Heat and Canopy Scenario
Enter assumptions and run the scenario.
Illustrative scenario only; not a recognised heat-index or health-warning service.
Module 1
Rammed Earth Thermal Mass
Illustrative thermal-delay scenario for wall thickness, daytime heat storage and night-time release.
Module 2
Bamboo / CBFT Resilience
Conceptual stress and flexibility scenario for bamboo-frame and cement-bamboo-frame thinking.
Module 3
Carbon + Cost Comparison
Indicative embodied-carbon and cost comparison against conventional concrete/block baselines.
Module 4
Ecological Parametric Triggers
Nature-risk trigger examples for reefs, mangroves, forests, drought, heat and storm recovery finance.
Interactive Climate Impact Scenario
Indicative public calculator. Values are placeholders for communication and must be replaced with project-specific engineer-reviewed data before being used for design, procurement, certification or investment claims.
Baseline estimate
45.0 tCO2e
Scenario estimate
24.8 tCO2e
Indicative avoided carbon
20.3 tCO2e
Rammed Earth Thermal Mass Scenario
This scenario communicates the thermal-mass principle: thicker earth walls can delay heat transfer and flatten indoor temperature swings. It is a public explanation layer, not a substitute for EnergyPlus, WUFI, Ladybug/Honeybee or engineer-led modelling.
| Variable | Scenario use | Validation route |
|---|---|---|
| Wall thickness | Compares indicative delay and comfort effect | Agent 5 simulation, Agent 4 evidence validation |
| Climate file | Future use of local EPW weather assumptions | Ladybug / EnergyPlus pathway |
| Moisture risk | Future humidity and breathability check | WUFI or equivalent hygrothermal review |
Bamboo / CBFT Resilience Scenario
This module frames bamboo and cement bamboo frame technology around load paths, joint behaviour, ductility, wind exposure and repairability. It does not claim code compliance or structural approval.
| Question | Public scenario | Evidence needed |
|---|---|---|
| Can it resist wind? | Show wind-load pathway and flexible frame concept | Engineer-reviewed wind-load calculation |
| Can it resist seismic events? | Show stress dissipation and joint flexibility concept | FEA / laboratory / literature evidence |
| Where are the risks? | Connections, moisture protection and detailing | Material testing and construction detail review |
Ecological Parametric Trigger Simulator
This module adapts parametric insurance logic to nature-positive restoration. It shows how objective triggers such as wind speed, rainfall deficit, soil moisture, heat anomaly or storm surge could release rapid intervention funding for ecosystems.
Reef / coastal trigger
Triggered at 100 knots
Indicative funded action: debris clearing, coral reattachment, emergency ecological repair.
Forest / restoration trigger
Triggered at 40% deficit
Indicative funded action: irrigation, replanting, fire watch, seedling protection.
Immediate response pool
£50,000
Scenario payout for rapid ecological intervention, not an insurance quote.
Evidence Stack
| Layer | Fast launch tool | Professional validation path |
|---|---|---|
| Thermal / comfort | Simple sliders and charts | Ladybug, Honeybee, EnergyPlus, WUFI |
| Structural / seismic / wind | Conceptual stress pathway diagrams | Rhino, Grasshopper, Karamba3D, SkyCiv, FEA review |
| Embodied carbon | Indicative carbon calculator | EC3, One Click LCA, EPD-backed material data |
| Nature risk transfer | Parametric trigger examples | Insurance partner, satellite/weather data, legal review |
Claim Boundary
This page is a public scenario and evidence-pathway layer. It does not provide engineering certification, structural approval, insurance advice, legal advice, investment advice, carbon-credit verification, medical advice, government endorsement, university endorsement, donor endorsement or construction approval.
Interactive controls · transparent calculations · traceability inheritance
Interactive Simulation and Traceability Lab
Change the assumptions and inspect the result immediately. All calculations run locally in your browser. Nothing is submitted, certified, insured, published or stored by this page.
Restoration Pathway Scenario
Enter assumptions and run the scenario.
Projection only; actual recovery requires mapped baselines, monitoring and field validation.
Parametric Rainfall Scenario
Enter assumptions and run the scenario.
Not an insurance quotation, policy, payout decision or financial recommendation.
Crop Batch Evidence Check
No batch assessment has been run.
This checks completeness and plausibility only. It does not establish EUDR compliance, certification, legal conformity, deforestation-free status or chain-of-custody assurance.
Inherited assurance principles
- Batch visibility: record each stage so anomalies and recalls can be investigated quickly.
- Physical-to-digital reconciliation: compare digital claims with independent physical evidence and audit records.
- Portable verification metadata: retain issuer, criteria, status, evidence and revocation fields before any badge is considered.
- Producer data sovereignty: farmers and cooperatives remain visible participants in data collection and controlled sharing.
- Audit readiness: organise worker, grievance, attendance, payment, training and inspection evidence without claiming certification.