Saltless Sea's Starr: Urban Regen Ag Success Story
TL;DR: A regenerative urban farmer demonstrates how to apply large-scale principles to a small backyard, focusing on soil health and biodiversity.
- Tarping and mulching are initial steps for weed suppression and soil protection.
- Raised beds with drip irrigation optimize water use and minimize soil disturbance.
- No-till practices preserve soil structure and microbial life.
- Local, free resources, like fallen leaves, can be effectively utilized.
- Consistent observation refines practices and improves plant health.
Why it matters: Adopting regenerative practices in urban settings can significantly enhance local food production, improve soil health, and contribute to carbon sequestration, even in limited spaces.
Do this next: Start a small no-till garden bed using cardboard and fallen leaves as mulch, then observe the soil and plant response.
Recommended for: Urban gardeners and small-scale farmers looking for practical, replicable methods to implement regenerative agriculture in limited spaces.
This case study profiles Starr from Saltless Sea, who transitioned to full-time regenerative urban farming in a small backyard after completing the Regen Ag 101 online course during the pandemic. Her methods adapt large-scale principles to urban constraints: all garden crops begin with tarping to kill weeds and mulching with fallen leaves for soil protection. She constructs raised beds irrigated via timed drip systems for efficient water use, minimizing disturbance. This no-till approach preserves soil structure and microbes, drawing from course insights on broad regenerative overviews. Starr selects practices like mulching and raised beds to suit her space, focusing on soil improvement, biodiversity, and CO2 sequestration. Practical details include site prep with tarps for 2-4 weeks, layering mulch 4-6 inches thick, building 4-foot-wide beds for easy access, and drip irrigation timers set for deep, infrequent watering. She integrates course learnings by disrupting soil minimally, using local leaves as free mulch, and observing plant health to refine. This urban model demonstrates self-sufficiency, yielding diverse crops while regenerating soil annually. Practitioners gain a replicable blueprint: tarp and mulch first, elevate beds for drainage/ergonomics, automate irrigation, and prioritize observation—proving small-scale urban farms can achieve regenerative outcomes with accessible tools and training.