Regenerative Agriculture in Action at Lala’s Family Farm
At Lala’s Family Farm in Sebastopol, California, regenerative agriculture is not just a philosophy; it is a daily practice rooted in observation, experimentation, and community trust. The five-acre farm, operated by Master Gardener Paula Glogovac, is both a productive growing space and a living example of how transparency and stewardship can work hand in hand, while reinforcing the values of accessibility, responsibility, and shared care for the land.
Paula's Family Farm operates on a simple honour system, inviting the local community to enjoy fresh, seasonal produce and leave payment according to posted guidance. This trust-based approach strengthens the connection between grower and community
Lala's Family Farm - honour system farm produce Master Gardener Paula Glogvac
Investigating Magnetically Treated Water as a Tool for Sustainable Agriculture
Paula is currently testing Abimax Magnostream hydromagnetic water treatment devices across multiple growing systems on her five-acre farm. Her goal is clear: to carefully document whether magnetically structured water can support measurable improvements in plant growth, soil biology, irrigation efficiency, and long-term system resilience- key challenges facing U.S. gardeners, farmers, and vintners alike.
The Abimax Magnostream
What makes this collaboration particularly meaningful is Paula’s commitment to thoughtful, science-minded trial design. Rather than rushing to conclusions, she is building a layered approach that includes control groups, identical soil conditions, consistent plant varieties, and careful monitoring. Current trials include seed starts, greenhouse tomatoes, basil, onions, garlic, and leafy greens, all grown side-by-side using the same soil, containers, and treatments, with water source as the single variable.
Layered, Side-by-Side Trials Built on Consistency and Control
Moisture meters, daily photography, and video documentation are central to Paula’s process. In the greenhouse, tomato plants are being grown in identical containers, one irrigated with standard water and the other with Magnostream-treated water. In planter beds, garlic is being grown under the same biodynamic compost amendments and irrigation layouts, with one bed receiving magnetically treated water through T-Tape irrigation. These longer-term trials will also allow observation of scale buildup in irrigation lines and potential differences in microbial activity over a six- to seven-month growing cycle.
Magnostream Pro Fitted on 25 mm pipe
Magnostream Pro Fitted on 25 mm pipe
Beyond the technical work, Paula’s openness stands out. She is actively documenting her methods through video and plans to share results, positive or negative, with the broader regenerative agriculture community. Her farm is intended not just as a test site, but as a learning space where growers, advisors, and researchers can see real-world trials in action.
Seasonality is another key consideration. Paula has intentionally chosen to delay full-scale field trials until spring and summer, when irrigation demand is highest and water use patterns are more consistent. This thoughtful timing increases the likelihood of capturing meaningful data while respecting the rhythms of the farm and local climate.
Why On-Farm Research Matters in a Changing Agricultural Landscape
As water scarcity, soil degradation, and rising input costs challenge growers across the U.S., on-farm research like this becomes increasingly valuable. Paula Glogovac’s work at Lala’s Family Farm reflects the best of regenerative agriculture: curiosity, integrity, and a willingness to test new ideas in service of healthier soils, more efficient water use, and resilient food systems.
More updates from Paula will be shared as the trials continue, she is currently testing Magnostream & Magnostream Pro from www.abimax.com