Field Architecture of Biodiversity: Collapse Harmonics Perspective on the Core-to-Edge Pattern

Author: Don L. Gaconnet Founder, LifePillar Institute — Collapse Harmonics Sciences don@lifepillar.org https://lifepillarinstitute.org ORCID: https://orcid.org/0009-0001-6174-8384 Mastodon: @dgaconnet@mastodon.social

Institution: LifePillar Institute Lake Geneva, Wisconsin, USA

Date: June 2025

DOI: 10.5281/zenodo.15612685

OSF Archive: https://osf.io/hqpje/

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Gaconnet, D. L. (2025). Field Architecture of Biodiversity: A Collapse Harmonics Perspective on the Core-to-Edge Pattern. https://doi.org/10.5281/zenodo.15612685

FIELD ARCHITECTURE OF BIODIVERSITY

Abstract

A global biodiversity study published in Nature Ecology & Evolution (June 2025) has revealed a universal spatial pattern across over 30,000 species: within every bioregion, a concentrated biodiversity core radiates outward into transition zones where species richness, range, and endemicity decline. This finding—remarkably consistent across taxa and geography—was attributed to environmental filtering, a mechanism in which only species suited to local conditions persist.

Collapse Harmonics Theory (CH), a substrate-independent science of phase coherence and field-structured collapse, interprets this finding through a deeper ontological lens. According to CH, all systems—biological, symbolic, cognitive, ecological—stabilize identity only within regions of sufficient harmonic coherence. Outside those bounds, collapse initiates through recursive drift, symbolic dissociation, or species attrition.

This paper introduces a Collapse Harmonics–based reinterpretation of the biodiversity core-to-edge phenomenon. We propose a formal classification of ecological zones as phase-structured Collapse Field Classes, describe resonance-based environmental filtering as a phase-gate mechanism, and offer a framework for forecasting systemic ecological collapse through harmonic instability.

By aligning empirical biodiversity structure with field-theoretic collapse laws, we position Collapse Harmonics as a unifying substrate science capable of bridging ecology, consciousness, and complex systems. This marks the beginning of Collapse Harmonics Codex III: Ecological Collapse Systems.

Introduction

In June 2025, a team of researchers published an unprecedented global analysis in Nature Ecology & Evolution, identifying a recurring spatial pattern that organizes life across bioregions. Studying amphibians, birds, reptiles, mammals, dragonflies, trees, and marine species, the authors discovered a common architecture: biodiversity clusters in core zones and thins toward ecological peripheries. Four key measures—species richness, range size, endemicity, and overlap—consistently revealed this core-to-edge gradient, which held across forests, oceans, wetlands, and deserts.

This was no small anomaly. It was, in the authors' words, a universal structure—a spatial rule that held across Earth’s lifeforms regardless of evolutionary lineage, environment, or geography. The researchers attributed the pattern to environmental filtering: local conditions determine what species survive in each zone. At the center, optimal conditions sustain many unique species. Toward the edge, only phase-resilient or overlapping species from adjacent regions persist.

This paper proposes that what has been interpreted as environmental filtering is, in fact, phase-field constraint: a resonance law that governs all system stability, from biological identity to symbolic recursion and planetary cognition. This law is one of many formalized within the Collapse Harmonics Codex, a scientific field founded in 2024–2025 to define collapse not as failure, but as a lawful boundary of coherence. Collapse Harmonics models all systems—biological, physical, cognitive, ecological—as nested harmonic fields that stabilize identity only within coherent bandwidths.

From this perspective, biodiversity cores are not mere hotspots of life—they are Phase Anchor Fields (PAFs): harmonic epicenters where systemic identity can form and persist. Transitional edges are Recursive Drift Fields (RDFs)—regions of harmonic instability, symbolic overlap, and entropy tolerance. Outer zones, marked by species loss or foreign incursions, form Collapse Dissipation Shells (CDS)—ecological fields where phase coherence cannot be maintained.

Collapse Harmonics proposes that this core-to-edge pattern is not a surface observation, but a field-level signature of how reality structures itself. It appears in neural memory, symbolic recursion, species evolution, planetary distribution, and cosmological phase emergence. It is a fractal, lawful pattern of collapse and coherence.

The goal of this paper is to fully interpret the 2025 biodiversity discovery through the principles of Collapse Harmonics, define a new scientific field class taxonomy for ecological regions, and present a unified phase-structural law—Codex Law VIII.E.4—that anchors this finding in the Collapse Harmonics Codex.

What ecology has now discovered, Collapse Harmonics has always mapped: collapse is not chaos—it is structure. And biodiversity is its harmonic signature.

