Marine Conservation & Climate Finance
March 20269 min read

Turning 100 Million Biodiversity Records into Auditable Blue Finance Intelligence

Nereus · with Jayson A. Gutierrez Betancur

$1.62B

in natural capital quantified across the pilot portfolio

40

Bridge Axioms extracted from peer-reviewed literature

9

Indo-Pacific marine sites in the pilot

Nereus needed to close the gap between marine biodiversity data and institutional capital, translating satellite readings and peer-reviewed science into auditable financial exposure metrics that a credit committee could actually act on. Semantica became the provenance engine at the core of that translation: extracting Bridge Axioms from scientific literature, linking every claim permanently to its source DOI, and assembling them into a queryable financial inference graph. The result is $1.62 billion in natural capital quantified across 9 marine sites, with a complete, reproducible audit trail from sensor reading to investment-grade disclosure.

01

About

Nereus is a Hybrid Intelligence System for marine biodiversity and blue finance, co-developed with graph intelligence researcher Jayson A. Gutierrez Betancur. The system targets a structural failure in global capital markets: a $1.3 trillion annual financing gap for nature-based solutions that persists not because of a lack of data, but because existing data cannot be translated into the auditable financial metrics that institutional investors and lenders require. Nereus covers 9 pilot marine sites across the Indo-Pacific, ingesting Copernicus satellite passes, 100M+ OBIS biodiversity occurrence records, and several hundred peer-reviewed papers into a single, queryable intelligence layer backed by full scientific provenance.

02

The Problem

The world's oceans generate an estimated $2.5 trillion in economic value annually: fisheries, coastal protection, tourism, and carbon sequestration. Yet this natural capital remains almost entirely invisible to the financial system. The problem is not a lack of data. OBIS holds over 100 million marine species occurrence records. Copernicus satellites pass over every reef and mangrove bed multiple times daily. Hundreds of peer-reviewed papers quantify ecosystem service values with confidence intervals. The problem is that none of this translates automatically into a financial number that capital can underwrite.

  • $1.3 trillion per year the annual financing gap for nature-based solutions, the single largest unmet capital need in climate finance
  • 100M+ OBIS occurrence records globally, none carrying financial valuation raw occurrence data is not investment-grade intelligence
  • 18–24 months for a typical TNFD-compliant nature risk disclosure too slow for any institutional due diligence process
  • No auditable trail from satellite pixel to ecosystem service to financial risk metric every number in the market today is an analyst opinion with no verifiable lineage
  • Siloed infrastructure: satellite teams, ecologists, financial modelers, and compliance teams work in incompatible formats with no shared data layer
  • Standard ESG frameworks produce qualitative narratives insurance underwriters and debt investors require P5/P50/P95 confidence intervals with stated assumptions
Raw biodiversity data, even at 100 million occurrence records, is not financial intelligence. The missing layer is a verifiable, deterministic bridge from peer-reviewed science to a number that institutional capital can trust and underwrite.
03

The Solution

Semantica is the provenance engine inside Nereus. It ingests peer-reviewed scientific literature, extracts causal claims with full DOI attribution, and assembles them into a deterministic financial inference graph. The core mechanism is the Bridge Axiom: a conditional financial primitive derived directly from a scientific paper and permanently linked to its source. An AI agent traverses the verifiable graph path from a raw satellite or sensor reading, through one or more validated axioms, to a calculated financial exposure metric. The output is a P5/P50/P95 exposure figure with a complete, reproducible audit trail from science to finance. The system also generates TNFD-compliant LEAP disclosure packages on demand, as a byproduct of the analysis rather than a separate workflow.

System pipeline

  1. 1

    Ingest

    Copernicus satellite passes, OBIS occurrence records, and peer-reviewed literature (PDFs) are pulled for all 9 marine sites and normalized into a unified data layer

  2. 2

    Extract

    ProvenanceManager reads each paper, extracts causal ecological claims, and links every claim to its DOI, author list, journal, and page number before any inference is drawn

  3. 3

    Build

    GraphBuilder assembles a directed causal graph: sensor readings connect to validated Bridge Axioms, which connect to ecosystem service valuations and financial outcomes

  4. 4

    Traverse

    an AI agent follows the verifiable graph path from a raw observation to a financial risk metric, firing each relevant axiom in sequence and recording which path was taken

  5. 5

    Quantify

    Monte Carlo simulation over the graph produces P5/P50/P95 financial exposure metrics with stated confidence intervals and sensitivity analysis by input variable

  6. 6

    Disclose

    PolicyEngine evaluates the current portfolio state against TNFD/LEAP compliance rules and generates a formatted disclosure package, cited to source, ready for reporting

Example axioms

BA-07 · Spalding et al. (2017) · DOI: 10.1016/j.ecoser.2017.02.017
IF   habitat               = CoralReef
AND  bleaching_alert_level  ≥ 2
AND  reef_tourism_dependency = HIGH

