This vibrant, waterproof pavilion floats along the canal at the 2018 Bruges Triennial

July 11, 2018 by  
Filed under Green

Comments Off on This vibrant, waterproof pavilion floats along the canal at the 2018 Bruges Triennial

A spectacular art and architecture festival is currently underway in Bruges, Belgium — and the attractions include a beautiful floating pavilion by Spanish architecture firm SelgasCano . Evocative of its vibrant and curvaceous work for the Serpentine Gallery Pavilion in 2015 , the SelgasCano pavilion in Bruges is likewise a colorful affair, made with pink-orange fluorescent vinyl that allows light and views to pass through. Commissioned by the city for the 2018 Bruges Triennial , the pavilion serves as a platform for bathing and swimming in the Coupure canal. The architects at SelgasCano created the floating pavilion using computer-modeling software, which determined the shapes and sizes of the arches that make up the long, sinuous frame. In contrast to the use of computer-aided design, the firm built the colorful canopy by hand. The materials were welded and pieced together on site to achieve the desired shape. The waterproof structure was installed atop a yellow wooden platform. “[The] pink-orange fluorescent vinyl [is a] material that has never been used before in a building,” said SelgasCano in a project statement. “Steel structure and plastic skin are just one thing, indissociable one from the other. Light passes through the skin creating a shambling atmosphere that changes the usual perception of the old city.” Related: A massive five-ton plastic waste whale breaches in a Bruges canal The architects also designed the pavilion with movable seating in mind, which could be placed in the covered part of the pavilion as well as on the terrace portion of the floating platform. A kidney-shaped cutout in the middle of the pavilion allows water into the heart of the space. The SelgasCano pavilion is one of more than a dozen site-specific installations created for the 2018 Bruges Triennial, which is free to the public and runs until September 16, 2018. + SelgasCano Images by Iwan Baan

View original post here: 
This vibrant, waterproof pavilion floats along the canal at the 2018 Bruges Triennial

Award-winning Palm Springs home embraces the California climate in sustainable style

July 11, 2018 by  
Filed under Eco, Green, Recycle

Comments Off on Award-winning Palm Springs home embraces the California climate in sustainable style

Los Angeles-based architecture firm Poon Design Inc.  has crafted a luxury residence that eschews the mid-century modern style for a more minimalist and contemporary design fitted out with sustainable technologies. Dubbed ‘Museum Modern,’ the Linea Residence G serves as a production home that the architect and developer say can be completed for a “record low construction cost,” totaling one-fourth the cost per square foot of typical high-end residences in Southern California. The all-white house was recently recognized in the American Institute of Architects’ 2018 Best in Housing. Conceived as “a new standard for the speculative tract housing industry,” Residence G takes up nearly a quarter of the site measuring approximately 20,000 square feet. The house comprises three bedrooms, three-and-a-half bathrooms, a three-car garage and a detached one-bedroom guest house. To embrace California’s climate and indoor-outdoor living, the architects installed 90 feet of continuous sliding low-e glass doors that measure 10.5 feet tall for floor-to-ceiling views of the surrounding desert mountains. “Our design opposes the predictable Taco-Bell-style or the cliché Mid-Century Modern tract homes prevalent in the area,” explains Poon Design Inc. “To the home buying audience, Residence G offers a production home that equals the presence of custom luxury estates. In the past few years, Residence G and parallel other sustainable home designs by this architect and developer have been built and sold, totaling over 200 completed homes in the Palm Springs area.” Related: Escape the everyday in this Geodesic Dome House in Palm Springs In addition to sleek, minimalist style, Residence G is also integrated with a wide array of energy-efficient features. The rooftop solar panels provide a base 6kW solar package that can be added onto if desired. Passive cooling is implemented with long roof overhangs and complemented by a reflective energy-efficient cool roof. The locally sourced material palette includes VOC-free finishes and adhesives and includes a number of recycled or rapidly renewable materials. + Poon Design Images by The Agency, Locke Pleninger and Mark Ballogg

Read more:
Award-winning Palm Springs home embraces the California climate in sustainable style

