norwegian city of Trondheim. Intended as an intimate gathering place for fireside storytelling, the project was conceived in response to a brief that sought to create fun environments for local children.

Photography: Jason Havneraas

Office Off, Burgenland, Austria


heri & salli, 2013

The Vienna-based practice heri & salli got creative with this office building in Burgenland, Austria, which unsurprisingly is the HQ of a cladding company. The timber grid that wraps around the structure conveniently doubles as an abseiling tower.

Photography: Paul Ott

Timber House, Newmarket in der Oberpfalz, Germany


Kühnlein Architektur, 2014

Composed of two barn-like structures joined in the middle, this private home in Newmarket in der Oberpfalz, Germany, was conceived by Kühnlein Architektur. The entirety of the exterior is covered in untreated larch strips (that will weather to a silvery gray), concealing the home’s windows from the outside while letting daylight through to the inside.

Photography: Erich Spahn

Volga House, Tverskaya, Russia


Peter Kostelov, 2009

This boxy country house on the banks of the Volga river in Tverskaya, Russia, is clad in wood panels that are angled in seven distinct ways. The Russian architect Peter Kostelov wanted to interpret Soviet era dachas (country houses) in a contemporary way by nodding to the slightly piecemeal sensibility of those historic homes.

Photography: Alexey Knyazev

Mae Sot Dormitories, Bangkok, Thailand


a.gor.a Architects, 2012

These low-cost temporary dormitories in Bangkok, Thailand, are part of the Mae Tao Clinic, which offers healthcare and education to refugees of the civil war in neighboring Myanmar. Designed by Thai a.gor.a Architects, the buildings, which house 25 people, are made from locally sourced bamboo, thatch, and recycled timber.

Photography: Franc Pallarès López

Barn B at Mason Lane Farm, Goshen, KY, USA


De Leon & Primmer Architecture Workshop, 2009

This striking large-scale shed in Goshen, Kentucky, was designed by the Louisville-based De Leon & Primmer Architecture Workshop. Crafted from locally grown bamboo, the structure is used for seasonal crop storage, and the airy construction allows for plenty of natural ventilation, which is required to dry hay.

Photography: Roberto de Leon

Knarvik Community Church, Knarvik, Norway


Reiulf Ramstad Arkitekter, 2014

Nestled in the Norwegian wilderness, this dramatic angular church by Reiulf Ramstad Architects was constructed with mottled pine heartwood, which comes from the center of a branch or trunk and is known for its durability.

Photography: Hundven-Clements Photography

Liyuan Library, Beijing, China


Li Xiadong, 2011

This library’s unusual twig cladding was inspired by bundles of firewood that the Chinese architect Li Xiaodong noticed during early visits to the site in the countryside near Beijing. The sticks, sourced from local fruit trees, are aligned to allow sunlight to filter through to the interior.

Photography: Li Xiaodong

House K, Stockholm, Sweden


Tham & Videgård Arkitekter, 2004

The firm Tham & Videgård Arkitekter opted for black-stained plywood panels of varying widths to cover the entirety of this moody pine framework house in Stockholm, Sweden.

Photography: Åke Eson Lindman

WOOD by William Hall.

Photography: Phaidon

SUGGESTIONS

VALDES' ISLAND SHACK IN BRITISH COLUMBIA

Over the course of five weeks with a small group of craftsmen camping in the wilderness, the Hinterland Crew completed this remote island retreat from the ground up. Scope included site work, assembly of pre-fab framing, all exterior and interior finishes, millwork, and cabinetry. The house sits on a bluff overlooking the Salish Sea utilizing solar power and rainwater filtration systems. A true off grid escape.

ALASKA’S TRACY ARM FJORD

During the Summer of 2016, Munko embarked on an Inspiring Adventure up the Best Coast of the United States - traveling pretty much as far north as it goes. Venturing on a small Vessel, he toured and photographed the incomparable Tracy Arm Fjord in Juneau Alaska, and captured it's picturesque landscapes in Full-Spectrum. These photographs were quite unique, as he was equipped with a custom modified Full-Spectrum FujiFilm X-T1 IR, a grip of LifePixel Super-Color Infrared Filters and some Vintage Nikon Manual Focus lenses - together producing some fiercely psychedelic and experimental palettes that portrayed the scenery in an entirely new light. Named after navy secretary Benjamin Franklin Tracy, the fjord is over 30 miles long and over a fifth of it is covered in ice.

