Signal.
Model.
Score.

The mathematical core of c-ECO — transforming ecological field data into threshold proximity scores that drive governance activation.

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P(Θ)Proximity Score
τ(P)Time-to-Threshold
5Proximity Bands
3Indicator Domains
// Mathematical Model

Threshold
proximity calculus.

TDR produces two core outputs for each system under observation: P(Θ) — the probability that a threshold will be crossed within a defined window — and τ(P) — the estimated time remaining before that crossing.

// TDR Core Variables

P(Θ)  = threshold proximity score    // 0.0 → 1.0
τ(P)  = time-to-threshold estimate   // days | months
α₁    = alert threshold              // P(Θ) > 0.5
α₂    = precaution threshold         // P(Θ) > 0.7
α₃    = intervention threshold       // P(Θ) > 0.85
τ_c   = critical time minimum        // emergency trigger

// Band assignment
IF P(Θ) < α₁           → MONITOR
IF P(Θ) ≥ α₁           → ALERT      → TFP instruments activated
IF P(Θ) ≥ α₂           → PRECAUTION → elevated instruments
IF P(Θ) ≥ α₃           → INTERVENTION
IF τ(P) < τ_c           → EMERGENCY
// Indicator Architecture

What TDR
measures.

TDR draws indicators from three domains — ecological, institutional, and financial — recognising that threshold proximity in one domain rarely occurs in isolation.

Domain 01 · Ecological
Ecological Indicators

Deforestation rate · Fire incidence · Rainfall anomaly · Biomass loss rate · Species abundance index · Hydrological regime deviation

Domain 02 · Institutional
Governance Indicators

Enforcement capacity index · Authority gap score · Cross-scale coordination failure · Legal instrument coverage · Institutional resilience estimate

Domain 03 · Financial
Financial Indicators

Resource flow concentration · Extraction rate deviation · Credit exposure to threshold-sensitive assets · Sovereign risk co-movement index

// Proximity Bands

Five states.
Five responses.

Each proximity band maps to a specific set of TFP governance instruments. The band defines what activates — TDR defines when.

BandConditionTFP ResponseTime-to-Threshold
MONITORP(Θ) below alert levelContinuous observation, institutional readinessExtended — no proximate risk
ALERTP(Θ) ≥ α₁Enhanced monitoring, stakeholder notification, preparatory instrumentsMonths — elevated risk
PRECAUTIONP(Θ) ≥ α₂Precautionary legal instruments activated, resource mobilisationWeeks — significant risk
INTERVENTIONP(Θ) ≥ α₃Full instrument deployment, mandatory coordination, elevated authorityDays — critical risk
EMERGENCYτ(P) < τ_criticalEmergency protocols, maximum instrument deploymentHours — imminent crossing
// Research Access

TDR Publications.

The mathematical foundations of TDR are available through c-ECO Publications. Working documents and collaboration proposals welcome through the research team.