But Mr. Santana, 66, and other Seaman drivers spend their downtime tending a small farm off Johnson Avenue in the Spuyten Duyvil section of the Bronx, near Riverdale.
“It was just a few guys,” Daniel Montes, a driver, said of the farm’s origins. “They just got together and started doing this.”
The farm began about 15 years ago with a few tomatoes and beans planted along a thin, unused strip of land behind a 30-story apartment building. It has grown into a thicket that stretches about a quarter-mile.
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Sunday, August 30, 2015
Saturday, August 22, 2015
Architecture fighting obesity
A 1950s-era elementary school in rural Buckingham, Virginia was redesigned to help kids lose weight. The architects worked directly with public health researchers to change a long list of details based on current research, from designing a kitchen with dedicated storage space for local, seasonal fruit, to placing healthy meals at kids'-eye level in the checkout line. In a teaching kitchen, third-graders can learn to make healthy meals from the foods they grow in the school garden.
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Sunday, August 16, 2015
mega food parks
42 mega food parks to start operations by 2019: Harsimrat Kaur Badal
The Mega Food Park Scheme, based on the cluster approach, is modelled on hub-and-spoke architecture, which follows principles from the spoke-hub distribution paradigm.
It aims at facilitating the establishment of a strong food processing industry backed by an efficient supply chain, which includes collection centres, a central processing centre (CPC) and cold chain infrastructure.
The Mega Food Park Scheme, based on the cluster approach, is modelled on hub-and-spoke architecture, which follows principles from the spoke-hub distribution paradigm.
It aims at facilitating the establishment of a strong food processing industry backed by an efficient supply chain, which includes collection centres, a central processing centre (CPC) and cold chain infrastructure.
Monday, August 3, 2015
Personal Food Computer
The personal food computer looks like a fish tank. It’s the right shape and size, but there’s no water. Inside the two-foot-long box, under glowing purple LED lights, lettuces and legumes sprout up, their roots, free of dirt, misted by digitally-controlled sprayers. It’s a tiny, low-water, climate-controlled agriculture system, designed for growing food in cramped city quarters. The machine is plugged into a network, so all the environmental information runs into a database, where other farmers can see how much water and light the plants are getting, and use that data to tweak the way they grow their own crops.
Call it open-source farming or data-driven agriculture. Either way, it’s a way to program how we grow what we eat. Caleb Harper, an engineer with a background in architecture and design, developed the personal food computer. He also runs the City Farm group, which looks at innovative ways to grow food in urban areas, at MIT’s Media Lab. He thinks his contraption is the future of food.
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Call it open-source farming or data-driven agriculture. Either way, it’s a way to program how we grow what we eat. Caleb Harper, an engineer with a background in architecture and design, developed the personal food computer. He also runs the City Farm group, which looks at innovative ways to grow food in urban areas, at MIT’s Media Lab. He thinks his contraption is the future of food.
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Wednesday, July 15, 2015
alcoholic architecture
An installation called “Alcoholic Architecture,” coming soon to London’s Borough Market, dispenses booze in the form of a “walk-in cloud of breathable cocktail.” It’s the creation of Bompas & Parr, a whimsical food art studio known for its bespoke jellies and fruit-flavored fireworks.
The so-called “alcoholic weather system” is a thick mist, one part spirits to three parts mixer. Guests enter the chamber wearing protective ponchos and take in alcohol through their lungs and eyeballs. Inside, the humidity is so high that you can’t see farther than one meter around. According to a press release, Bompas & Parr worked with respiratory scientists to arrive at the optimal dwell time—50 minutes, or the equivalent of about one liquid drink.
Labels:
air,
architecture,
art,
restaurant,
space
Wednesday, July 8, 2015
chopstick 3D printing
With the use of chopsticks as ‘lumber,’ the researchers state that this material is prime for creating a porous structure with its aggregate construction. Using two different methods, jammed aggregation and stratified aggregation, the team has been able to come up with a clear and innovative method for elevating 3D printed architecture to the larger scale. Both methods, conceptualized through research and testing, employ the use of rows and rows of chopsticks which are accompanied by glue, and dispensed by an equally innovative device.
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