BUY SANTA'S HOUSE FOR $657K

A toy-lover's paradise nestled on 25 idyllic acres at the North Pole – perfect for spirited reindeer games. The home, constructed in the 1800s of gorgeous old-growth timber logged on site, is steeped in Old World charm but offers modern-day amenities, thanks to a 2013 renovation.

THE WOODEN HOUSE

Located in a natural setting, on the edge of a large forest shingle in Slovenia, this modern wooden house was awarded 1st place nationally for the best wooden construction in Slovenia. The Wooden House was designed with the intent to provide a resilient shelter from adverse weather, whilst creating the internal environment replicating the sensation of being outdoors. Soft wooden interiors are shielded by a durable outer shell.

JOHNNY DEPP'S STUNNING 5-UNIT COMPOUND IN THE SKY

Johnny Depp now has compounds listed on two continents — a French village on which he recently doubled the price, and this group of five penthouses in Los Angeles’ landmark Eastern Columbia Building.

LIVE AMONG THE TREES

Travel to Hawaii, San Francisco and Cornwall, United Kingdom and stay among nature - literally - in these beautiful and unique treehouse living spaces.

TED TURNER'S VERMEJO PARK RANCH IN NEW MEXICO

The billionaire businessman resides at Casa Grande, a stone house originally built in 1908 which sits near the main lodge and park headquarters.

INHABITING THE MALIBU HILLS

The Mugu House in Malibu, California is a stunning fusion between nature and modern architecture. Designed by LA-based Stéphane Malka Architecture, it embodies a return to the roots of classic architecture in connection with the natural elements, a dialogue with the mountain itself.

INSIDE THE OBAMAS' POST-WHITE HOUSE HOME

The Obamas signed a contract to lease an 8,200-square-foot home in Washington D.C.’s Kalorama neighborhood. Located at 2446 Belmont Road NW, the red-brick abode contains nine bedrooms and eight-and-a-half bathrooms spanning three stories. It's estimated to be worth $6.4 million, but the Obamas are only renting. Owned by Joe Lockhart—who served as press secretary under Bill Clinton—and his wife, Giovanna Gray, the stately dwelling was partly chosen for its close proximity to Sidwell Friends School to enable the Obamas’ younger daughter Sasha to finish school.

 

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AS CLIMATE CHANGE INTENSIFIES, ARCHITECTS, DESIGNERS, AND SCIENTISTS ARE DEVISING BETTER WAYS TO DEAL WITH ALMOST ANYTHING NATURE THROWS OUR WAY.


RECORD-BREAKING HURRICANES, historically bad fire seasons out West, unprecedented flood levels in the Midwest, and “bombogenesis” becoming a household word along the Eastern Seaboard: Devastating weather events are the new normal in nearly all areas of the United States. Climate change is causing both more-frequent and more-severe calamities. Add to that ongoing threats from earthquakes, tornadoes, and volcanoes, and it’s no surprise that, according to NOAA’s National Centers for Environmental Information, natural disasters cost us more than $306 billion in damage in 2017. But a new generation of architects, designers, and experts is creating infrastructure and buildings that respond to both extreme conditions and ongoing stress. Here’s a look at some of the most innovative approaches to living in an increasingly apocalyptic world.



STREET-DRAINING TILES

Cities are dense with impermeable sidewalks and streets, so the concrete jungle doesn’t exactly drink up excess water during storms. The result: destructive flash floods. To help, Danish architecture firm Tredje Natur developed Climate Tiles, a modular paving system that collects and distributes rainwater. The slabs resemble a normal paved surface but sport small perforations that funnel storm runoff into horizontally connected channels. The system captures water from roofs, streets, and parking lots, and delivers it to nearby permeable landscapes—such as garden boxes or park spaces—where it can be absorbed. Tredje Natur already gave a few Copenhagen sidewalks a face-lift this year to test out the tiles. But even before that experiment is finished, Toronto and several other cities have put in requests for the rain-draining material.