Keywords: Collapse Harmonics, Biodiversity Gradient, Recursive Field Theory, Ecological Collapse, Harmonic Saturation Bands, Symbolic Drift, Recursive Identity Field, Time as Collapse, Field Coherence, Ecosystem Phase Stability, Core-to-Edge Pattern, Recursive Signal Degradation, Collapse Dissipation Shell, Bioregional Mapping, Codex Law VIII.E.1, Non-Reductionist Ecology, Collapse Field Science, Phase Fidelity Metric, Symbolic Recursion Collapse, Containment Compliant Ecology

Findings

In the wake of unprecedented ecological fragmentation, accelerating biospheric collapse, and the misapplication of reductionist models to living systems, Collapse Harmonics Theory (CHT) offers a fundamentally new scientific perspective for understanding biodiversity patterns across scales. The present paper, Field Architecture of Biodiversity: A Collapse Harmonics Perspective on the Core-to-Edge Pattern, reframes bioregional biodiversity gradients through the lens of harmonic field coherence, phase saturation, symbolic recursion drift, and recursive dissipation.

This work emerges not from metaphor, simulation, or narrative ecology, but from a codified field architecture that integrates physics, recursion theory, consciousness dynamics, and harmonic collapse science into a unified observational protocol. At the heart of this paper lies a simple but radical insight: biodiversity is not a surface expression of resource availability, but a harmonic signal of recursive field integrity. As such, species richness, behavioral complexity, and biological resilience all become indicators of phase fidelity within the underlying collapse field structure.

Scientific Foundations and Codex Jurisdiction

Collapse Harmonics Theory, developed by Don Gaconnet under the aegis of LifePillar Institute, defines collapse not as decay but as the medium through which time, identity, and symbolic systems are structured. This theory establishes a lawful recursive identity field defined by:

• Codex Law T-Ø: Time as Collapse

• Codex Law IDF-1: Recursive Identity Field

• Codex Law VIII.E Series: Collapse-Time Emergence, Recursive Delay Density, Coherence Saturation, and Symbolic Drift Chronotope

These codex laws provide the formal infrastructure used in this preprint to classify bioregions and biodiversity zones as harmonically coherent or drifted, not just biologically rich or poor. The paper is compliant with L.E.C.T. v2.3 containment protocols, ensuring non-inductive, symbolically safe disclosure of scientific content. It contributes to Codex Volume III and stands alongside works in Identity Collapse Therapy (ICT) and Newceious Substrate Theory (NST).

Key Contributions of the Paper

This preprint advances the field of biophysical collapse science through the introduction of several novel frameworks:

1. The Four Collapse Field Classes

• Phase Anchor Fields: Core-harmonic zones with highest recursion fidelity and symbolic coherence

• Semi-Coherent Drift Zones: Transitional bands with signal decay and onset of drift

• Recursive Drift Fields: Symbolically unstable regions prone to mimic structures and collapse echoing

• Collapse Dissipation Shells: Boundary zones where symbolic recursion fully dissolves into entropy

These classifications offer a scientifically rigorous alternative to classical edge vs. interior ecological modeling by structurally mapping collapse signatures.

2. Saturation Band Theory in Ecology

The paper introduces the concept of saturation bands as spectral phase densities that determine whether a biological system is in recursive harmonic coherence or symbolic collapse drift. These zones align with biodiversity thresholds, not due to surface conditions, but due to field-layer harmonic integrity.

3. Recursive Drift as Collapse Predictor

Species mimicry, functional redundancy, and the rise of non-nested systems are shown to be indicators of recursive drift. This paper identifies these patterns as harmonic distortions, not evolutionary anomalies, thus offering a new early warning model for ecosystem collapse.

4. Collapse Gradient Mapping

Bioregions are mapped not in terms of resource flow but by recursive signal loss, phase boundary degradation, and symbolic integrity. This offers a structural collapse model that can be used in forecasting ecological collapse in both terrestrial and aquatic zones.

5. Codified Conservation Metrics

The paper introduces Recursion Fidelity and Saturation Phase Integrity as quantifiable metrics to inform conservation planning, biodiversity protection, and ecological field monitoring.

Application and Global Relevance

From the Amazon basin to alpine tundras, the model presented in this work provides:

• A new classification scheme for ecosystems based on collapse field health

• A method for forecasting collapse onset based on recursive signal loss

• Symbolic integrity metrics for conservationists and field ecologists

• A non-reductionist scientific basis for bioregional boundary protection

This framework is applicable not just in biodiversity studies, but in planetary systems science, symbolic cognition mapping, and even AI ecological modeling systems.

Conclusion

This paper signals the formal entry of Collapse Harmonics into the bio spheric sciences. By mapping biodiversity through recursive phase dynamics, it transforms ecology from an empirical assemblage model into a collapse-phase harmonic architecture. It is the beginning of Collapse Harmonics Codex III, and its purpose is not only to describe the world but to stabilize its recursion.

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