This gorgeous greenhouse-like home in the Netherlands soaks up daylight

April 21, 2017 by  
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From beneath this traditional thatched roof in the Netherlands emerges a stunning glass greenhouse. Lochem-based Maas Architecten conceived the Modern Countryside Villa as two contrasting volumes: an opaque, timber-clad space, and a transparent glass structure that lets the outside in. The Modern Countryside Villa, located on the edge of the town of Berlicum in North Brabant, has an H-shaped plan with contrasting wings that house different amenities. The timber-clad volume accommodates a garage and storage space , while a greenhouse-like structure protruding out from underneath the thatched roof functions as a studio space. The second wing houses the main living areas. The wooden volume in front of the living area houses a kitchen, pantry and toilet, while the master bedroom has direct access to the sheltered courtyard with a swimming pool and terrace. Related: DAPstockholm’s Energy-Efficient Villa Midgard is Nestled Into the Swedish Countryside The transparent parts of the house are sheltered by a grove of trees that lines the plot towards the nearby road. Large glazed surfaces provide an abundance of natural light and expansive views of the picturesque surroundings. + Maas Architecten Via Dezeen Photos by Edith Verhoeven Save

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This gorgeous greenhouse-like home in the Netherlands soaks up daylight

Green roof flows into a lush living wall on this modern Vancouver home

April 13, 2017 by  
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Texture and hand craftsmanship are king in this beautiful modern home in Vancouver . Design studio Measured Architecture completed the Rough House, a single family home and laneway project that skillfully combines a myriad of patterns, colors, and texture for visual interest without looking at all cluttered. With beautiful details to be found in every corner, the carefully constructed home is a delight for the eyes and even boasts lush green roofs and living wall. The 3,600-square-foot Rough House comprises two narrow structures, the main home and the smaller, detached laneway house, slotted into a tight urban lot in a way that still allows room for side yards and light wells. Carbonized cypress clads the primary residence while board-form concrete and repurposed white boardroom boards cover the smaller building. Large windows cut into the volumes frame views of the garden using Japanese principles of shakkei, or “borrowed view.” Related: Vancouver home built almost entirely with former building’s materials “Fundamental to the success of this project is the separation of the home from its neighbours in a tight urban condition through the narrowing of building to support increased side yard landscape edges and exterior light well circulation, displaced green space to regain connectivity to yard in an increased densification, and finally a play of textures to increase an intimacy between materials and occupant,” wrote the architects. The firm’s success can be seen in the outdoor patio, built like an extension of the indoor living space, that’s partly bookended by a lush living wall. The vertical garden appears to seamlessly connect with a green roof on the laneway house, a smaller version of the landscaped roof atop the primary residence. + Measured Architects Via Dezeen Images via Measured Architects

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Green roof flows into a lush living wall on this modern Vancouver home

This futuristic metal-clad residence is segmented like a lobster tail

April 5, 2017 by  
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This futuristic residential building in Luxembourg has a segmented facade that resembles the tail of a lobster or an exotic insect. Design studio Metaform sought to eliminate some of the major problems that occur in multi-family housing projects – such as the lack of privacy, natural light , and open space. Metaform approached the project in an experimental way in order to respond to the steep topography and preserve the existing three-century-old trees located on the plot. These elements inspired the form of the building, which is split into six smaller, vertically shifted blocks. This allowed the designers to preserve the required density while providing residents with a sense of belonging, identity and human scale. Thanks to the resulting layout, the units receive ample amounts of natural light and have panoramic views of the surrounding landscape and the city. Related: Innovative Gap House in Seoul saves space with communal living areas The ventilated facade is clad in triangular aluminium panels . Passive house design features work together with a well-insulated facade and glass elements coated with anti-UV film that protects the interior from overheating. Solar panels and living roofs round out the home’s green building strategies, ensuring low-energy performance. Related: Belles Townhomes is SF’s First LEED Platinum Multi-Family Housing The design eliminates long, horizontal circulation routes, which can often be dark and acoustically problematic. Three vertical cores connect underground parking directly to the apartments–an element that allows the units to have three-sided orientations. Apart from offering privacy, the architects also wanted to give residents the possibility to meet and get to know each other in common shared indoor spaces like kitchens and living rooms. + Metaform Via v2 com Photos by Steve Troes Fotodesign

