There is a trailer involved in this situation also, the one that brings the robot to the locations it’s going to seed. Once in place, the robot uses this trailer as a base camp, returning as needed to re-fill with seeds, fuel, and water automatically. The robot can work in patterns, a complete “virtual forest” can be programmed into it for planting. Landscape Architects, get out your pencils and pads!Dubai’s thirst for crass civic projects and buildings cannot, it seems, be quenched. In the last decade, the emirate has cultivated an utterly strange landscape of isolated icons, each one more “spectacular”,”daring”, and “different” than the last. From the vacuous iconicity of the Burj Khalifa to the ludicrous ambition of
Science Fiction has been less-than-kind when it comes to giving robots an environmentally friendly outlook. Robots are supposed to destroy the world, not save it, right? Nay. Nay I say. And so also says Anna-Karin Bergkvist, designer of this tree planting robot. Reforestation on the horizon, that’s what this robot says. Four legs, extendable planting arm, and planting head. That’s what we’ve got here. One green robot walker.
This machine is built to be small and tread lightly so that it has as little negative impact on the plants and animals it must walk through in order to get around the newly planted forest. By using hot steam to destroy competing vegetation (choking vines that kill trees, for example), it poses no threat to the animals that afterward come upon planting spots. Each seed is planted with a biodegradable plastic protective barrier, protecting it from bugs until it’s old enough that they could take chomps and it’d still survive. The robot itself is run on steam and fueled by “forestry waste” such as animal pellets and wood chips.
One robot can carry around 320 seedlings in one load. Seeds are fed into the machine at the front and loaded onto a revolving cartridge until full – at which point the robot begins it’s cycle. The robot stands in place, planting as many seeds as is reasonable and it can reach in one location. Once finished, the arm retracts to fill up again as the robot moves on to the next location. Dubai’s tolerance for an asinine and radically depoliticized architecture has yet to be exceeded. See the latest conceptual project, Deep Ocean Technology’s proposed Water Discus Underwater Hotel, another “diamond in the rough (waters)” scheme that envisions a partially submerged object of vage sci-fi origins. And, by vague, we mean Star Trek.
According to the sleek initial renderings, the hotel is to be stranded in a reef, with lodging above and below the waterline. The structure consists of a system of modular programmatic discs, anchored to the seafloor by steel legs capable of withstanding tsunami-scale conditions. The discs can be moved, replaced, and multiplied to alter the hotel’s composition and respond to the vagaries of sea life.
The skyward discs suspended above the waterline will be programmed with a helipad, spa, gardens, and terraces that reveal vast panoramas of the shore beyond, while the underwater accommodations will extend twenty-one stories down into the water to open up intimate views of the diverse marine habitat. The project presents an advancement for housing and tourism in coastal off-shore areas, according to the hotel’s investors, who also claim that the hotel’s modular structure can double as a “laboratory tool” with which to further oceanographic research in the region and work towards creating “new underwater ecosystems and activities on underwater world protection.”
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