FEED THE FLORA

Plants offer many perks to city dwellers, including shade, beauty, and habitat for wildlife. But they also drink up water that might otherwise flood busy streets.

REMOVE WASTE

The Tredje Natur system keeps storm runoff from mixing with everyday pollutants like road salt, fertilizer, and sewage, ensuring that plant life gets only the best.

GATHER RUNOFF

Roads, sidewalks, and terraces connect people but are often also impermeable to rain. Small changes like perforated surfaces can help cities manage runoff.

CHALLENGE: FLOODING; LOCATION: COPENHAGEN, DENMARK

PORES FOR POURS

Tredje Natur Climate Tiles have tiny perforations that allow rainwater to be funneled toward plants. Permeable pavements come in many different forms: Elsewhere, urban planners utilize a type of porous asphalt to absorb storm runoff.



TORNADO RESISTANT HOUSE

CHALLENGE: TORNADOES; LOCATION: JOPLIN, MISSOURI

On a calm Sunday in 2011, one of the deadliest twisters in U.S. history, an EF5-rated multiple vortex storm, tore through Joplin, Missouri, killing 161 people. Afterward, as the city rebuilt, Toronto-based Q4 Architects designed a concept house that shows how homeowners might better survive—and recover more quickly from—such disasters.



Carbon-Neutral

Considering your building’s long-term impact on the environment is a key component of resilient design. So Q4 built its house with an eye toward being easy on the planet. A custom blend of concrete sequesters carbon emissions, and all the other materials are made within 500 miles of the site.


Strong on the Inside

Called the CORE House, the building is constructed around a central space made of well-anchored concrete that would meet Federal Emergency Management Agency standards for “near-absolute protection.” All the critical needs of daily life—a place to rest, cook, and use the bathroom—are protected here. Surrounding rooms feature traditional comforts such as larger windows.


Restoring Function

Municipal infrastructure often takes a while to come back online after natural disasters. So Q4 has built photovoltaic panels and water-harvesting systems into the safe house to provide emergency backups. The perimeter has openings strategically located to withstand gales but large enough to help keep the home cool.



FLOATING HOUSES

CHALLENGE: FLOODING; LOCATION: WORLDWIDE

As Hurricane Harvey demonstrated in 2017, huge swaths of the U.S. are increasingly prone to severe storms that knock out power and flood hundreds of thousands of homes. Architects have taken note, creating new types of floating and amphibious homes worldwide. Here are some of their protective features.



MOVING FOUNDATIONS

One of the ways to safeguard a house from floods is to move it up and out of the way. Dutch architect Koen Olthuis has designed floating homes in the Netherlands, Dubai, and China that can rise in order to dodge an encroaching deluge. Some of these houses rest on hydraulic systems that can lift them up to 40 feet above stormy waters and remain stable even in winds up to 156 miles per hour.



WATERPROOF UTILITIES

An amphibious home on an island in the River Thames, built by U.K.-based Baca Architects, features terraced gardens that act as an early-warning system. If they flood, the owners know that the house is about to be threatened by water. When it rises up off its foundation, all of its utilities remain connected through elephant cabling—a flexible casing that carries electricity, water, and sewage.



EFFICIENT SYSTEMS

Hurricane Katrina proved the importance of building for extreme conditions around New Orleans. The FLOAT House, designed by Morphosis Architects, can provide its own water and power. The specifically sloped roof funnels rainwater into cisterns, where a filtration system renders it drinkable. A geothermal heat pump cycles air to warm or cool the indoors with Earth’s 45-to-75-degree subsurface temps.


THE FOG COLLECTOR



THE FOG COLLECTOR

CHALLENGE: DROUGHT; LOCATION: MT. BOUTMEZGUIDA, MOROCCO

Some residents of Morocco who live near the Sahara used to spend hours every day retrieving water by donkey, but a new fog-collecting system is changing that. The Aqualonis Cloudfisher’s sturdy fabric mounts onto frames and can resist 74-mile-per-hour winds while collecting moisture from the frequent mountain mist. This drips into a 16-mile pipeline, then flows directly into taps in more than 70 homes. Though people have erected similar systems in South America, Aqualonis claims Cloudfisher is the first to withstand stronger gusts. Innovative drinking-water solutions will gain importance as climate change alters rain patterns across the globe.


