O’Connor Family and AHA! Engage Students on a Hope Ranch Annex Property
Organic farming utilizes the interconnectedness of nature, but an even more bountiful example of community connectedness has sprung to life on the Littlest Little Farm.
Tucked away in the Hope Ranch Annex neighborhood, this dynamic collaboration brings together teens from AHA! to work alongside two facilitators/farming educators to create, maintain, and grow a biodynamic farm. And it all takes place at the home of Laurel and Matt O’Connor, who host the farm in what is literally their backyard, working alongside the team to turn a little less than half an acre of “hard pan dirt” into an impressive urban farm.
Along with revitalizing the land, the Littlest Little Farm has also sparked something special in the teens. “At the beginning of the program, I’ll admit I was reluctant to join because I’m normally not someone who enjoys the outdoors,” said Owen Hubbell, a senior at San Marcos High. “But the amazing facilitators and environment allowed me to enjoy the outdoors more than I ever have before. I was able to learn about the value of nature and the value of taking care of it. Not only that, but I also learned the science of farming, which was very eye-opening to me, because I was never aware of the amount of work that goes
into farming. The feeling of watching something grow and develop, and to do it with a community of people I trust, is a gift I will never forget.”
The Littlest Little Farm, which celebrates its one-year anniversary this month, was indeed inspired by the documentary The Biggest Little Farm. Both Laurel (a clinical therapist) and her friend Jennifer Freed (the cofounder of AHA!’s nonprofit social-emotional education
program) were fans of the film.
“I was having my dream of wanting a farm, and she was trying to figure out how to bring a farming program to the teens,” said Laurel. “It happened really fast. Jennifer is a visionary; she’s amazing. That was in the summer a year ago, and (with support from the Manitou Foundation and other generous donors) we had kids with boots on the ground in early
November.”
Under the guidance of two AHA! alums — Julian Castillo, a clinical therapist, and Stevie
O’Connor, a facilitator (and Laurel and Matt’s daughter) — teens learn about soil nutrition, composting, row planting, amending soil, irrigation installation, worm composting, and noninvasive and chemical-free pest and weed management at the same they’re building social and emotional skills and self-awareness.
“I work with a lot of adolescent boys, and it’s definitely way better to meet outdoors and explore something than just sit there,” said Castillo. “The bigger picture that I like to tell them is that this is a little part of changing the world. The soil can actually sequester carbon. A lot of them have taken home not only plants and produce, but they’re starting
their own little home gardens. So we really think it’s a lot bigger deal, and I think they’re getting that it’s a much bigger thing than just putting stuff in the ground.”
“It’s exciting to see teens get excited about their impact on the planet,” said Stevie. “Also, we’ve harvested a ton in the last couple of months, so the teens are able to take some home and then we donate the extra produce to the Unity Shoppe. It’s great to be able to give that fresh produce back, because we want this to be appreciated.”
“Once we get more volume going, then we can expand to give to other nonprofits,” said Laurel. “So many people are always like, ‘Thank you so much for this,’ and I always feel like I’m the one who should be saying, ‘Thank you.’ I feel so lucky. It’s just a win-win situation. And especially given this time. Things are hard, and this is just such a positive
experience out here every time. It’s just a feel-good place for all of us. And we all come together in a safe way and get in touch with ourselves, with each other, with the soil, just all of it. It’s really amazing.”
Originally published in the Santa Barbara Independent on November 19, 2020. To read the section as it appeared in print, please click here.