Open nelsonic opened 6 years ago
nelsonic
commented
5 years ago The future of architecture and cities is buildings that integrate nature:
https://youtu.be/4w7lsydq8ks
I'm excited to be building our Greenhouse https://github.com/dwyl/home/issues/14 in Braga using the Baubotanic method. It will be a long game/payoff but the effect in 5, 10, 20 years will be amazing!
iteles
commented
5 years ago Long term but absolutely fascinating 😍 🎉
carolrmc
commented
5 years ago And beautiful
On Sun, 2 Dec 2018 at 16:33, Ines Teles notifications@github.com wrote:
Long term but absolutely fascinating 😍 🎉
— You are receiving this because you are subscribed to this thread. Reply to this email directly, view it on GitHub https://github.com/dwyl/phase-two/issues/71#issuecomment-443521048, or mute the thread https://github.com/notifications/unsubscribe-auth/AXf5fszFMEaguMIkw3KV_SKWlWd5r2Xrks5u1AD3gaJpZM4VxPGh .
Architects Ferdinand Ludwig and Daniel Schönle would like to revolutionize the way we build, or more appropriately “grow”, our buildings. Inspired by the ancient art of tree shaping - from Japanese Bonsai to India’s Living Tree Bridges - they have added modern materials, like metal scaffolding, to graft a 10-meter-high (33 feet) living tower near Germany’s Black Forest. The Plane-Tree-Cube Nagold is their largest living plant structure yet though Ludwig has spent years experimenting with “baubotanik” (bau= building + “botanik” = botany) techniques, inspired by historical examples. Ludwig’s first biodesigned structure was the Baubotanik Footbridge planted in 2005 as an initial attempt to get people into the canopy of the trees. Biodesign relies on processes that occur in nature, such as inosculation: a grafting process where the limbs of separate trees grow together, shedding bark and outer layers so the inner tissue and vasculature combines to create one organism. Another technique inspired by the events in the natural world is “uberballung” where a limb “grows over” another element, normally a metal beam or rod. Baubotanik constructions evolve over time. As the trees grow together they become strong enough to be load-bearing and more and more of the metal infrastructure can be removed. Over time, the buildings become more tree and more alive. Ludwig believes his Baubotanik methods can scale to buildings as high as a tree can grow (about 30 meters or 100 feet). “We made some design proposals even for whole streets where all the street trees are fused with the building in this way,” explains Ludwig. “So the people don’t live in a house, they live in a tree. For sure there are some rooms behind there that are traditional in a way, but if you go out of the door you stand in the tree, in the canopy.”