Hawaii is about to ban reef-killing chemical sunscreens

May 2, 2018 by  
Filed under Green

Comments Off on Hawaii is about to ban reef-killing chemical sunscreens

Hawaii lawmakers just approved a ban on coral reef-killing chemical sunscreens. If the governor signs the bill, the state will be the first in the nation – and the world – to outlaw the products. Chemical sunscreens that contain oxybenzone and octinoxate have been shown to alter the DNA of young coral so that it isn’t able to develop properly. Yesterday, state lawmakers passed a bill that would ban sunscreens that contain oxybenzone and octinoxate. In addition to harming coral reefs, there is some evidence that these chemicals pose a danger to humans by acting as endocrine disruptors and potentially damaging human DNA. Related: Three-fourths of sunscreens don’t work as they claim and may contain harmful chemicals Opponents to the ban say that Hawaii, which already has a high incidence of skin cancer, will experience an increase in skin cancer rates. The ban won’t include prescription sunscreens that contain those ingredients, nor does it include sunscreens with physical sun blockers like zinc, so protection options will still be available. If signed into law, the ban will take effect on Jan. 1, 2021. Via Huffington Post Images via Channey and Deposit Photos

More:
Hawaii is about to ban reef-killing chemical sunscreens

New study finds that fracking chemicals could harm the immune system

May 2, 2018 by  
Filed under Green

Comments Off on New study finds that fracking chemicals could harm the immune system

A recent study adds to concerns over hydraulic fracturing by revealing links between exposure to fracking chemicals and damage to the immune systems of mice in utero. The study found that the mice offspring’s immune systems reacted abnormally to allergens and the flu, and the exposure lowered their ability to ward off diseases. Study lead Paige Lawrence of the University of Rochester Medical Center said in a statement , “This discovery opens up new avenues of research to identify, and someday prevent, possible adverse health effects in people living near fracking sites.” Millions of gallons of water laced with chemicals are pumped underground during fracking, to fracture rock and release fossil fuels . But many are worried that the chemicals in fracking water could contaminate groundwater , and multiple studies have reported higher disease rates in residents of fracking-dense areas. Asthma attacks and acute lymphocytic leukemia are among the ailments reported. The study, published this month in Toxicological Sciences , offers “the first evidence that chemicals found in ground water near fracking sites can impair the immune system.” Related: Interactive map reveals site of fracking accidents across the US Of around 200 chemicals found in groundwater in fracking-dense areas, 23 chemicals have been connected to reproductive and developmental defects in mice. University of Missouri School of Medicine associate professor and co-author Susan Nagel classified them as endocrine disrupters. The team added these 23 to drinking water for pregnant mice in amounts similar to what has been uncovered in groundwater close to fracking locations. They discovered offspring, especially female offspring, “had abnormal immune responses to several types of diseases later on, including an allergic disease and a type of flu. What was most striking: these mice were especially susceptible to a disease that mimics multiple sclerosis, developing symptoms significantly earlier than mice that were not exposed to the chemicals.” The study may only apply to mice at this point, but the team plans to continue their research. Lawrence said, “Our goal is to figure out if these chemicals in our water impact human health, but we first need to know what specific aspects of health to look at, so this was a good place to start.” + University of Rochester Medical Center + Toxicological Sciences Via Futurity Images via Depositphotos and greensefa on Flickr

Original post: 
New study finds that fracking chemicals could harm the immune system

Electricity-free, foot-powered washing machine is slated for release this summer

April 11, 2018 by  
Filed under Eco, Green

Comments Off on Electricity-free, foot-powered washing machine is slated for release this summer

The Drumi, from product design company Yirego , is a washing machine powered by your feet — no electricity necessary. The device uses six to 12 liters of water per load, and can wash almost five pounds of clothes in around five minutes. Inhabitat first covered the little washing machine in 2015, and we checked in with Yirego to hear how they’ve improved the product, slated for release this summer. Yirego designed an environmentally friendly washing machine powered by you. And after more than 10,000 hours of product development, the Drumi is in production, and the company is aiming to release it in the summer of 2018. As they progressed past the early stages of design , they made a few key changes to improve the washing machine. Related: The zero-electricity Gentlewasher does the laundry in five minutes flat One change is the carrying handle. Users only need one hand to transport the machine, as opposed to holding both sides with the earlier model. The handle doubles as a lock, keeping the lid in place as a user peddles. The production model is now shorter than the earlier model; Yirego lowered the machine’s center of gravity to boost stability and durability. Also, they addressed peoples’ concerns that a dirty machine would impact their skin and laundry by enabling users to remove the drum out of the new Drumi for easy cleaning. Yirego said they’ve filed patents for these technologies. The washing machine is aimed at people living off the grid , in small urban apartments, or in mobile homes , to name a few. It can be utilized for small loads containing clothing like activewear or delicates. About five minutes is all it takes to clean clothes in the Drumi: around two minutes to wash, two to rinse, and 30 seconds to spin dry. You can pre-order the machine, which costs $299, in silver or green on the Yirego website . + Yirego Images courtesy of Yirego

Continued here: 
Electricity-free, foot-powered washing machine is slated for release this summer

Eco-Tips to Clean Up Your Hygiene Routine

January 18, 2018 by  
Filed under Eco

Comments Off on Eco-Tips to Clean Up Your Hygiene Routine

No matter who you are, looking after your body, skin … The post Eco-Tips to Clean Up Your Hygiene Routine appeared first on Earth911.com.

