Includes:
Soil assessment & history review – Evaluates soil texture, structure, organic matter, and visible symptoms, along with site use history, to understand why the ground feels infertile, compacted, or “dead.”
Diagnostic soil testing – Uses targeted soil tests (pH, nutrients, salts, contaminants where relevant) to pinpoint imbalances and stressors that are limiting plant growth and microbial life.
Soil recovery strategy – Outlines practical steps such as aeration, organic amendments, mulching, and cover cropping to rebuild soil structure, increase organic matter, and invite beneficial microbes back in.
Water & compaction management – Addresses drainage, irrigation, and traffic patterns to reduce compaction and water stress so soil organisms can thrive and hold more moisture naturally.
Synthetic fertilizer phase-out plan – Provides a transition plan from chemical dependence to biologically active, self-feeding soil, helping gardens become more resilient, productive, and less prone to failure over time.
Includes:
Soil assessment & history review – Evaluates soil texture, structure, organic matter, and visible symptoms, along with site use history, to understand why the ground feels infertile, compacted, or “dead.”
Diagnostic soil testing – Uses targeted soil tests (pH, nutrients, salts, contaminants where relevant) to pinpoint imbalances and stressors that are limiting plant growth and microbial life.
Soil recovery strategy – Outlines practical steps such as aeration, organic amendments, mulching, and cover cropping to rebuild soil structure, increase organic matter, and invite beneficial microbes back in.
Water & compaction management – Addresses drainage, irrigation, and traffic patterns to reduce compaction and water stress so soil organisms can thrive and hold more moisture naturally.
Synthetic fertilizer phase-out plan – Provides a transition plan from chemical dependence to biologically active, self-feeding soil, helping gardens become more resilient, productive, and less prone to failure over time.