LIVING BREAKWATERS

CHALLENGE: RISING SEAS; LOCATION: NEW YORK CITY

2012’S SANDY was one of the deadliest hurricanes in New York City’s history. More than half of the 43 people killed were on Staten Island, where tidal surges as tall as 14 feet swamped the coastline. As the waters retreated, a federal task force held a competition to figure out how to best protect the area from future tempests. Living Breakwaters, one of the winning designs and led by architecture firm SCAPE, plans to tame the waves along the borough’s south shore with a 4,000-foot necklace of rubble, stone, and concrete barriers. The structure will also encourage protective ecosystems, including oyster beds, which form natural reefs.



Fire-Resistant Houses

CHALLENGE: WILDFIRES LOCATION: WESTERN UNITED STATES

Fire season has expanded in the U.S. by about 78 days over the past several decades. While experts say that not living in flame-prone zones is probably the best way to minimize risk, for people who already live there, some easy changes will improve their property’s likelihood of making it through a blaze. One of the best is to lessen the number of combustibles near their homes, says Patricia Champ, an economist at the U.S. Forest Service’s Rocky Mountain Research Station. Use less-flammable roofing material, such as asphalt shingles, clay tiles, or aluminum. (Some of these happen to be among the cheapest options out there.) Trimming or removing trees and vegetation near structures also makes a big difference, she says.


SELF-HEALING CONCRETE


BEFORE

AFTER


Self-Healing Concrete

CHALLENGE: CRUMBLING INFRASTRUCTURE LOCATION: WORLDWIDE

Higher concentrations of carbon dioxide in our atmosphere actually accelerate deterioration of concrete. As CO2 penetrates a structure, it reacts with already present moisture and calcium hydroxide, progressively eating away at the layer of cement covering steel reinforcements, leaving them vulnerable to rust. Fortunately, Henk Jonkers, an environmental scientist at TU Delft in the Netherlands, has invented a self-healing version. Jonkers embeds concrete with nitrogen, phosphorus, calcium lactate, and a limestone-producing bacteria. The additives lie dormant until a fissure emerges, admitting air and moisture. Then the bacteria activate, feeding on the calcium lactate, converting it into limestone, and sealing the split.



ELECTRIC CARS THAT BACK UP LOCAL GRIDS




ELECTRIC CARS THAT BACK UP LOCAL GRIDS

CHALLENGE: POWER FAILURE; LOCATION: WORLDWIDE


IT TURNS OUT THAT cloudy, windless days don’t yield much renew-able energy—a roadblock in shifting power grids away from fossil fuels. But electric cars, which are essentially batteries on wheels, might accelerate a solution. Their drivers could be encouraged to use their vehicles to stabilize the grid by rewarding them for storing extra power. While owners are working during the day, their vehicles can charge on energy from solar farms, and later, parked at home, earn their owners a little cash by selling surplus juice back to the grid. Alternatively, since wind typically blows harder at night, electric cars can store this fleeting power and release it the next day. Networked car batteries could thus provide stability to local networks, lowering the possibility of blackouts, not to mention providing their owners with emergency power. The potential impact is surprising: In a recent paper, researchers at the Lawrence Berkeley National Laboratory suggested that California’s aggressive policy—requiring 33 percent of its energy to come from renewables by 2020—can be met simply by using electric vehicles as storage. Doing that will also lessen the need, and cost to taxpayers, to build stationary storage infrastructure.



VOLCANOES

“THERE’S NOTHING YOU CAN DO TO STOP A VOLCANO. IT’S REALLY ABOUT NOT LIVING WHERE THERE HAVE BEEN LAVA FLOWS IN THE PAST,” SAYS JESSE KEENAN, HARVARD PROFESSOR AND CLIMATE-CHANGE CONSULTANT.