Original post:
Eco-Tips to Clean Up Your Hygiene Routine

Hawaii issues alert for brain-invading parasite transmitted by snails

April 11, 2017 by  
Filed under Green

Comments Off on Hawaii issues alert for brain-invading parasite transmitted by snails

The Hawaiian island of Maui is experiencing an uptick in infections stemming from a parasitic roundworm that invades the human brain. Or, in less scientific parlance, brain slugs . In the past three months alone, health officials have confirmed six cases of the picturesquely named rat lungworm disease, with three additional cases still pending investigation. The trend is worrisome beyond the obvious: Maui has encountered only two cases of the disease over the past decade. Of the 10 or so cases that are reported each year in Hawaii, nearly all are restricted to the Big Island . The grownup version of the Angiostrongylus cantonensis , the offending nematode, is carried by rats, which drop a load of the larvae in their poop. The junior versions can thereafter hitch a ride on other hosts, including snails, slugs, freshwater shrimp, crabs, and frogs. People can get infected by eating raw or undercooked snails or slugs that have been infected by the parasite, or by handling contaminated fruits and vegetables. The infection can trigger a rare form of meningitis characterized by severe headaches, stiffness of the neck, tingling or painful feelings in the skin, a low-grade fever, nausea, and vomiting, according to the U.S. Centers for Disease Control and Prevention . Hawaii’s Department of Health Disease Investigation Branch cautions that temporary paralysis of the face and light sensitivity may also occur. Related: Rare brain-eating amoeba found in Louisiana tap water “If you could imagine, it’s like having a slow-moving bullet go through your brain and there’s no rhyme or reason why it’s going to hang out in this part of the brain or that part of the brain,”Sarah Park, a state epidemiologist, told the Associated Press . Although there is no treatment for rat lungworm disease, residents can reduce the risk of contracting it by scrupulously washing their produce before consumption, officials say. Tricia Mynar, a Maui woman who said she contracted the parasite on the Big Island, has one piece of advice . “Take your time and wash your veggies,” she said. Via ScienceAlert Photos by Unsplash

Original post: 
Hawaii issues alert for brain-invading parasite transmitted by snails

Incredible farming skyscraper could fight poverty and feed the world

April 11, 2017 by  
Filed under Eco, Green

Comments Off on Incredible farming skyscraper could fight poverty and feed the world

This incredible skyscraper is more than just eye candy—its modular and farm-integrated design was created to fight world hunger and poverty. Designers Pawel Lipi?ski and Mateusz Frankowski proposed the Mashambas Skyscraper for rural areas in sub-Saharan Africa as a means to bring a “green revolution” to impoverished small farmers. The modular Mashambas is movable and functions as an educational center for growing crops, hosting markets, and training on agricultural techniques. Although absolute poverty around the world has fallen over 20 percent in the last thirty years, poverty levels in many African countries have stayed high and stagnant. Today, over 40 percent of the population in sub-Saharan Africa lives in absolute poverty. Designers Pawel Lipi?ski and Mateusz Frankowski examined the obstacles holding the populace back, most of whom are subsistence farmers, and found that “poor infrastructure, limited markets, weak governments, and fratricidal civil wars” were among the biggest challenges. In hopes of bringing a “green revolution to the poorest people,” Lipi?ski and Frankowski designed the Mashambas Skyscraper, a modular and multipurpose building that just placed first in the renowned 2017 eVolo Skyscraper Competition . The Mashambas Skyscraper, which derives its name from the Swahili word for cultivated land, features a simple modular design that can be easily assembled, disassembled, and transported. The arched modules are stacked together to form a scalable high-rise and its flexible design allows for multiple uses including a ground floor marketplace, warehouses, drone services, classrooms, and farming areas on the upper levels. Drones would be employed to help bring supplies, whether for building construction or for agriculture , to the Mashambas Skyscraper and would also be used to deliver surplus food to the most needy and hard-to-reach areas. By concentrating a market at its base, the building will help facilitate growth and encourage farming plots to pop up around the site. The building can be enlarged as the participants increase and once the local community becomes self-sufficient , the building can be transported to other places. Related: This massive wind-powered skyscraper would cool the entire planet “Mashambas is a movable educational center, which emerges in the poorest areas of the continent,” write the designers. “It provides education, training on agricultural techniques, cheap fertilizers, and modern tools; it also creates a local trading area, which maximizes profits from harvest sales. Today hunger and poverty may be only African matter, but the world’s population will likely reach nine billion by 2050, scientists warn that this would result in global food shortage. Africa’s fertile farmland could not only feed its own growing population, it could also feed the whole world.” + Mashambas

