Regenetarianism

Abstract Every major greenhouse gas accounting framework treats the atmospheric lifetime of methane as a fixed number — typically 9 to 12 years.

Abstract Often with meta-analysis, the findings of researchers are shaped by the inclusion/exclusion criteria of the available papers included or excluded.

Abstract Conventional climate accounting relies heavily on reductive reasoning, auditing localized point-source emissions while neglecting the broader ecosystem context.

The Layered Atmospheric Shield: A Revised Framework for Ecosystem-Contextual Methane Dynamics This revision incorporates the quantitative caveats raised in correspondence and subsequent analysis.

A Critique of Sanderman et al. (2026) and the Limits of Meta-Analysis in Grazing–Soil Carbon Research Abstract Meta-analysis of disparate papers with non-standardized methodologies, or so it seems, has become the default instrument for dismissing any claim

A Circular Bioeconomy Framework for Food Systems, Agriculture, and Energy Abstract Modern industrial food systems are defined by linear pathways that convert natural capital into volatile greenhouse gases.

The Layered Atmospheric Shield: How Microdroplets and Canopy-Level Filters Optimize Methane Oxidation Abstract Conventional greenhouse gas accounting isolates enteric methane emissions from their ecosystem context, viewing the ruminant as an independent p…

Synthesizing two earlier posts on the dual role of facultative endophytes in human health.

From Soil to Gut: The Endophytic-Enteric Microbiome Cycle, Dual Colonization Pathways, and the Case for Dietary Microbial Diversity Abstract The prevailing paradigm in gut microbiome science has emphasized dietary fiber as the primary plant-derived determ…

As I previously detailed in my prior blog, Enhancing Atmospheric Oxidation with Regenerative Grazing, I came to this hypothesis through a review of scientific literature across a wide array of scientific silos, including atmospheric chemistry, soil scienc…

Restoring the Atmospheric Oxidation Capacity Through Regenerative Grazing: A Holistic Framework for Methane, Hydroxyl Radicals, and the Carbon Cycle Abstract Conventional enteric methane accounting treats ruminants as “tailpipes,” measuring gross emissions

From Soil Biology to Human Health: A Hypothesis on Endophyte-Mediated Phytochemical Transfer Across Trophic Levels Abstract The nutritional decline of modern food is conventionally attributed to soil mineral depletion, but this framing misdiagnoses the pr…

The atmosphere has long been treated as a passive dispersal medium for microorganisms, not a habitat.

I’ve often been asked why I choose to remain anonymous.

The story of enteric methane in cattle is usually told as a simple dietary equation: grain produces less methane, grass produces more, therefore feedlots are the climate-responsible choice.

Preface: While I am a huge proponent of well managed regenerative grazing, and personally eat mainly well managed regeneratively raised grass fed and finished beef, I’m also a stickler for accuracy.

I typically refrain from doing podcasts.