Subterranean Oxygen Park is a breath of fresh air in the Qatari desert

August 18, 2017 by  
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A “green lung” in Qatar’s desert landscape is helping people stay healthy and active, and reconnecting them to nature. Erik Behrens and James Haig Streeter of AECOM recently completed Oxygen Park, a unique public space in Doha’s Education City. Built to promote exercise and social gatherings, Oxygen Park is partly buried underground and features undulating, organic forms masses inspired by the desert’s wind-eroded rocks and landscapes. Oxygen Park derives its name from the elemental life-force of oxygen , which the park also produces with its tree-studded green landscape. The designers wrote: “Oxygen Park is a man-made ‘green lung’ with a design inspired by nature. It is an antidote to the generic indoor gym environment and helps people to get back to nature, while fostering social engagement and promoting active healthy lifestyles.” A series of “balloon lights” float above the subterranean landscape to draw attention to Oxygen Park from afar. Related: SOMA Architects’ luxury Shaza Hotel breaks ground in Doha The park’s exercise features include shaded running trails, subterranean pitches for team sports, and equestrian facilities. More passive recreational areas also punctuate the park in the form of water plazas, sensory gardens, shade gardens, play gardens , and a series of soundscape -filled, folly spheres. The use of water and shade are seamlessly integrated into the design to provide relief from the hot climate. At night, a beautiful lighting scheme illuminates the park and water to create a safe and attractive environment for workouts and strolls after sundown. + AECOM Images by Markus Elblaus

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Subterranean Oxygen Park is a breath of fresh air in the Qatari desert

Universities are learning how to accelerate sustainability

August 16, 2017 by  
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How much do we know about how universities pursue sustainability in a whole-systems way? Well, we’re learning.

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Universities are learning how to accelerate sustainability

Floating Cloud lamp adds levitating magic to any room

August 14, 2017 by  
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Take your home to new atmospheric levels with this incredible floating cloud lamp. Designed by Richard Clarkson Studio and Crealev , Floating Cloud is a magnetically levitating ambient lamp that adds a magical touch to any room it hovers in. The designers just announced a limited production run of these unique and fluffy lamps—read on for more details and to see the cloud come alive. Floating Cloud is the latest iteration of an ongoing collaboration between Richard Clarkson Studio’s cloud-themed designs and Crealev’s innovative levitation technology. Made from PETG and hypoallergenic polyester fiber, the fluffy cloud-like mass floats approximately 2.75 inches off its base using magnetic levitation. The Cloud is entirely wireless and the base is powered with a rechargeable lithium ion battery. The cloud spins and bobs side-to-side for a “more realistic atmospheric experience,” while hidden sound-reactive RGB LEDs create the powerful illusion of a storm cloud with lightning. To reduce weight and size, the Floating Cloud does not include a speaker, however it will react to existing sound systems and voices. The Cloud flashes to the beat of the music in four different styles using an embedded microphone. An infrared remote controls a range of ambient lamp modes from white to colored versions. Related: This water-filled lamp makes it rain in your home “The Cloud is held in place using both rare earth magnets, electromagnets, and a location sensor,” write Richard Clarkson Studio. “There is a discrete infrared locating beam in the center of the Cloud, which, if obstructed by an object (such as a hand) will result in the Cloud “falling off” it’s levitating balance point. In such an event the Cloud has a soft felt bottom to cushion the fall. To return the Cloud to its floating position, use your fingers to pry the Cloud off the base and with two hands hold the Cloud roughly in position, slowly move the Cloud from side to side until you feel it ‘lock’ in place.” The studio has released a limited 100-unit production run of the Floating Cloud, available on their website for $4,620 USD . + Richard Clarkson Studio

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Floating Cloud lamp adds levitating magic to any room

How an urban school’s gardening project healed a community

July 29, 2017 by  
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Teacher Stephen Ritz transformed a school’s lunch program by getting kids involved in community gardening — as well as nurturing their hearts and minds.

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How an urban school’s gardening project healed a community

13-year-old Ohio girl taps traffic to generate renewable energy

July 10, 2017 by  
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We may be one step closer to tackling our energy crisis if this 8th grader has anything to say about it. 13-year-old Laalitya Acharya from Ohio came up with TraffEnerate, an invention that uses vehicular traffic to generate clean power . She’s a finalist in the 2017 Young Scientist Challenge , and stands to win $25,000. Acharya started researching cheap, easily renewable resources of energy, and came across a device she calls a piezo. She explains when stress is applied to a piezo, it generates electricity . She wanted to make it easy to utilize piezos, so she designed TraffEnerate to obtain power when cars drive over the devices. Her prototype incorporates 11 piezo sensors and a 3D-printed block so stress will be applied to all 11 piezos even if a car just barely passes over the corner of the prototype. Related: 13-year-old Maanasa Mendu invents groundbreaking clean energy device that costs just $5 Acharya also designed a reciprocating motion machine to test the prototype. Her robot consistently applied stress to the invention, seen in an oscilloscope reading. She hopes to implement TraffEnerate in the busiest intersections of her hometown of Mason, Ohio . Acharya said on the challenge website, “I wanted to change the world, that simple. On my family’s yearly trip to India, I saw children who have no power in their homes, huddling near dangerous fires. I wanted to change their position in life, to make it better by creating clean energy and electricity.” The 2017 Young Scientist Challenge is put on by Discovery Education and 3M . There are 10 finalists for this year’s challenge, with innovative projects such as a way to detect lead in water, treating Alzheimer’s with plant components, and cleaning up oil spills with pomegranate husks and orange peels. A winner will be chosen in October. + Young Scientist Lab Via Young Scientist Challenge and Rajesh Acharya Images via screenshot