Read the original post:
Incredible farming skyscraper could fight poverty and feed the world

Solar-powered skin could help prosthetics imbue sense of touch

March 23, 2017 by  
Filed under Green

Comments Off on Solar-powered skin could help prosthetics imbue sense of touch

Engineers from the University of Glasgow have developed a synthetic skin that could help amputees regain their sense of touch. Clad in graphene, a form of graphite just one atom thick yet tougher than steel, the “electronic skin” even uses photovoltaic cells to harvest power from the sun. “This could allow the creation of an entirely energy-autonomous prosthetic limb,” said Ravinder Dahiya , head of the School of Engineering’s Bendable Electronics and Sensing Technologies group and the author of a paper on the subject in the current issue of Advanced Functional Materials . Graphene and solar cells are ideal bedfellows because of the former’s unique physical properties, Dahiya said. The material’s optical transparency, for instance, allows 98 percent of the light that hits its surface to pass through. Graphene is also electrically conductive, which means it can channel power to sensors that measure attributes like temperature, pressure, and texture. “Those measurements mean the prosthetic hand is capable of performing challenging tasks like properly gripping soft materials, which other prosthetics can struggle with,” Dahiya said. Related: Thought-controlled robotic arm returns the sense of touch to amputees Because the new skin requires only 20 nanowatts of power per square centimeter, even the lowest-rated photovoltaic cell on the market will suffice. The energy generated by the skin’s cells cannot be stored at present, but the researchers are exploring ways of diverting any unused energy into batteries that can be drawn from at a later time. Beyond prosthetics, the breakthrough could fuel further advances in robotics—a boon for an increasingly automated world. “Skin capable of touch sensitivity also opens the possibility of creating robots capable of making better decisions about human safety,” Dahiya said. “A robot working on a construction line, for example, is much less likely to accidentally injure a human if it can feel that a person has unexpectedly entered their area of movement and stop before an injury can occur.” + University of Glasgow

Read the original here:
Solar-powered skin could help prosthetics imbue sense of touch

New details of feathered dinosaur could elucidate the origins of flight

March 2, 2017 by  
Filed under Eco, Green

Comments Off on New details of feathered dinosaur could elucidate the origins of flight

A small red-crested dinosaur from the Late Jurassic era could help us unlock the origins of flight, now that we have a better idea of what it looked like. Using high-powered lasers, scientists from the University of Hong Kong have illuminated previously invisible soft tissues of the foot-tall Anchiornis , providing, for the first time, a detailed outline of the avian-like creature. The quantitative reconstruction of Anchiornis , which was first discovered in northeastern China in 2009, show that the animal possessed drumstick-shaped legs, long forearms connected by wing-like membranes, foot scales, and a slender tail. “The detail was so well lit that we could see the texture of the skin,” said paleontologist Michael Pittman, who described the discovery in a paper published in Nature Communications this week. These traits, Pittman added, could help us understand how dinosaurs eventually took to the skies as birds. As a field of science, paleontology is riddled with mysteries. The skeletons scientists dig up from the ground are seldom complete, and soft tissues like organs, muscle, or skin almost never survive into the present. On the rare occasion that tissues have endured the test of time, they’re unobservable with the naked eye. Related: Scientist finds dinosaur tail trapped in amber and it is covered with feathers That’s where a technique known as laser-stimulated fluorescence comes in. By bouncing wavelengths of light aimed a fossil sample in a dark room, Pittman and his team were able to manifest high-fidelity features that offer clues to how Anchiornis attempted, or even achieved, aerodynamic flight 160 million years ago. Anchiornis didn’t necessarily fly, of course. Even modern birds with wing folds, like the weka of New Zealand , never escape the pull of gravity. Nevertheless, the research remains vital to our understanding of where birds came from, since they appeared around the same time, Pittman said. “What our work does underscore,” Pittman told National Geographic , “is the broad extent to which bird-like dinosaurs were experimenting with their anatomy and functional capabilities before we had the first unequivocal gliding and flying birds.” + Nature Communications + University of Hong Kong Via National Geographic

See the original post here: 
New details of feathered dinosaur could elucidate the origins of flight

Next Page »

Bad Behavior has blocked 1301 access attempts in the last 7 days.