Future Architecture : Floating Ecopolis for Climate Refugees:
According to the less alarming forecasts of the GIEC (Intergovernmental group on the evolution of the climate), the ocean level should rise from 20 to 90 cm during the 21st Century with a status quo by 50 cm (versus 10 cm in the 20th Century). As a solution to this alarming problem architect Vincent Callebaut came up with this ecotectural marvel that could serve as a luxurious future retreat for 50,000 inhabitants seeking refuge from rising waters due to global warming. He believes the world will be desperately seeking shelter from the devastations of climate change, and hopes the auto-sufficient amphibious city will serve as a luxurious solution. To bad that right now we are close to 7 billion people and this luxurious future retreat is just for 50,000 inhabitants ( just for rich people ).
Vincent Callebaut called this project “Lilypad“, but this ecotectural marvel is also called as “Floating Ecopolis for Climate Refugees”. The whole structure is covered in green walls and roofs, the top portion covered in grasses with the inner portion featuring a palm oasis, and the under portion serving as a bed for natural sea planktons and oceanic plants. Finally if you were already planning to reserve a place to this luxurious future retreat stay calm, because Vincent Callebaut hopes that “Floating Ecopolis for Climate Refugees” will make the transition from design to reality around the year 2100.
Unbuilt Buildings: 12 Awesome Future Architectural Designs
(images via: Green Roofs)
The Songjiang Hotel by Atkins Design makes use of a beautiful water-filled quarry in the Songjiang district just outside Shanghai in China. This innovative design features a green roof, geothermal energy and underwater areas including a restaurant and guest rooms. The quarry provides an ideal setting for sports and leisure including swimming, water sports, rock climbing and bungee jumping. The Songjiang Hotel was originally slated to be completed by May 2009, but as of now it’s still just a concept.
Dragonfly, a Metabolic Farm for Urban Agriculture
(images via: Vincent Callebaut)
From Vincent Vallebaut, designer of the Lilypad concept, comes another stunning sustainable design that aims to meet the food, housing and energy challenges of the future. The Dragonfly is an urban farm concept for New York City’s Roosevelt Island, modeled after the wings of a dragonfly and designed to provide fresh, local food within an urban environment. Fruit, vegetables, grains, meat and dairy would be produced on the Dragonfly’s 132 floors and the entire structure would be powered by a combination of solar and wind power.
The Venus Project: Working Toward Sustainable Global Civilization
(Designed by Jacque Fresco – images via: The Venus Project)
In order to survive global warming, the growing human population and other challenges in the upcoming centuries, some believe that we must start from scratch with a new model of human civilization that directs our technology and resources toward the positive, for the maximum benefit of the people and the planet. The Venus Project is a vision for a brand new world civilization and redesign of our entire culture. Circular cities with built-in farms and public transit, along with sea cities that can accommodate millions, are just part of this complex and visionary idea to take us “beyond politics, poverty and war”.
The Origami, Seamless Indoor/Outdoor Apartment Living
(images via: ArchDaily)
By making apartment buildings entirely vertical, we could enhance the livability of urban residences and provide lush green gardens for each apartment dweller to enjoy. The Origami by Kann Finch, designed for Meydan City in Dubai, would give each apartment an open quality that extends the internal living areas to extensive balconies with uplifting window walls. A patterned solid/glass screen gives the building visual interest from the outside and provides shade and privacy for the residents.
Dynamic, Wind-Powered Rotating Tower
(images via: Dynamic Architecture)
Italian architect David Fischer designed the Dynamic Tower Skyscraperso that each of its 80 floors would rotate according to voice command. Fischer wanted to design a space where you could enjoy the sunrise and sunset from the same room. The rotation takes up to 3 hours and is powered by solar panels and 79 wind turbines, with one turbine located between each floor. Almost the entire structure will be pre-fabricated offsite. Construction is due to be completed by the end of 2010.
Højblokka / Puls High-Rise
(images via: ArchDaily)
The Højblokka_PULS project by MAPT + DARK architects is another approach to vertical urban living, taking advantage of vertical space to expand the capacity of large cities as the population grows. The idea is to have buildings with smaller footprints that is woven into the circulation of the area, combining office spaces, hotels, leisure and shopping facilities with sunlit public spaces in its low-rise urban block.
Green and Modern Fair & Exhibition Space at the Punta Umbria Pavilion
(images via: DailyTonic)
MRDP Arquitectos, a Spanish design firm, wanted to create a space for fairs and exhibitions that would remain lively even in between events, maximizing the usage of the space. Their design for the Punta Umbria Pavilion is situated on an urban plaza and is contained under an expansive green roof covered in native, weather-resistant, low-maintenance plants. A 17m tower serves as a ‘lighthouse’ that provides views of the river and its surroundings.
Sky-Terra Skyscrapers: Urban Recreation in the Sky
(images via: The Design Blog)
As cities become more crowded, green urban space comes at a premium. One idea for preserving recreation space in urban environments is the Sky-Terra Skyscraper by San Francisco-based designer Joanna Borek-Clement. Sky-Terra is a neuron-like network of skyscrapers that tower over the city, bringing public parks, amphitheaters, fields and public pools closer to the sun. The inner core of each structure has elevators to transport people from street level to the top.
The Future World Trade Center
(images via: WTC)
New York was deprived of its Twin Towers in 2001, but it will soon have a whole new World Trade Center gracing its skyline. Made up of five new skyscrapers, a museum, a transportation hub, a retail complex and a performing arts center, the new design aims to make the World Trade Center a cultural and commemorative destination. The memorial plaza is scheduled to open on September 11th 2011, followed by the underground memorial museum and Tower 4 in 2012 and the Freedom Tower in 2013. The economic meltdown has slowed progress and it’s unknown when towers 2, 3 and 5 will be completed.
‘My Dream, Our Vision’ by Design Act
(images via: ArchiCentral)
Singapore-based design firm Design Act created the ‘My Dream, Our Vision’ concept for the World Expo 2010 Singapore Pavilion Competition. It uses permutated cubes to generate a pixelated-looking sculptural building that that looks like an illuminated ‘digital cloud’ hovering over a constantly changing green pasture. Designed to present Singapore as the ideal example of a city that can transform the lives of everyone who comes into contact with it, the ‘My Dream, Our Vision’ concept encourages visitors to post their dreams inside.
No Man’s Land: Fresh Water, Clean Energy… and Peace
(images via: Inhabitat)
Can architecture foster peace in the Middle East? The No Man’s Land concept by New York-based architect Phu Hoang Office solves some site-specific issues such as friction over water control and also provides recreation, tourist attractions and renewable energy. The No Man’s Land design is made up of a network of islands, creating an artificial archipelago that actually extracts water molecules from the air to be desalinated, providing fresh drinking water.
Dystopian Farming in Manhattan
(images via: eVolo)
Resembling the nest of an insect, the Dystopian Farming project by Eric Vergne combines farms, worker housing and market places, mixing politically opposing classes – farmers and urban consumers. The idea is to reject the romanticizing of food projection and embrace genetic engineering, airoponic watering and nutrient technologies in a fully man-controlled environment in order to meet Manhattan’s food production needs.
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