Regenerative Gardening Learning Hub
Welcome to your one-stop resource for learning regenerative gardening from the ground up. This Regenerative Gardening Hub gathers the essential posts on my website that teach you how to garden in ways that build soil health, conserve resources, and create lasting resilience in your beds. The sections are organized so you can follow a topic step-by-step or quickly jump to the post you need. Click any title to read the full article. Whether your goal is to strengthen soil structure, reduce inputs, grow more vigorous crops, or transition toward low-till and closed-loop practices, this hub is your guide. Use it as a practical, year-round reference as you plan, plant, and care for your garden using regenerative principles that work in real home gardens.
1. Start Here: What Regenerative Gardening Is & Why It Matters
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This section explains the philosophy, science, and global importance of regenerative gardening. Readers learn why this approach restores soil, captures carbon, and builds resilient garden ecosystems.
- Regenerative Gardening: How to Turn Your Vegetable Beds into a Living Ecosystem
- The Complete Guide to Regenerative Gardening and Farming
- Why Regenerative Gardening Matters
- Regenerative Gardening Principles Simplified for the Home Gardener
- The Ethics of Regenerative Gardening: Care for Earth, People, and Future Generations
- Why Capturing Carbon in the Garden Is Imporant: Regenerative Gardening and Fighting Climate Change
- How Regenerative Practices Support Biodiversity, Carbon Storage, and Nutrient Cycling
- The Soil Carbon Cycle in the Regenerative Garden
- Carbon Sequestration in the Garden: How Regenerative Practices Build Climate-Positive Soil
2. Core Ecological Concepts Every Regenerative Gardener Should Know
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These posts introduce the living processes that drive garden health. Readers learn how soil life, nutrient cycling, air, water, and photosynthesis work together to create a thriving regenerative system.
- Introduction to Soil Biology, Chemistry, and Structure in the Garden
- The Fundamentals of Soil Biology
- The Regenerative Vegetable Gardener’s Guide to Soil Science: How Living Soil Grows Healthier Crops
- Understanding the Soil Food Web: Life Beneath Our Feet
- The Regenerative Soil Food Web: How Microbes Feed Plants and Build Resilience
- The Soil Food Web: How Microbes Feed Your Vegetables
- How Photosynthesis Feeds the Soil
- How Sunlight, Air, Water, and Soil Life Power Photosynthesis and Feed the Earth
- Water, Soil, and Life: Regenerative Approaches to Irrigation and Moisture Balance
- Water Management and Soil Health: Why Irrigation Strategy Matters
- Air, Water, and Life: The Regenerative Balance in Healthy Soil
- The Role of Air and Water in Soil Health
3. Soil Structure, Texture, and Compaction
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Everything in regenerative gardening begins with understanding your soil. These posts help readers diagnose soil problems, identify soil texture, and rehabilitate compacted or damaged ground.
- Understanding Soil Texture: Why Clay, Silt, and Sand Matter in Your Vegetable Garden
- How to Identify and Improve Your Garden’s Soil Texture: A Hands-On Guide for Vegetable Growers
- Soil Structure vs. Soil Texture: The Hidden Difference That Impacts Plant Growth
- Understanding Soil Compaction in the Garden and How to Fix It
- How to Measure Soil Compaction in the Garden
- Plants That Can Help Break Up Soil Compaction
- Restoring Compacted Soil with Regenerative Practices
- How to Identify and Improve Your Garden’s Soil Texture: A Hands-On Guide for Vegetable Growers
- How to Identify and Improve Compacted Garden Soil
- Best Cover Crops and Amendments to Break Up Compacted Soil
- Step-by-Step Guide to Using Cover Crops and Compost to Rebuild Compacted Soil
4. Building Soil Organic Matter, Carbon, and Living Soil
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Organic matter is the engine of regeneration. This section teaches how to build carbon-rich soil that improves fertility, structure, and water-holding capacity for decades.