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This futuristic metal-clad residence is segmented like a lobster tail

The original Brexit: ancient Britain’s geological split from Europe

April 5, 2017 by  
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Brexit – or Britain’s vote to leave the European Union – remains controversial even as Prime Minister Theresa May begins the process of leaving. But it turns out this process may not have been the first Brexit ever. Research led by Imperial College London scientists found evidence of an ancient geological Brexit – “the Brexit nobody voted for” – in the Dover Strait. According to their research a land bridge once existed between England and France . Ancient Britain, regardless of the lack of cities and people, might have been almost unrecognizable according to geophysical and seafloor data. In this Britain, which could have existed 450,000 years ago during an ice age, the whole English Channel would have been a frozen tundra crossed only by small rivers. Britain may have been physically connected to Europe by a chalk rock ridge spanning the Dover Strait that held back a proglacial lake , or lake in front of an ice sheet according to Imperial College London, in what is today the North Sea. Giant waterfalls from the lake could have contributed to erosion that breached the ridge. Related: UK’s Brexit vote could reverse environmental protections and contribute to climate change The data shows a valley system and huge holes on the seafloor. In France, there are around seven of these holes, or plunge pools, around 328 feet deep in a solid rock line between Dover and Calais. The straight line backs up the idea the holes were created by waterfalls cascading over a ridge about 328 feet high and around 20 miles long – the land bridge – to hit the ground below and erode rock. Catastrophic flooding is thought to have finished the ancient Brexit. The researchers found evidence of megaflood processes, which could have carved the valleys. Imperial College London professor Sanjeev Gupta, co-author on a paper published online yesterday in Nature Communications , said in a statement, “The breaching of this land bridge between Dover and Calais was undeniably one of the most important events in British history, helping to shape our island nation’s identity even today. When the ice age ended and sea levels rose, flooding the valley floor for good, Britain lost its physical connection to the mainland. Without this dramatic breaching Britain would still be part of Europe. This is Brexit 1.0 – the Brexit nobody voted for.” Via Imperial College London Images courtesy Imperial College London and Wikimedia Commons

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The original Brexit: ancient Britain’s geological split from Europe

Light-filled Compass House prioritizes low maintenance and energy savings

March 23, 2017 by  
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Toronto-based superkül architects designed a vacation home for a family of six transitioning back to Canada after living abroad. Set on the grassy plains of Mulmur, Ontario, the 4,300-square-foot dwelling is a striking all-white building that prioritizes low maintenance, natural light, and energy savings. The energy-efficient home was built in two phases, the first of which was certified LEED Gold . Created as a spacious weekend home, the Compass House comprises two volumes arranged in an L-shaped plan with multiple bedrooms and an open-plan kitchen, dining area, and living room at the heart. The dwelling was constructed with locally sourced fieldstone and other low-maintenance materials such as the white cement-board siding, aluminum windows, and steel roof. In contrast to the hardy, weatherproof exterior, the interior emanates warmth with white oak and knotty white cedar floors and walls. Related: Superkül Designs Canada’s First Active House Skylights and large windows fill the home with natural light and ventilation. The ample glazing also frames views of the varied landscape, from the forests to the west to the 100 acres of fields in the north and east. An outdoor courtyard extends the indoor spaces out. “Through its siting, tectonics and materiality, it balances intimacy and expansiveness, light and dark, land and sky — orienting and heightening one’s experience of the surrounding environment,” wrote the architects. Use of geothermal -powered heating and cooling, natural daylighting, passive ventilation, and high insulation values help keep energy demands low despite the building’s large size. Construction waste was also kept to a minimum. + Superkül Images by Ben Rahn / A-Frame Studio

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Light-filled Compass House prioritizes low maintenance and energy savings

