Ryan is passionate about his work; he is driven by curiosity and by the conviction that in order for farmers to build sustainable farms, they need to understand the fundamentals of why the land will or will not produce the harvest they seek. As Ryan describes the situation, traditional Gaddi growing practices were so severely disrupted by the advent of the Green Revolution that many farmers now know only the synthetic fertilizer and pesticide-based agriculture that took India by storm in the 1960’s. What’s more, high-yield hybrid seeds have both literally and metaphorically altered the agricultural landscape across India, decreasing agricultural biodiversity and propagating produce that not only has inferior nutritional content, but is also infused with pesticides that increase the likelihood of cancer in the populations that consume them.
Fifty years after the onset of the Green Revolution, the land is revolting. It no longer yields the returns promised by the Indian government and other international organizations that initially championed the use of nonorganic farming methods. Seeking alternatives, farmers are now more willing to turn to organizations like Jagori, which offer assistance in the transition to organic farming.
In facilitating this process, Ryan aims to impart not only technical knowledge of specific farming practices, but also a love of the process. One only needs to spend a few minutes with Ryan to understand how much he enjoys his work. Walking the grounds of Jagori’s campus, he pauses at a large coop, squats down, and points to the healthy, white rabbits that sit inside it. Ryan’s eyes light up as he declares rabbit poop a terrific fertilizer, and rattles off ways to put it to use. He speaks of the soil like some might a city—a thrilling, vibrant environment, as rich with potential as it is it is burdened with blight.
“[T]he notion that some sort of chemical ingredient makes up soil fertility is generally wrong. What soil fertility means is the amount of life in the soil. Higher fertility means higher amounts of bacteria, fungi, protozoa, different worms, arthropods—moving around and making that soil active. […] Soil is a living structure, and many times in many parts of the world, even here, it’s treated as something inert; as something that you put the plant into, and then you need to feed around that. But it’s a living structure and the more living you make it, the greater fertility you have, with less disease.”
One way Ryan intends to help Jagori’s farmers increase the fertility of their soil is to teach them how to prepare and utilize “compost tea”—a veritable liquid gold in the world of organic agriculture. Ryan describes this interesting brew as “a mixture of soil life” —a means of amplifying the impact of traditional compost.
Ryan’s recipe for compost tea:
1) Add 10 l of non-chlorinated water to a brewing container
2) Add 10 ml of unsulfured molasses (jaggery) to promote the growth of bacteria
3) Add nutrients such as 10 ml of worm waste and 25 grams of powdered kelp
4) Using a low-cost tool such as an air pump, continuously stir this mixture over the course of twenty-four to forty-eight hours.
In order to make his compost tea brewer (pictured below), Ryan cut a hole in the bottom of a plastic bucket, fitted it with a kitchen drain, attached PVC piping to the drain, and then fed tubing from a set of air pumps into PVC piping. When the air pumps are turned on the compost tea flows down and out of the bucket, through the pipe, and then back into the bucket from above. As Ryan puts it, “the brewing container effectively lifts and aerates water from below and creates a vortex stirring action, which provides sufficient oxygen for organisms to grow.”