The Indonesian parliament has approved a bill to relocate the capital from the city of Jakarta to a completely new city to be built on the island of Borneo, 1,300 kilometers from the current capital. The decision, first announced in 2019, comes as a reaction to the myriad of challenges faced by Jakarta, including pollution, traffic congestion, and, perhaps the most threatening, rising sea waters. As a consequence of excessive groundwater extraction, rapid urbanization, and rising sea levels, 40% of the city is currently below sea level, making it increasingly difficult for the infrastructure to protect the residents. President Joko Widodo proposes an alternative: relocating the administrative center of the country to a new green metropolis, to be named Nunsantara, meaning ‘archipelago’ in ancient Javanese.
By the time I was 17 years old, I had moved 11 times. Because of my own experience relocating from one place to another, I’ve spent the better part of the last several decades focused on making sure that everyone has a place to call home, that everyone enjoys the human right to housing. But it was not until my time at Enterprise Community Partners, a nonprofit focused on community development and affordable housing, that I realized the methods and materials we employ to realize that human right matter.
Don Davis (American, born 1952). Stanford torus interior view. 1975. Acrylic on board, 17 × 22″ (43.1 × 55.9 cm). Commissioned by NASA for Richard D. Johnson and Charles Holbrow, eds., Space Settlements: A Design Study (Washington, DC: NASA Scientific and Technical Information Office, 1977). Illustration never used. Collection Don Davis. Image Courtesy of The Museum of Modern Art
The Museum of Modern Art New York has announced the opening of an exhibition focused on the first realized and unrealized projects that address ecological and environmental concerns. Featuring works by architects who practiced mainly in the United States from the 1930s through the 1990s, the exhibition titled “Emerging Ecologies: Architecture and the Rise of Environmentalism” is on view from September 17, 2023, through January 20, 2024. The over 150 works showcased reveal the rise of the environmental movement through the lens of architectural practice and thought.
IKEA’s research and design lab SPACE10 has published The Healthy Home report, the second release in its Future Home report series. The report explores three main themes concerning domestic environments: how our homes protect us from harm, restore our bodies and minds, and enable us to grow through life’s stages. The research aims to evaluate the ways in which homes can positively contribute to and support the rhythms and flows of life. It was developed in collaboration with Morph to develop the visuals supporting the findings.
As a response to global challenges such as climate change, discrimination, and physical vulnerability, designers and engineers from across the world have developed innovative construction materials that put the human wellbeing first in urban, architecture, and interior projects.
The New York City Senate and Assembly have passed the SIGH act, prohibiting the construction of new schools near major roadways. The act, named The Schools Impact by Gross Highways Act, aims to protect school-age children from air pollution. Under this law, the commissioner of education for the city will not be able to approve the plans for the construction of any new schoolhouse within 500 feet (150 meters) of a controlled-access highway unless the commissioner determines that space limitations are so severe that there is no other site to erect such new schoolhouse.
The first lockdown brought most of the world to a standstill, and many were quick to point out the silver lining: the significant drop in carbon emissions. However, this pollution reduction was short-lived, and past crises indicate that we might be standing at a crossroads when it comes to our climate goals. What has this unprecedented year meant for the efforts to curb climate change and protect the environment?
From Wuhan to New York, the epicenter of the coronavirus is moving from east to west and leaving a staggering number of corpses behind. We read of alarming reports, contradictory news, and reminded every day that we live in unprecedented and difficult times. One good news, however: emissions in cities are on the decline, and nature is running its regenerative course. But how long will this last?
The dramatic improvement in recent decades in our understanding of sustainable design has shown that designing sustainably doesn't have to be a compromise—it can instead be a benefit. When done correctly, sustainable design results in higher-performing, healthier buildings which contribute to their inhabitants' physical and mental well-being.
The benefits of incorporating vegetation in façades and in roofs, as well as materials and construction systems that take energy use and pollution into account, demonstrate that sustainable design has the potential to create buildings that improve living conditions and respect the natural environment.
Below we have compiled 30 plans, sections and construction details of projects that stand out for their approach to sustainability.
With rising sea levels and incessant consumption of plastic, the state of the earth's oceans is rapidly deteriorating. Instead of discarding or burning this plastic, architects Erik Goksøyr and Emily-Claire Goksøyr questioned whether any architectural potential exists in this neglected material. By conducting an extensive material study, the duo designed three prototypes to postulate this theory.