Madison, Wisconsin commits to 100% renewable energy

March 23, 2017 by  
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Madison just became the first city in Wisconsin and the largest city in the Midwest to commit to 100 percent clean energy in just the latest example of how President Donald Trump can’t stop the renewables revolution. The state capital and college town is the 25th US city to commit to the transition away from fossil fuels and toward clean, renewable energy following Tuesday’s city council vote. The vote allocated $250,000 to develop a plan by January 18, 2018 for city operations to achieve goals of 100 percent renewable energy and net-zero greenhouse gas emissions across all sectors, including electricity, heating and transportation. “Madison’s historic commitment to 100 percent clean energy shows that we are determined to lead the way in moving beyond fossil fuels that threaten our health and environment,” Madison Common Council Alder Zach Wood said in a statement. “The benefits of a transition to 100 percent clean energy are many. These goals will drive a clean energy economy that creates local jobs, provides affordable and sustainable electricity, and results in cleaner air and water. I am proud to be a part of this council that has made the historic commitment that will lead our community to a more sustainable future.” Related: San Diego to become largest U.S. city to run on 100% renewable energy Abita Springs, Louisiana also voted on Tuesday to transition to 100 percent clean, renewable energy. The Sierra Club said that Madison and Abita Springs both committing to 100 percent clean energy demonstrates that there is bipartisan support across the country for a renewable energy future because liberal Madison voted for Hillary Clinton while conservative voters in Abita Springs went for Donald Trump. “Transitioning to 100 percent renewable energy is a practical decision we’re making for our environment, our economy, and for what our constituents want in Abita Springs,” Greg Lemons, mayor of Abita Springs, said in a statement. “Politics has nothing to do with it for me. Clean energy just makes good economic sense. By establishing a 100 percent renewable energy goal, we have an opportunity to use solar power that we can control in our community, for our community. Clean energy is a way that we can save money for Abita Springs both today and in the future.” Other American cities that have made the 100 percent renewable energy pledge include Burlington, Vermont; Aspen, Colorado; the California cities of San Diego, San Francisco and San Jose; Rochester, Minnesota; St. Petersburg, Florida; Grand Rapids, Michigan; East Hampton, New York; Greensburg, Kansas; and Georgetown, Texas. Via Sierra Club Image 1 , 2 via Good Free Photos

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Madison, Wisconsin commits to 100% renewable energy

Incredible video of Mars stitched together by hand from 33,000 images

March 23, 2017 by  
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If you’ve ever wanted to get up-close and personal with Mars , check out this incredible video recently released by NASA that shows the Red Planet’s surface in stunning detail. Entitled “A Fictive Flight Above Real Mars,” the video is a composite made from about 33,000 of the 50,000 high-resolution stereo images of the planet’s terrain made over the past 12 years by the powerful camera used in NASA’s High Resolution Imaging Science Experiment (HiRISE). These stereogram images depict the planet’s surface in incredible detail, which can only truly be appreciated in still images by using 3D glasses—or when merged together into an active, three dimensional, fly-over view, as was done by Finnish filmmaker Jan Fröjdman when creating this video. As Wired notes, Mars’ dusty atmosphere obfuscates its surface with massive storms so regularly that the only way to get a decent look at the planet is through imaging technology. So that’s what NASA did. “The best way to see the planet’s surface would be to take a digital image and enhance it on your computer, said planetary geologist and principal investigator for HiRISE, Alfred McEwen. Related: The UAE joins the race to build first city on Mars https://vimeo.com/207076450 Enter Fröjdman, who assembled the flyover shots piece by piece and colorized the monochrome images captured by the HiRISE camera. He was also responsible for identifying features like craters, canyons and mountains, then matching them between pairs of images. The 3D panning effect was the result of a painstaking process that involved stitching the images along reference points and then rendering them as frames in a video. Fröjdman spent three months working on the project, during which time he picked and stitched by hand more than 33,000 images. The result of his work is worth the effort—a truly stunning video. Via Wired Video and image via Jan Fröjdman , Vimeo

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Incredible video of Mars stitched together by hand from 33,000 images

