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What if L.A.'s  so-called flaws were underappreciated assets rather than liabilities?

What if L.A.'s so-called flaws were underappreciated assets rather than liabilities?

In the wake of January's horrific fires, detractors of Los Angeles — an urban reality often seen as a toxic mixture of unsustainable resource planning and structurally poor governance systems — are having a field day.
Their criticism is not new: For most of the 20th century — and certainly for the last five decades or so — Los Angeles has been seen by many urbanists as less city and more cautionary tale — a smoggy expanse of subdivisions and spaghetti junctions, where ambition came with a two-hour commute.
Planners shuddered, while architects looked away, even as they accepted handsome commissions to build some of L.A.'s — if not the world's — most iconic buildings.
In 1961, Jane Jacobs, the famed urban theorist and community activist, referred to 'the ballet of the good city sidewalk' in her landmark 1961 book 'The Death and Life of Great American Cities.' If Manhattan was her 'ballet of the sidewalk,' L.A. was a suburban parking lot with delusions of grandeur.
'Los Angeles is a city of pleasure and peril; we've always known this,' Zeina Koreitem, founding partner of Downtown L.A. architecture studio Milliøns, said following the fires. 'We consume our environment instead of living with it.'
And yet, like so many Hollywood plot twists, maybe we misunderstood the protagonist.
What if L.A.'s so-called flaws — its low density, car culture and decentralized sprawl — weren't liabilities in a changing world, but underappreciated assets? Not because they were the right urban solutions all along, but because the systems beneath them are shifting?
Urban form has always followed transportation infrastructure. Roman roads influenced the creation of grid-based military cities. Railways shaped satellite towns. Subways gave rise to vertical density.
Today, the emergence of autonomous mobility solutions like robot taxis as well as distributed energy — decentralized, small-scale energy generation located near where energy is actually consumed — is redrawing those relationships once again — and the L.A. model just may be a big beneficiary in the long run.
Dismissed as the nemesis of sustainable urbanism, L.A. can, in fact, be well-positioned for the next chapter. Technologies like rooftop photovoltaics, vehicle-to-grid systems and AI-optimized resource flows do not depend on compactness. They benefit from space, sunlight and flexibility — qualities that Los Angeles has in abundance across its 1,600 square miles of urbanized area.
That vast, polycentric mass — long derided by urban experts residing in denser cities — can also be an asset in the years ahead as autonomous mobility becomes ubiquitous. Elastic, demand-driven autonomous services — which will inevitably also extend to Los Angeles airspace — can and will complement an increasingly built-out Metro light rail system and increased bus rapid transit routes, helping open up economic opportunities to those in once disadvantaged, isolated neighborhoods.
Instead of forcing the city into a European mold, perhaps the question is how the city's existing DNA might evolve. Could its low-rise form become a testing ground for neighborhood-scale energy networks? Could it become a solar-powered metropolis built on microgrids, where each district produces and manages its own resources?
There is already a shift underway. L.A.'s wide boulevards and streets are being reimagined for a new mix of mobility modes: e-bikes, delivery bots, shared shuttles, autonomous vehicles. A city that was once an ode to the freeway is fast becoming a globally recognized source of innovations in multimodal transport. This is what CoMotion LA has been looking at for the last eight years: bringing together public and private stakeholders to imagine a city of seamlessly connecting mobility options.
Young Angelenos increasingly prioritize neighborhoods where walking, biking and public transit are viable. Following a COVID-induced hiatus, downtown's renaissance, with banks converted into lofts and vibrant public spaces, is showing — once again — a new appetite for urban living.
Los Angeles is even emerging as a global pioneer in rethinking the curb — often treated as an afterthought — looking at ways those stretches of sidewalk can serve new functions: a charging node, a logistics port, a civic gathering point.
Meanwhile, the scattershot green spaces across Los Angeles offer another opportunity. Rather than a singular large park like New York's Central Park or Boston Common, the city could develop an ecological mesh, a 'sponge city' capable of managing stormwater and heat while fostering public life. Because sustainability is not only about emissions or energy. It is also means access, health and shared space.
This isn't about longing for midcentury Los Angeles, or about replicating Copenhagen. It's about testing new possibilities — much like what we're exploring this year at the Biennale Architettura in Venice. There, participants from diverse disciplines are investigating how we can adapt to a changing planet. We begin with the understanding that climate change is no longer a distant threat; it is a present condition. Our response must be adaptive, experimental and iterative: a continuous process of design evolution, shaped by trial and error, much like nature itself.
But the United States and the world do not need a single model of urban sustainability — they need many. New York might go vertical and social. Barcelona is building out superblocks for pedestrians. Rotterdam is going resilient and water-wise. And Los Angeles? It could — and we believe, it will — become a solar-powered, biodiversity-rich metropolis that helps us rethink what urban sustainability really means.
The sustainable city of the future should not look the same everywhere. It should build on the best of what each place already is and push that to its most imaginative conclusion. 'No city has ever been produced by such an extraordinary mixture of geography, climate, economics, demography, mechanics and culture,' said Reyner Banham, the British architectural historian who wrote about Los Angeles a half-century ago. 'Nor is it likely that an even remotely similar mixture will ever occur again.'
Los Angeles may have been the warning of the 20th century. But it could become the blueprint of the 21st.
John Rossant is chief executive of CoMotion and international impresario of the multimodal transportation world.
Carlo Ratti is the director of the Senseable City Lab at MIT and the curator of the Biennale Architettura 2025.
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What if L.A.'s  so-called flaws were underappreciated assets rather than liabilities?
What if L.A.'s  so-called flaws were underappreciated assets rather than liabilities?

