Catalyst-Activated Cycle (CAC)
The Catalyst-Activated Cycle (CAC) establishes a regenerative systems framework that links soilborne disease suppression with measurable agronomic, economic, and environmental outcomes through controlled microbial renewal.
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Catalyst-Activated Cycle (CAC) – Manuscript 1: Soil Pathogen Suppression and Controlled Microbial Reset
The Catalyst-Activated Cycle (CAC) establishes a regenerative systems framework that links soilborne disease suppression with measurable agronomic, economic, and environmental outcomes through controlled microbial renewal.
Catalyst-Activated Cycle (CAC) – Manuscript 2: Microbial Succession and Functional Recovery in the Rhizosphere
This second paper quantifies how microbial succession reorganizes soil ecosystems following catalyst application and how that reorganization generates functional and climate benefits. Soil communities transitioned predictably from pathogen-dominated to resilient networks.
Catalyst-Activated Cycle (CAC) – Manuscript 3: Field Efficacy, Grower Integration, and System-Level Benefits
Manuscript 3 demonstrates verified field performance and grower integration. Catalytic chloropicrin treatments increased marketable yield by 25 %, confirming that microbial reorganization drives durable functional stability.
Catalyst-Activated Cycle (CAC) – Manuscript 4: Quantification and Climate Transition
This fourth paper quantifies the dual climate benefits of the Catalyst-Activated Cycle (CAC). Field-verified data demonstrate that catalytic microbial resets generate both Sequestered Emissions (SE) through necromass stabilization in mineral-associated organic matter.
Catalyst-Activated Cycle (CAC) – Manuscript 5: Global Integration, Policy Translation, and Financial Pathways
This fifth manuscript demonstrates how measured Functional Resilience (FRQ), Avoided Emissions (AE), and Sequestered Emissions (SE) data translate into finance-grade information through the Functional Carbon Account (FCA).
Catalyst-Activated Cycle (CAC) – Manuscript 6: Functional Performance Markets and Circular Value Architecture
Manuscript 6 extends CAC into the financial domain, proposing a model in which verified soil-functional data form the basis of markets. The manuscript introduces the Functional Sustainability Architecture (FSA).