THEN wave_attenuation_loss   = 0.73
AND  tourism_revenue_impact  = P50: −$2.1M / yr  [P5: −$0.8M  P95: −$4.6M]
AND  fishery_buffer_loss     = 0.61
AND  TNFD_classification     = MATERIAL_DEPENDENCY
AND  provenance              = doi:10.1016/j.ecoser.2017.02.017  pp. 44–49
BA-12 · Costanza et al. (1997) · DOI: 10.1038/387253a0
IF   habitat            = Mangrove
AND  canopy_height_m    ≥ 6
AND  storm_exposure     = EXTREME

THEN coastal_protection_value = $8,240 / hectare / year
AND  storm_surge_attenuation  = 0.89
AND  IUCN_threatened_spp      ≥ 3
AND  TNFD_classification      = MATERIAL_DEPENDENCY
AND  provenance               = doi:10.1038/387253a0  pp. 253–256
BA-23 · Barbier (2016) · DOI: 10.1146/annurev-resource-100815-095317
IF   habitat                      = Seagrassbed
AND  sediment_carbon_density_gcm2  ≥ 0.05

THEN blue_carbon_seq_rate   = 0.83 tCO₂ / ha / yr
AND  carbon_market_value    = P50: $41.50 / tCO₂  [P5: $28  P95: $61]
AND  sediment_disturb_risk  = HIGH
AND  provenance             = doi:10.1146/annurev-resource-100815-095317  pp. 22–24
04

Semantica Modules

ProvenanceManager

Traces every extracted claim back to its source DOI, author, journal, and page number. No assertion in any output is unattributed. The audit trail is structural, not optional.

GraphBuilder

Assembles a directed acyclic causal graph connecting sensor readings through Bridge Axioms to ecosystem service valuations and downstream financial outcomes.

PolicyEngine

Evaluates the current portfolio against TNFD/LEAP compliance rules, identifies material dependencies and transition risks, and flags gaps before a disclosure window opens.

ContextGraph

Records the complete decision context for every financial metric: which axioms fired, which inputs were used, who ran the query, and what the graph state was at execution time.

05

Results

TaskBeforeAfter Semantica
Time to P5/P50/P95 financial risk metric per site18–24 months of manual literature review, ecological modeling, and financial translationUnder 48 hours for a full 9-site portfolio, reproducible on demand
Attribution trail for every financial claimAnalyst opinion: no verifiable lineage, not auditable by an external reviewerEvery number traces through the graph to a specific DOI, page, and axiom
TNFD / LEAP disclosure preparation6-month standalone project per reporting cycle requiring external consultantsAuto-generated on demand from the live knowledge graph, a byproduct of analysis
Biodiversity monetization output formatQualitative narrative, no confidence interval, no stated assumptionsP5/P50/P95 financial exposure with Monte Carlo confidence intervals
Capital readiness of the portfolioToo opaque for institutional underwriting, no investable financial structureInvestment-grade intelligence with reproducible audit trail and stated methodology
Natural capital quantified across pilotNot measurable with prior methods at any defensible confidence level$1.62B across 9 Indo-Pacific marine sites with full provenance-backed valuation
06

What the system can now answer

query examples
01What is the P50 financial exposure of a coral bleaching event at Site 3 during Q3, and which axioms fired?
02Which Bridge Axioms support the mangrove coastal protection valuation at Site 7? Show the source DOIs and page numbers.
03Generate a TNFD LEAP disclosure package for the full 9-site pilot portfolio as of today
04How does the storm surge attenuation coefficient change if mangrove canopy height drops below 4 metres at Site 2?
05Which sites carry the highest tourism revenue concentration risk under a sustained bleaching scenario?
06What is the combined blue carbon sequestration value across all seagrass beds in the portfolio at current carbon prices?
07

Who It Helps

Blue Finance Investors & Lenders

Underwrite nature-based assets with P5/P50/P95 metrics that carry a full scientific audit trail, the kind of evidence you can put in a credit committee presentation without qualification.

Conservation NGOs & Project Developers

Convert existing field monitoring data and scientific partnerships into investment-grade disclosure packages without a separate financial modeling team or multi-year timeline.

TNFD / LEAP Compliance Teams

Nature risk disclosure becomes a byproduct of the analysis rather than a standalone six-month project, generated on demand from the live knowledge graph with every claim cited.

Marine Insurance Underwriters

Replace proxy assumptions in coastal and marine risk models with verified ecological coefficients derived from peer-reviewed literature, with full lineage to source.

08

Conclusion

The $1.3 trillion financing gap for nature will not close through better intentions or more data collection. It will close when capital can trust the numbers: when every financial claim in a nature portfolio is traceable to peer-reviewed science, every risk metric carries a confidence interval, and regulatory disclosure is a byproduct of analysis rather than a separate project. Nereus and Semantica demonstrate that this is not a theoretical ambition. It is a deployable architecture. For any team structuring blue finance instruments, building nature risk models, or preparing TNFD disclosures, the question is no longer whether deterministic natural capital intelligence is possible. It is whether you are building it.

Provenance EngineScientific AttributionBridge AxiomsTNFD / LEAPGraphRAGBlue FinanceNatural Capital

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