🥔 Root Cellaring for Year-Round Food Storage – One-Day Intensive Workshop

Hosted by Vine and Fig Tree Homestead

Course Overview

This immersive full-day workshop teaches participants how to build, organize, and maintain a root cellar for long-term food storage. Designed for homesteaders, gardeners, and sustainability enthusiasts, it covers root cellar design, temperature and humidity management, produce selection, preservation techniques, and food safety. Hands-on demonstrations and planning exercises ensure participants leave ready to apply what they learn.

• Target Audience: Homesteaders, gardeners, and sustainability-minded individuals
• Duration: 1 day (8 hours, including breaks)
• Format: Classroom learning, design demonstrations, and hands-on activities

Schedule & Content Outline

9:00–9:30 AM : Welcome & Orientation

  • Introductions, workshop goals, and overview of food storage principles.

  • Discussion: Understand workshop objectives and the purpose of root cellaring for self-sufficiency.

9:30–10:30 AM - Session 1: The Science of Root Cellaring

  • Principles of temperature, humidity, and airflow; how natural storage preserves food quality.

  • Lecture + Demo: Understand the environmental factors that make root cellaring effective.

10:30–11:30 AM - Session 2: Root Cellar Design & Construction

  • Site selection, insulation, ventilation, materials, and layout planning for new or adapted spaces (basement, outdoor, hillside).

  • Demo + Discussion Design a functional root cellar layout suitable for your climate and space.

11:30–12:30 PM - Session 3: Storage Planning & Produce Selection

  • Identifying best crops for cellaring (potatoes, carrots, apples, beets, squash, etc.);

  • sorting, curing, and prepping produce.

  • Hands-On + Demo Select and prepare produce for optimal long-term storage.

12:30–1:15 PM Lunch Break

  • Seasonal food preservation discussion.

  • Discussion: Share homestead storage strategies and sustainability ideas.

1:15–2:15 PM - Session 4: Monitoring Conditions

  • Tools for measuring humidity and temperature;

  • Adjusting airflow;

  • Mold prevention and shelf-life tracking.

  • Demo + Practice: Maintain stable cellar conditions for safe food preservation.

2:15–3:30 PM - Session 5: Hands-On Workshop

  • Building simple storage bins, racks, and crates using natural materials;

  • labeling and organizing methods.

  • Hands-On: Construct and organize an efficient root cellar setup.

3:30–4:30 PM - Session 6: Troubleshooting & Maintenance

  • Common issues (condensation, rodents, spoilage) and practical fixes;

  • safety and hygiene.

  • Discussion + DemoIdentify and solve typical root cellar problems effectively.

4:30–5:00 PM - Wrap-Up & Recap

  • Resource sharing, participant Q&A,

  • Discussion: Demonstrate understanding of root cellar operation and maintenance.

Sustainability Integration

This workshop emphasizes low-energy, zero-waste food storage methods and includes:

  • Building with reclaimed and natural materials.

  • Using cellar conditions to reduce food waste and refrigeration needs.

  • Integrating root cellars into sustainable food systems.

Materials Provided

  • Printed guides and sample cellar design templates

  • Humidity and temperature charts

  • Demonstration produce and storage containers

  • Access to follow-up video tutorials and design plans

Participants Should Bring

  • Notebook and pen

  • Measuring tape (optional)

  • Closed-toe shoes and work gloves

  • Water bottle

Recommended Reading & Resources

  • Root Cellaring: Natural Cold Storage of Fruits and Vegetables — Mike & Nancy Bubel

  • The Resilient Gardener — Carol Deppe

  • NC Cooperative Extension food storage guides

  • YouTube and homestead blogs curated by the instructor

Post-Workshop Support

  • Access to private online group for cellar design feedback and troubleshooting

  • Monthly virtual Q&A on seasonal adjustments and storage efficiency

Vine and Fig Tree Homestead Workshop Series

Promoting Sustainable Living, Self-Reliance, and Community Learning.