Though starting out as a humble thesis, this project is being actualized under the organization, Out of Ocean. From the shores of the Koster Islands in Sweden, plastic samples were collected and studied for their various material performance in areas such as color, texture, light, and translucency.
The 100-meter-tall air purification tower in Xi’an, China – believed to be the world’s largest air purifier. Image via South China Morning Post
A 100-meter-tall air purification tower in Xi’an, China – believed to be the world’s largest air purifier – has significantly improved city air quality, results from its preliminary run suggest.
According to researchers from the Institute of Earth Environment at the Chinese Academy of Sciences, the tower has managed to produce more than 10 million cubic metres (353 million cubic feet) of clean air per day since it was launched a few months ago. In the 10-square-kilometer (3.86-square-mile) observed area of the city, smog ratings have been reduced to moderate levels even on severely polluted days, an improvement over the city’s previous hazardous conditions.
View of the Ghats. Image Courtesy of Morphogenesis
Delhi-based firm Morphogenesis has recently unveiled a proposal for a project that will rehabilitate and develop the ghats (a flight of steps leading down to a river) and crematoriums along a 210-kilometer stretch of the Ganges, India’s longest river. The project, titled “A River in Need,” is part of the larger National Mission of Clean Ganga (NMCG), an undertaking of the Indian Government’s Ministry of Water Resources which was formed in 2011 with twin objectives: to ensure effective abatement of the river’s pollution and to conserve and rejuvenate it.
MIT has published new research revealing how the reconstruction of the British Houses of Parliament paved the way for legislation to tackle air pollution in Victorian London. Through original archival work into the 1840-1870 reconstruction, MIT architectural historian Timothy Hyde has revealed that work on the Parliament building was so hindered by air pollution that the British government ordered an inquiry into the effects of the atmosphere on new buildings.
https://www.archdaily.com/804029/how-rebuilding-britains-houses-of-parliament-helped-create-clean-air-lawsNiall Patrick Walsh
One man’s trash is another man’s building material. Researchers from the Royal Melbourne Institute of Technology (commonly known as RMIT University) have developed a technique for making bricks out of one of the world’s most stubborn forms of pollution: discarded cigarette butts. Led by Dr. Abbas Mohajerani, the team discovered that manufacturing fired-clay bricks with as little as 1 percent cigarette butt content could completely offset annual worldwide cigarette production, while also producing a lighter, more efficient brick.
These days air pollution in some cities is a big problem, and as a result, buildings that help alleviate that problem are all the rage. In recent years though, designers have started to move beyond simply reducing a building's emissions and started to work with techniques that actually remove pollutants from the air, through systems such as Nemesi's "photocatalytic" facade for the Italy Pavilion at the 2015 Milan Expo which captures and reacts with pollution in the presence of light.
However, in most cases these new technologies have been chemical, only affecting the air that physically comes into contact with them. What if buildings could take a more active role in pulling in pollutants from the sky? What if they could work a little more like a vacuum cleaner? This was exactly the inspiration behind the Breathe Brick developed by Carmen Trudell, an assistant professor at Cal Poly San Luis Obispo's school of architecture and founder of Both Landscape and Architecture.
In an article for The Guardian, Oliver Wainwright steps "inside Beijing's apocalypse": the poisonous, polluted atmosphere that often clings to the Chinese capital. He explores ways in which those who live in this metropolis have started to redefine the spaces they frequent and the ways in which they live. Schools, he notes, are now building inflatable domes over play areas in order to "simulate a normal environment." The dangers were made clear when "this year’s Beijing marathon [...] saw many drop out when their face-mask filters turned a shade of grey after just a few kilometres." Now, in an attempt to improve the living conditions in the city, ecologists and environmental scientists are proposing new methods to filter the air en masse. Read about some of the methods here.
The potential solution to smog and pollution may be hovering right over our heads, now that Students at the University of California - Riverside have designed a pollution reducing rooftop tile. According to their calculations, cladding one million rooftops with the tiles could remove 21 tons of nitrogen oxides -- daily. Currently the Los Angeles area spits out 500 tons of nitrogen oxides a day, so the tiles are just one piece of the puzzle in reducing pollution - however the students are imagining their nitrogen-oxide-eating Titanium Dioxide compound in exterior paints, concrete and more. To see all the possibilities, read the full article here.