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13-year-old Ohio girl taps traffic to generate renewable energy

Episode 83: CSR careers grow up; the energy market evolves

July 7, 2017 by  
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In this week’s episode, we discuss the whether the future of GMOs is ethical and if the Green Power Partnership will go the way of Energy Star.

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Episode 83: CSR careers grow up; the energy market evolves

Episode 83: CSR careers grow up; the energy market evolves

July 7, 2017 by  
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In this week’s episode, we discuss the whether the future of GMOs is ethical and if the Green Power Partnership will go the way of Energy Star.

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Episode 83: CSR careers grow up; the energy market evolves

C.F. Mller Architects designs Danish school that optimizes learning through design

July 6, 2017 by  
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The built environment has a huge impact on shaping on lives, especially when it comes to learning. With that principle in mind, C.F. Møller Architects designed and recently completed the Herningsholm Vocational School, a Danish school that focuses on the creation of optimal learning and study environments. Green space, designed by C.F. Møller Landscape, is woven throughout the school to provide opportunities for outdoor work and learning. Winner of a 2014 architectural competition , the design for the 4,700-square-meter Herningsholm Vocational School is an independent building placed within an existing campus cluster of educational buildings . The school comprises three building volumes of varying scales under one roof arranged in an angular layout. Diverse and flexible learning spaces were created to match opportunities for alternative learning styles and unconventional uses. Mobile furnishings allow teachers and students to mold their learning space to their needs. Related: C.F. Møller unveils eco-conscious highrise in Sweden Outdoor urban and learning spaces tie the buildings together and include the Plaza, a quiet green study garden, and a semi-public front garden. A variety of common study spaces dot the school and range from more open environments for workshop uses to quieter nooks for individual study. Natural light fills the school through carefully oriented glazed facades optimized for energy efficiency. In a nod to environmental sustainability, two depressed pockets of greenery in the Plaza offer seating in the dry weather but double as natural infiltration and retention basins to relieve the sewers during rainfall. + C.F. Møller Architects Images by Martin Schubert

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C.F. Mller Architects designs Danish school that optimizes learning through design

Tesla to power ‘almost all’ Superchargers with solar after disconnecting them from the grid

June 9, 2017 by  
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Tesla wants the world to switch to renewable energy – and the company is leading by example by taking “almost all” of its Superchargers off the grid. The stations have been criticized in the past because they rely on dirty fossil fuels to power up electric vehicles. In response, Tesla founder Elon Musk announced that “almost all” Superchargers will be disconnected from the grid as solar and battery arrays are installed at the company’s 800 stations. Since the Superchargers were unveiled in 2012, Musk has been talking about adding on solar arrays. Now, he’s preparing to launch ‘Version 3’ of the Supercharger while deploying even more battery and solar systems – and he wants to take them off the grid. In response to a negative comment on Twitter, Musk said, “All Superchargers are being converted to solar/battery power. Over time, almost all will disconnect from the electricity grid.” All Superchargers are being converted to solar/battery power. Over time, almost all will disconnect from the electricity grid. — Elon Musk (@elonmusk) June 9, 2017 As Elektrek reports , a recent study concluded that the average electric car in the United States now gets the same efficiency as a (non-existent) 73 mpg gas-powered vehicle . In retrospect, Musk could have made this point and ended the argument. However, he went one step further by unveiling the company’s ambition to take Tesla’s Supercharger network off-grid. Related: Tesla is doubling its Supercharger network by the end of the year to 10,000 chargers The logistics still need to be worked out, as Tesla would need solar arrays as large as football fields at some stations. However, the intention has been set, and if Elon Musk has proven anything, it’s that he’s an innovative leader who consistently takes action. Expect to see improved Supercharger stations that are disconnected from the electric grid in the future. Via Elektrek Images via Tesla , Inside EVs

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Tesla to power ‘almost all’ Superchargers with solar after disconnecting them from the grid

100 seeds for a sustainable future: Part 10

June 9, 2017 by  
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A sustainable campus in Denmark saves $5.3 million, the University of Oxford cuts a third of emissions and a business school teaches brave leadership.

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100 seeds for a sustainable future: Part 10

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