Could Nanofarms Really Transform Agriculture?

Corby Kummer for Nova:  Paul Gauthier, a plant physiologist at Princeton University, took a short drive up the New Jersey Turnpike to try to figure out whether the biggest vertical farm on the East Coast is succeeding. The answer isn’t as clear as you might think.

AeroFarms, which runs a 70,000 square-foot operation in Newark, is one of the highest-profile companies founded on the premise that growing crops indoors will transform agriculture. These aeroponic indoor farms stack leafy greens and herbs on racks that nurture the produce with sprays of mist and light from LEDs or high-pressure sodium lamps. They use no soil or pesticides, and can operate year-round. For further efficiency, AeroFarms mechanizes the seeding, harvesting, packaging, and cleaning of its produce.

It requires a great deal of electricity to give plants the light and heat they could get for free outdoors. But the idea is that vertical farms in big urban centers will be less costly—both economically and for the environment—because of the inputs they avoid, like toxic chemicals and long-distance transportation to consumers.

So do they actually come out ahead? Gauthier studies the science and the economics of growing food indoors, and he wants it to work. But the indoor farms getting glamour-puss investments refuse to release their numbers. And after touring several of them, digging into their methods to weigh the costs and the benefits, Gauthier is suspicious about whether the numbers add up.

If you ask him whether the farms are making money or on track for any real financial viability, Gauthier, raised in Nantes, France and trained there and in Paris, where he earned his Ph.D., does a French thing with his mouth that translates to an existential shrug. “Who knows? So they say.” But he’s pretty sure that economics is a “major part of what’s stopping vertical farms from growing.”

Feeding 10 billion people in a world stressed by the rapidly changing climate is going to require constant innovations in how food is produced—a new green revolution, just this time not involving methods that wreck soil and water. But while vertical farms might work as a technical concept, thriving as businesses is another matter.

The problem, Gauthier suspects, is that the future of indoor agriculture might not look like a venture capitalist’s dream, with microgreens and other fancy kinds of lettuce sold at macro markups. To have a truly global impact, the startups ideally would also be researching how to grow staple crops threatened by climate change and trying to maximize their nutritional value. And, Gauthier and others argue, these agricultural startups should be thinking small at the same time—encouraging cottage and studio-apartment farmers to raise indoor tomatoes and strawberries themselves and join what could become an information-sharing revolution.  Full Article:  

Comments (0)

This post does not have any comments. Be the first to leave a comment below.

Post A Comment

You must be logged in before you can post a comment. Login now.

Featured Product

IDS NXT ocean: grab, label, train, run AI

IDS NXT ocean: grab, label, train, run AI

Artificial intelligence can be used, for example, to classify fruit varieties or to identify damaged parts, e.g. apples with marks or color deviations. To cover all possible variances with classical image processing would be very time-consuming and costly. With artificial intelligence, however, these challenges can be solved in no time at all. IDS NXT ocean is a user-friendly all-one-one system which requires neither special knowledge in deep learning nor camera programming. Only sample images and knowledge on how to evaluate them (e.g. "good apples" / "bad apples") are needed. This makes the start into AI-based image processing particularly easy. Camera hardware, software, infrastructure and support come from a single company. For beginners, IDS offer the IDS NXT ocean Creative Kit, which includes all components and workflows to create, train and run a neural net.