Los Angeles Times

timea day ago

  • Los Angeles Times

What if L.A.'s so-called flaws were underappreciated assets rather than liabilities?

In the wake of January's horrific fires, detractors of Los Angeles — an urban reality often seen as a toxic mixture of unsustainable resource planning and structurally poor governance systems — are having a field day. Their criticism is not new: For most of the 20th century — and certainly for the last five decades or so — Los Angeles has been seen by many urbanists as less city and more cautionary tale — a smoggy expanse of subdivisions and spaghetti junctions, where ambition came with a two-hour commute. Planners shuddered, while architects looked away, even as they accepted handsome commissions to build some of L.A.'s — if not the world's — most iconic buildings. In 1961, Jane Jacobs, the famed urban theorist and community activist, referred to 'the ballet of the good city sidewalk' in her landmark 1961 book 'The Death and Life of Great American Cities.' If Manhattan was her 'ballet of the sidewalk,' L.A. was a suburban parking lot with delusions of grandeur. 'Los Angeles is a city of pleasure and peril; we've always known this,' Zeina Koreitem, founding partner of Downtown L.A. architecture studio Milliøns, said following the fires. 'We consume our environment instead of living with it.' And yet, like so many Hollywood plot twists, maybe we misunderstood the protagonist. What if L.A.'s so-called flaws — its low density, car culture and decentralized sprawl — weren't liabilities in a changing world, but underappreciated assets? Not because they were the right urban solutions all along, but because the systems beneath them are shifting? Urban form has always followed transportation infrastructure. Roman roads influenced the creation of grid-based military cities. Railways shaped satellite towns. Subways gave rise to vertical density. Today, the emergence of autonomous mobility solutions like robot taxis as well as distributed energy — decentralized, small-scale energy generation located near where energy is actually consumed — is redrawing those relationships once again — and the L.A. model just may be a big beneficiary in the long run. Dismissed as the nemesis of sustainable urbanism, L.A. can, in fact, be well-positioned for the next chapter. Technologies like rooftop photovoltaics, vehicle-to-grid systems and AI-optimized resource flows do not depend on compactness. They benefit from space, sunlight and flexibility — qualities that Los Angeles has in abundance across its 1,600 square miles of urbanized area. That vast, polycentric mass — long derided by urban experts residing in denser cities — can also be an asset in the years ahead as autonomous mobility becomes ubiquitous. Elastic, demand-driven autonomous services — which will inevitably also extend to Los Angeles airspace — can and will complement an increasingly built-out Metro light rail system and increased bus rapid transit routes, helping open up economic opportunities to those in once disadvantaged, isolated neighborhoods. Instead of forcing the city into a European mold, perhaps the question is how the city's existing DNA might evolve. Could its low-rise form become a testing ground for neighborhood-scale energy networks? Could it become a solar-powered metropolis built on microgrids, where each district produces and manages its own resources? There is already a shift underway. L.A.'s wide boulevards and streets are being reimagined for a