Dragon”-Tested Materials"

CHALLENGE: WILDFIRES; LOCATION: TSUKUBA, JAPAN

It’s surprisingly difficult to prove fire resistance in materials—mostly because it requires making a real-world-strength blaze without burning down your lab. So Samuel Manzello, a researcher for the National Institute of Standards and Technology, helped develop what he refers to as “The Dragon.” (Formally, it’s called the NIST firebrand generator.) Investigators fill the 12-inch-diameter, 5.5-foot-tall tubular contraption with wood chips, which are ignited by two propane burners. Used in combination with one of the world’s only fire-research wind tunnels, located in Tsukuba, Japan, testers can create firebrands that move at 32 feet per second. This allows researchers to simulate natural conditions such as wind-driven wildfires that rush into urban areas. NIST used the Dragon to support improvements in roofing to resist ignition, and to suggest changes to California’s fire code by testing the mesh size used to keep embers from entering building vents.


STANDING UP TO EARTH QUAKES



Standing Up to Quakes

CHALLENGE: EARTHQUAKES; LOCATION: TOKYO, JAPAN

Perched on one of the most seismically active tectonic-plate junctions, Japan registers more than 1,500 earthquakes every year. Architects there have pioneered new engineering standards to stabilize even skyscrapers. For example, Mori Tower, one of the tallest buildings in Tokyo, contains 192 oil-filled shock absorbers throughout its 54-story structure. A sensor inside these steel dampers detects small shudders and controls the flow of the fluid; when an earthquake is detected, the dampers slosh a thick oil in the opposite direction to counterbalance the tremor. The Japanese continue to push seismic technology’s boundaries, engineering dampers out of everything from isolation bearings to high-tensile carbon fiber.


WATER-SAVING IRRIGATION CHANNELS


A park revives an old way to conserve water via acequia (at right).


WATER-SAVING IRRIGATION CHANNELS

CHALLENGE: DROUGHT; LOCATION: SAN ANTONIO, TEXAS

HISPANIC SETTLERS brought a system of water management to the New World that is seeing new use as our climate changes. Called acequias, these networks of earthen canals traditionally branched out like arteries from rivers, some even allowing excess water to seep underground, where it could be stored for months. With reservoirs increasingly at risk for evaporation due to global warming, the U.S. Department of Agriculture’s Natural Resource Conservation Service began funding acequia infrastructure projects in 2015 as an alternative. San Antonio, Texas, recently built a modern adaptation in Phil Hardberger Park, where the system captures and diverts storm runoff from a parking lot. Lauren Stimson, one of the landscape architects behind the project, says it uses plant roots and sediments as a natural filter, collecting and storing runoff the way the region’s farmers did historically. Architects behind the project, says it uses plant roots and sediments as a natural filter, collecting and storing runoff the way the region’s farmers did historically.



Mangrove Dams

CHALLENGE: FLOODING; LOCATION: WORLDWIDE

Cities aren’t the only places floods impact. Low-lying areas can be fertile sites for productive farms, yet they’re susceptible to deluges. Mangroves could be an incredible natural defense mechanism against the rising waters, with a dynamic root system that aerates soil while holding it in place, reducing erosion and increasing drainage. But in many places, these natural ecosystems have long since been destroyed. Hungarian design collective Szövetség’39 brainstormed a modular, lacelike concrete structure to act as a base for mangrove saplings, which often have trouble getting established. The man-made foundation is designed to support the trees until they form a natural dam, then it slowly degrades beneath the water-stopping grove.


BUILDING BACKUP MICROGRIDS




Building Back Microgrids

CHALLENGE: POWER FAILURE; LOCATION: HIGASHI-MATSUSHIMA, JAPAN

After a calamitous earthquake and tsunami in 2011 led to meltdowns at the Fukushima Nuclear Power Plant, nearby towns applied the catastrophe’s lessons to their recovery efforts. Unlike many places that rebuild systems sure to fail again, the town of Higashi-Matsushima, which has a population of nearly 40,000, plans to put the city on a localized, renewable grid. For instance, the government converted a damaged park into a solar facility capable of producing enough energy for 600 families. And the town, which was 75 percent destroyed, has also constructed a smart microgrid with battery backup that can supply electricity to the entire area for several hours, or redirect it to hospitals and community buildings for several days. Twenty-five percent of the municipality’s power is already produced locally.

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