- Building Soil Organic Matter: The Foundation of Regenerative Gardening
- Building Soil Organic Matter: The Key to Long-Term Fertility
- Practical Strategies to Increase Soil Organic Matter for Regenerative Vegetable Gardens
- Measuring and Managing Soil Organic Matter for Regenerative Gardens
- Increasing Soil Carbon with Compost, Mulch, and Deep Roots
- How to Maximize Carbon Storage in Your Home Garden Soil
- How to Measure Carbon in Your Garden Soil
- From Dirt to Living Soil: How to Transition Depleted Beds into a Productive Soil System
- Regenerating Depleted Garden Soil into a Vibrant Ecosystem
- How to Build Living Soil: A Step-by-Step Guide
- Building Regenerative Soil Structure: Creating Space for Life Below Ground
5. Compost, Mycorrhizae, Earthworms, and Soil Life Builders
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These posts show how to grow and support the essential organisms that make soil come alive. Readers learn how compost, fungi, and soil fauna transform garden beds into ecosystems.
- Compost: The Engine of Soil Life and Plant Growth
- Compost as a Regenerative Engine: Building Soil Life from the Ground Up
- How Compost Activates the Soil Food Web in Regenerative Gardens
- How Compost Feeds the Soil Food Web: From Decomposition to Regeneration
- Mycorrhizal Fungi and Regenerative Gardening: Partners Beneath the Surface
- Encouraging Mycorrhizal Networks Naturally: Practical Steps for Regenerative Soil Health
- Encouraging Mycorrhizae Naturally: No-Till and Compost Strategies for Regenerative Soil Health
- How Fungal Networks Form Around Roots and Why They Matter in No-Till Gardening
- Earthworms and Soil Fauna: The Regeneration Workforce Beneath Your Garden
- Creating Habitat for Earthworms and Soil Life in Regenerative Gardens
- How to Create Habitat for Beneficial Soil Life in Your Garden
- Building the Soil Food Web: Simple Practices to Boost Microbial Life in Your Garden
6. Mulching, Cover Cropping, and Year-Round Soil Protection
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Keeping soil covered is essential for microbial health, carbon storage, and reduced erosion. This section shows how to mulch effectively and use cover crops to enhance resilience.
- Mulching for Regeneration: Moisture, Microbes, and Soil Protection
- Mulching for Soil Health: How to Protect and Feed the Soil Naturally
- Mulching Strategies for Regenerative Vegetable Gardens: Materials, Timing, and Benefits
- Advanced Mulching Strategies for Regenerative Vegetable Gardens: Materials, Timing, and Benefits
- Cover Cropping for Regenerative Soil Health in Vegetable Gardens
- Cover Crops for Vegetable Gardens: Building Soil Naturally
- Cover Cropping for Biodiversity and Soil Regeneration
- How to Keep Soil Covered Year-Round to Build Carbon and Fertility
- Mulch, Groundcovers, and Soil Structure for Water Retention
7. No-Till, Minimal Till, and Microclimate Management
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Learn when to avoid soil disturbance and when strategic tillage is beneficial. These posts also explain how microclimates shape soil life and plant health.
- No-Till, Not Never-Till: When Soil Disturbance Is Actually Helpful
- Minimal Tillage: Why and How to Disturb the Soil Less
- The Good and Bad of Soil Occultation in the Garden
- Best Pathways for a Regenerative Garden
- Creating and Managing Soil Microclimates in the Vegetable Garden
- Soil Microclimates: Managing Temperature and Moisture in Regenerative Soil Life
- Soil Microclimates: How Temperature and Moisture Shape Microbial Life
8. Fertility, Soil Tests, pH, and Nutrient Balance
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Regenerative gardeners use soil tests to understand nutrient networks instead of relying on quick fixes. This section teaches clear, practical ways to interpret and adjust soil health.
