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Urban Innovation: How Vertical Forests Combine Bioarchitecture, Sustainability, and Well-Being
Do you want to change the gray appearance of the city and, on top of that, combat heat, pollution, and climate crises? That’s how Stefano Boeri, in 2007, came up with an idea in the glass desert of Dubai: to create “green” skyscrapers, covered with plants, able to cater to both people and wildlife. The result is vertical forests, an innovation that revolutionized bioarchitecture and is changing the face of urban centers around the world.
Bosco Verticale in Milan: Surprising Result Was the First Vertical Forest in the World
In Milan, Boeri built two towers that are not just buildings, but ecosystems. At 110 m and 76 m, they house 800 trees, 4,500 shrubs, and 20,000 plants of 100 species, covering a green area equivalent to 5 hectares of park, on just 1,000 m² of land.
This vegetation cover reduces temperatures by up to 3 °C in the units, regulates internal temperatures, absorbs CO₂ and dust, generates oxygen, and enhances urban infrastructure in terms of well-being, sound insulation, and microclimate.
The sophisticated structure includes 3 m deep concrete balconies, special containers, smart irrigation with gray water, and solar energy on the roof. Maintenance is performed by professionals, the so-called “flying gardeners,” who take care of the vegetation at heights.
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A perfect 6 km ring in the far east of Russia intrigues NASA satellites as it appears to be a meteor crater or an extinct volcano, but the agency has already confirmed that it is neither and harbors a much stranger origin beneath the Earth.
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Australia positions a barge with 78-meter legs at sea to install ocean sockets connected to tunnels under the seabed to supply a desalination plant that will produce 150 million liters of water per day in Alkimos until 2028.
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From a simple approach at the gate to more than R$ 45,000 in donations, the story of a gardener offering volunteer work shows how a well-tended garden can pave the way for food, hope, and an almost finished home for a Brazilian family.
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Couple buys 380 seedlings online to create an 80-meter hedge on their property, tests drip irrigation, and begins transforming open area into a green wall at the refuge they are building in Santa Catarina.
Sustainable Evolution in Cities
New projects explore materials with a lower environmental impact. In Paris, La Forêt Blanche is primarily made of wood to reduce embodied carbon. In Utrecht (Wonderwoods), starting in February 2025, there will be a mixed-use building with 200 apartments, 360 trees, and 50,000 plants, ensuring awarded urban biodiversity at last MIPIM.
Entire Cities of Green
The concept has gone to Africa (the first vertical forest in Cairo this year) and public housing in the Netherlands, the Trudo Vertical Forest, with limited rents to validate economic sustainability.
Benefits of Green in the Concrete Jungle
- Quality of Life: constant presence of plants reduces anxiety and depression levels by up to 40%, according to a Dutch study; in poor areas, the reduction can be 10%.
- Urban Functionality: buildings filter air, dampen noise, strengthen microclimates, and minimize the heat island effect.
- Ecological Infrastructure: green roofs and gray water systems aid in drainage, prevent flooding, and reduce demand for air conditioning.
Experts’ Perspective
Stefano Boeri states: “We must imagine a dual movement: citizens toward the forest and trees toward the city.”
Francesca Cesa Bianchi, architect, adds about Wonderwoods: “A multipurpose and highly biodiverse architecture, open to the daily life of citizens, plants, and birds of Utrecht.”
The World Green Building Council emphasizes that, although these structures require more materials, such as concrete, the gains in operational sustainability exceed this cost, especially when low-carbon materials and innovative solutions are adopted.
Even Being Emblematic Projects, Questions Arise:
- The extra embodied carbon (concrete, heavy structures) can negate benefits if the compensation is not calculated.
- The reliance on specialized expertise for maintenance may limit autonomy and create cost barriers.
- Environmentalists remind that these vertical forests do not replace extensive green areas; parks are still essential.
The Look to the Future
Boeri is already planning other green cities: Liuzhou (China) for 30,000 inhabitants and Cancún (Mexico) as a smart city, without combustion cars. The World GBB and researchers of nature-based solutions point out that bioarchitecture integrated into cities is crucial to combat climate change and promote urban sustainability in a measurable way.
Vertical forests are redefining the paradigm of urban construction. No longer mere symbols, they are an active part of the infrastructure, combining bioarchitecture, sustainability, and quality of life. Even with challenges to overcome, they point to a clear path: densely populated cities can also be densely green.
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