new mix of mobility modes: e-bikes, delivery bots, shared shuttles, autonomous vehicles. A city that was once an ode to the freeway is fast becoming a globally recognized source of innovations in multimodal transport. This is what CoMotion LA has been looking at for the last eight years: bringing together public and private stakeholders to imagine a city of seamlessly connecting mobility options. Young Angelenos increasingly prioritize neighborhoods where walking, biking and public transit are viable. Following a COVID-induced hiatus, downtown's renaissance, with banks converted into lofts and vibrant public spaces, is showing — once again — a new appetite for urban living. Los Angeles is even emerging as a global pioneer in rethinking the curb — often treated as an afterthought — looking at ways those stretches of sidewalk can serve new functions: a charging node, a logistics port, a civic gathering point. Meanwhile, the scattershot green spaces across Los Angeles offer another opportunity. Rather than a singular large park like New York's Central Park or Boston Common, the city could develop an ecological mesh, a 'sponge city' capable of managing stormwater and heat while fostering public life. Because sustainability is not only about emissions or energy. It is also means access, health and shared space. This isn't about longing for midcentury Los Angeles, or about replicating Copenhagen. It's about testing new possibilities — much like what we're exploring this year at the Biennale Architettura in Venice. There, participants from diverse disciplines are investigating how we can adapt to a changing planet. We begin with the understanding that climate change is no longer a distant threat; it is a present condition. Our response must be adaptive, experimental and iterative: a continuous process of design evolution, shaped by trial and error, much like nature itself. But the United States and the world do not need a single model of urban sustainability — they need many. New York might go vertical and social. Barcelona is building out superblocks for pedestrians. Rotterdam is going resilient and water-wise. And Los Angeles? It could — and we believe, it will — become a solar-powered, biodiversity-rich metropolis that helps us rethink what urban sustainability really means. The sustainable city of the future should not look the same everywhere. It should build on the best of what each place already is and push that to its most imaginative conclusion. 'No city has ever been produced by such an extraordinary mixture of geography, climate, economics, demography, mechanics and culture,' said Reyner Banham, the British architectural historian who wrote about Los Angeles a half-century ago. 'Nor is it likely that an even remotely similar mixture will ever occur again.' Los Angeles may have been the warning of the 20th century. But it could become the blueprint of the 21st. John Rossant is chief executive of CoMotion and international impresario of the multimodal transportation world. Carlo Ratti is the director of the Senseable City Lab at MIT and the curator of the Biennale Architettura 2025.

Pompeii's second life: New evidence suggests the city was reoccupied after devastating eruption
Pompeii's second life: New evidence suggests the city was reoccupied after devastating eruption

Yahoo

time4 days ago

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Pompeii's second life: New evidence suggests the city was reoccupied after devastating eruption