Minimalist prefab home hides a sculptural light-filled interior

March 17, 2017 by  
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Berrel Berrel Kräutler Architekten designed a minimal prefabricated house with a modest appearance that belies a sculptural interior. Located in Rodersdorf, Switzerland, this single-family home has a deceptively simple design with its gabled roof and facade clad in metal and timber. The interior is divided into four levels with split-levels that maximize space and access to natural light. Constructed with a timber frame , the 172-square-meter home sits high on a slope overlooking views across the Alsatian landscape. The asymmetrical gabled roof and shape of the home, which steps down on the landscape, was designed to meet local building code specifications. To make the most of the slope change, the architects added split-levels and inserted a wooden shell mounted beneath the roof. Like a house-within-a-house concept, the wooden shell houses the two upper floors and is accessible via a set of minimalist wooden stairs. Related: Ant House hides an innovative wood interior behind a metal-clad cube in Japan The over-height space below the suspended wooden shell is the highlight of the home. Bathed in natural light from a skylight and full-height window that overlooks the outdoors, the over-height space connects to the ground floor via a slight level change . The ground floor contains the entrance, cloakroom, kitchen, dining area, living room, and lounge, all of which appear to be seamlessly connected through precise carpentry work. The fluid connections between the different spaces, from the partly sunken basement level to the topmost floor cradled in the timber shell, gives the home a sculptural quality. + Berrel Berrel Kräutler Architekten Via ArchDaily Images © Eik Frenzel

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Minimalist prefab home hides a sculptural light-filled interior

Color-changing glass bathes the interior of the new Canvas Worldwide headquarters in vibrant light

March 14, 2017 by  
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Visitors of the new west coast headquarters of global powerhouse Canvas Worldwide are treated to a surprising mix of colorful spaces that reflect the company’s dedication to creating original and inspiring work. The journey into the interior of the new building, designed by architecture firm A + I, starts with an unexpected reception area and leads through a sequence of vibrant glass-enclosed spaces that change color depending on the light. The architects designed the building for Canvas Worldwide, a joint venture between Horizon Media and global creative powerhouse INNOCEAN Worldwide. Located in Silicon Beach, Los Angeles , the new headquarters joins several tech giants and brands, including Google, Snapchat YouTube, BuzzFeed, Facebook, AOL and Hulu, who chose this location to built their offices. Related: South African office building was designed to keep its occupants healthy The reception area is defined by three floating venetian plaster planes tilted at different angles. This space forces visitors to pause and prepare to discover the interior of the building without preconceptions. From here, visitors are led into the heart of the project: ?a multi-purpose social, meeting and event space . This double-height space features vertical slab cuts that create interesting visual angles. One of the most important features is the dichroic glass that changes color depending on lighting conditions. Related: LEED Platinum-certified New Balance World Headquarters raises the bar for indoor environmental quality “We put a lot of thought into the relationship between our architecture, culture, technology, and collaboration,? and the result is a design that enables collaborative thinking amongst our employees,” said Paul Woolmington, CEO of Canvas Worldwide, about the project. “We have great people with a clear vision and purpose; and providing them with this incredible space will further promote unrestrictive creative thinking.” + A+I Photos by Michael Wells

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Color-changing glass bathes the interior of the new Canvas Worldwide headquarters in vibrant light

India triples solar power capacity in three years

March 14, 2017 by  
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India’s solar power capacity has exploded over the past three years, growing from just 3,000 megawatts in 2014 to an installed capacity of 10,000 MW in 2017. And that’s just the beginning of the country’s solar ambitions, with a renewable energy target of 175 gigawatts as soon as 2022. India’s government is working to further its ambitious goal already, with more than 14,000 MW worth of solar projects in the works, and another 6 GW set to go to auction soon. India expects to add a total of 8.8 GW of further solar capacity in 2017. As Swarahya reports, this investment in solar power is aimed at addressing a growing demand for electricity in India. Projections peg the country’s power consumption at three times its current rate by 2030. The government’s recent national electricity plan says those needs could reach as much as 360 GW of total generation by 2022. The plan says that by developing renewable technologies like solar, wind, geothermal and hydroelectricity, the country can meet the growing demand while reducing environmental impacts. Related: New 2D perskovite cell could slash the cost of solar No doubt, reducing air pollution is also high in the minds of the Indian government. A report issued earlier this year showed that China and India are leading the way in deaths due to air pollution . The two countries experienced a combined 2.2 million deaths due to air pollution in 2015 . Via Swarahya Images via Pixabay and Flickr Creative Commons, jepoirrier

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India triples solar power capacity in three years

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