As a trend, home gardening is explosive. TerraFarms are a space-efficient choice that use no pesticides and 97% less water. The Ogarden system is completely hassle-free and can grow up to 100 herbs and vegetables a month. However, home gardening isn’t practical everywhere — especially in colder countries. Engineers at the German Aerospace Center are now helping snowed-in communities garden, with an Antarctic farm that can grow veggies below zero.
Called the Eden-ISS, the farm exists inside a climate-controlled shipping container. The greenhouse relies on a technique called vertical farming, in which food grows on trays or hanging modules under LEDs instead of natural sunlight.
The farm is only 135 square feet and can grow vegetables in huge amounts. Amazing, considering the only means of transportation for produce deliveries is by ship or plane. Researchers plan to grow some 30 to 50 different plant species. In short, the new technology is beating the odds.
Over the past 100 years, Arctic temperatures have increased at nearly twice the global average, making it possible to grow crops in once-desolate places like Yellowknife in Canada and Greenland.
On a more impressive note, temperatures in the area can plunge as low as -100 degrees Fahrenheit. I didn’t even know it was humanly possible to exist under such conditions. Lesson learned: never underestimate the power of innovation.
Humans never stop trying to improve the world for fellow creatures. We turn empty lots into homes for bees, we make highways so that hedgehogs may survive our cities, we teach orcas human speech. But we don’t know everything, and there’s a lot to learn about the world through these animals’ eyes as well. In this instance, through the eyes of a shrimp:
For a small glimpse of the mantis shrimp’s view of the ocean, humans can now look through a mantis-shrimp-inspired camera from a team led by Viktor Gruev, an engineer at the University of Illinois Urbana-Champaign.
Mantis shrimp have the ability to detect up to six types of polarization in the ocean, a property of light that is impossible for humans to see. To imitate this, Gruev’s team made miniature polarized lenses, popped them inside a video camera, and collaborated with marine biologists to study how different underwater creatures use polarization.
[T]he ability to see detect polarization is widespread among cuttlefish, octopus, squid, crabs, and even some fish. Perhaps marine animals use polarization to communicate with each other, or perhaps it enhances contrast underwater for them to detect predators.
Through their findings, the team was also able to raise another important factor in the survival of marine animals: navigation. Do the mantis shrimp and other animals actually use polarization as their very own GPS? Scientists are not yet certain as to exactly how. But the idea already sounds awesome.
And with this camera, the world just might get a whole lot bigger in the future.
These days, the challenge of sustainability elicits many different creative responses: leather out of wine, air purifiers made of algae, even energy from cow and turkey poop. Truly the stranger, the better. A new project from an Indian startup company makes the sun and the wind come together to create water. How does that sentence make sense? Uravu answers our question.
The company’s affordable, electricity-free Aqua Panels use solar thermal energy to convert vapor into usable water – and they should be available to the public within two years. “There’s no need of any electricity or moving parts,” Uravu co-founder Swapnil Shrivastav told Quartz India. “It is just a passive device that you can leave on your rooftop and it will generate water. The process starts at night, and by evening next day you’ll have water.”
The process of producing water from vapor has already been developed and utilized before, mostly for industrial and agricultural purposes, but the outdated versions of this technology had to consume large amounts of energy and humidity—innovative, yes, but not yet as sustainable as the above-mentioned Aqua Panels. Uravu wants their device to suit domestic use.
“Initially we’ll be working with governments and strategic partners, and we want to reach places where there is water scarcity, such as parts of Rajasthan and Andhra Pradesh, and rural areas,” explained Shrivastav. “We will be trying to start with a household device and aim at community-level projects.”
Ultimately, the Indian company aims to make the process more simple to make it more accessible for people who lack resources. Sustainability takes many different forms, but surely it is best when it answers to society’s greatest needs.