- How to Test and Monitor Soil Health for Regenerative Vegetable Gardens
- How to Read a Soil Test and What It Tells You About Your Garden
- How to Test, Read, and Rebalance Your Soil Naturally
- Applying Soil Test Results to Regenerative Amendments: Practical Strategies
- Practical Steps to Amend Your Garden Based on Soil Test Results
- How to Test and Amend Soil for Optimal Nutrient Balance
- Soil pH and Vegetable Growth: How to Test and Adjust Your Soil’s Acidity
- How to Correct Common Soil pH Problems in Vegetable Gardens
- Amendments and Techniques to Optimize Soil pH for Regenerative Gardens
- Amendments to Adjust Soil pH for Different Vegetables
- Organic vs. Synthetic Fertilizers: Long-Term Effects on Regenerative Soil Systems
- Organic Fertilizers vs. Synthetic: How Each Affects Soil Health Over Time
- From NPK to Nutrient Networks: A Regenerative View of Soil Fertility
- How to Read a Soil Test Through a Regenerative Lens
9. Water-Wise Regenerative Gardening and Irrigation Ecology
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Water is a key driver of soil biology. These posts teach gardeners how to irrigate in ways that support soil microbes, root depth, and long-term hydration.
- How to Use Water Wisely: The Principles of Water-Wise Regenerative Gardening
- Advanced Irrigation Techniques for Regenerative Vegetable Gardens
- Mulch, Groundcovers, and Soil Structure for Water Retention
- Techniques to Enhance Soil Porosity and Moisture Retention for Regenerative Gardens
10. Biochar, Minerals, and Advanced Soil Amendments
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For gardeners ready to go deeper, this section covers carbon-rich materials and mineral-based inputs that strengthen soil structure and long-term fertility.
- Biochar in Regenerative Gardening: Storing Carbon and Building Fertility
- Practical Ways to Apply Biochar in Regenerative Vegetable Gardens
- Top Organic Inputs That Strengthen Regenerative Soil Health
11. Ecosystem Design, Biodiversity, and Whole-Garden Planning
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Regeneration is not just a list of practices—it’s an ecosystem design system. These posts help readers build integrated, biodiverse gardens that regenerate themselves.
- Step-by-Step Guide to Creating a Regenerative Vegetable Garden Ecosystem
- Practicing Regenerative Gardening: Turning Vegetable Beds into Living Ecosystems
- Crop Rotation for Soil Fertility and Pest Management
12. Diagnostics and Garden Troubleshooting
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Learn how to read the living signals in your garden—plants, soil surface, moisture, texture, and smell—to diagnose and fix problems the regenerative way.
- Reading the Signs of Soil Health: A Regenerative Gardener’s Diagnostic Guide
- Diagnosing Poor Soil Health: Clues from Your Plants and Soil Surface
13. Zero Waste and Closed-Loop Gardening
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Regenerative gardens recycle everything. This section shows how to keep nutrients cycling within your own yard and reduce inputs from outside sources.
- Zero Waste Gardening: Closing the Nutrient Loop in a Regenerative System
- Zero Waste Gardening: How to Cycle Nutrients Back Into the Soil
14. Teaching and Sharing Regenerative Gardening
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For gardeners who want to pass on their knowledge, this section offers simple ways to teach regenerative concepts to families, children, and new gardeners.
How to Use This Hub
This Regenerative Gardening Hub brings together the key posts on my website that show you how to garden in ways that build soil, save resources, and create long-term resilience in your beds. Each section groups related posts so you can move through a topic step-by-step or jump directly to the post you need. Click any title to read the full article. Whether you want to improve soil structure, reduce inputs, grow healthier crops, or shift toward low-till and closed-loop practices, this hub acts as your guide. Use it as a practical reference throughout the year as you plan, plant, and care for your garden using regenerative principles.
My Experience: Why This Hub Exists
This hub is rooted in more than 30 years of hands-on gardening experience—first in Iowa’s Zone 5 winters and summers, and now year-round in California’s Sonoma Valley. Over the decades, as I gardened in raised beds, mounded beds, and containers, I kept returning to one truth: the health of the garden begins with the health of the soil. My NEW method—Narrow bed, Equidistant planting, Wide rows—evolved from years of observing plant behavior, crop spacing, and soil response. Through trial, error, and seasons of refining simple practices, I’ve learned that regenerative gardening isn’t complicated; it’s intentional, efficient, and deeply productive. I created this hub to share the methods and insights that have allowed me to build fertile, living soil and grow abundant crops with fewer inputs, less waste, and more long-term resilience. My goal is to help you garden in a way that feels grounded, sustainable, and rewarding year after year.