Though the catastrophic eruption of Mount Vesuvius in 79 AD turned Pompeii into a city of ash, killing up to a fifth of its 20,000 residents and leaving it in ruins, new evidence suggests that some survivors - and possibly newcomers - returned to the smouldering remains to rebuild their lives. Fresh excavations from the Insula Meridionalis (Southern Block) of the archaeological park have revealed post-eruption modifications to buildings, signs of domestic activity, and adaptive reuse of the ruins. Researchers now believe this post-eruption community lived in makeshift conditions, transforming the ruined homes into a kind of survivalist settlement. Upper floors were re-inhabited while the ground levels - once elegant Roman spaces - were repurposed into cellars with ovens and mills. These settlers may have included not only former residents, but also newcomers with nothing to lose - hoping to survive among the wreckage or even unearth valuables left behind. Related Roman-era erotic mosaic panel stolen by Nazi captain during World War II returns to Pompeii From priestesses to prostitutes: New exhibition uncovers the lives of women in Pompeii 'Judging by the archaeological data, it must have been an informal settlement where people lived in precarious conditions, without the infrastructure and services typical of a Roman city,' researchers said in a statement. Gabriel Zuchtriegel, the director of the site added: "Thanks to the new excavations, the picture is now clearer: post-79 Pompeii re-emerges, more than a city, a precarious and grey agglomeration, a kind of camp, a favela among the still recognisable ruins of the Pompeii that once was." The research team believes this period of reoccupation may have continued until the 5th century, when another volcanic event - known as the "Pollena eruption" - likely forced the final abandonment of the site. Solve the daily Crossword

New evidence at Pompeii show signs of life after deadly eruption
New evidence at Pompeii show signs of life after deadly eruption

Yahoo

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New evidence at Pompeii show signs of life after deadly eruption

Archaeologists have discovered new evidence pointing to the reoccupation of Pompeii following the 79 AD eruption of Mount Vesuvius that left the city in ruins, the directors of the famous site said Wednesday. Despite the massive destruction suffered by Pompeii, an ancient Roman city home to more than 20,000 people before the eruption, some survivors who could not afford to start a new life elsewhere are believed to have returned to live in the devastated area. Archaeologists believe they were joined by others looking for a place to settle and hoping to find valuable items left by Pompeii's earlier residents in the rubble. "Judging by the archaeological data, it must have been an informal settlement where people lived in precarious conditions, without the infrastructure and services typical of a Roman city," before the area was completely abandoned in the fifth century, they said in a statement. While some life returned to the upper floors of the old houses, the former ground floors were converted into cellars with ovens and mills. "Thanks to the new excavations, the picture is now clearer: post-79 Pompeii reemerges, more than a city, a precarious and grey agglomeration, a kind of camp, a favela among the still recognizable ruins of the Pompeii that once was," said Gabriel Zuchtriegel, director of the site. Evidence that the site was reoccupied had been detected in the past, but in the rush to access Pompeii's colorful frescoes and still-intact homes, "the faint traces of the site's reoccupation were literally removed and often swept away without any documentation." "The momentous episode of the city's destruction in 79 AD has monopolized the memory," said Zuchtriegel. Archaeologists estimate that 15-20% of Pompeii's population died in the eruption, mostly from thermal shock as a giant cloud of gases and ash covered the city. Volcanic ash buried the Roman city, perfectly preserving the homes, public buildings, objects and even the people until its discovery in the late 16th century. Pompeii, a UNESCO World Heritage Site, is Italy's second most-visited tourist spot after the Colosseum in Rome, with some 4.17 million visitors last year. It covers a total area of approximately 22 hectares (54.4 acres), a third of which is still buried under ash. The new findings mark the latest in a string of recent discoveries in Pompeii this year. In April, life-sized statues of a man and a woman were discovered in a tomb at the site. In February, paintings depicting Dionysus, the Greek god of wine, were discovered. The images were painted on the walls of a large banquet room. The month before that, archaeologists excavated a large private bathhouse that included multiple rooms and a plunge pool. Sneak peek: The Strange Shooting of Alex Pennig Neil deGrasse Tyson weighs in on plans for a moon-based nuclear reactor Breaking down the Trump tariffs economic goals

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