This Air Quality Project Scientific Intelligence Tool
This tool fuses public-safe Drive evidence, Environment Agency register matches, Planning Data context, UK-AIR/LAQN context, WAQI/OpenWeather checks, NAEI resource indexing and readiness gates into a ranked scientific review queue. It is a triage and challenge tool, not a medical, legal or source-attribution engine.
Top scientific review priorities
| Location | Review priority | Recommended next action |
|---|---|---|
| No rows available. | ||
Readiness gate index
| Gate | Status | Role |
|---|---|---|
| source_acquired | complete_primary_measurements | evidence-chain gate |
| provenance_recorded | complete_current_measurement_provenance | evidence-chain gate |
| parser_validated | quality_validated_current_measurements | evidence-chain gate |
| time_alignment_checked | not_applicable_no_fresh_screening_events | evidence-chain gate |
| monitor_role_checked | candidate_monitor_roles_unvalidated | evidence-chain gate |
| meteorology_checked | official_observations_available_event_alignment_not_applicable | evidence-chain gate |
| comparator_checked | not_applicable_no_fresh_screening_events_monitor_roles_pending | evidence-chain gate |
| reviewer_challenge_recorded | claim_framework_started | evidence-chain gate |
Pollutant and pathway watchlist
PM2.5
Fine particulate matter is a core public-health metric and can reflect combustion, secondary aerosol and regional background contributions.
This Air Quality Project use: monitoring trend, episode and exposure-context screening only
PM10
Coarse and fine particle mixture relevant to dust, combustion, construction, road and industrial sources.
This Air Quality Project use: local episode and monitor-completeness screening
NO2 / NOx
Combustion and traffic-sensitive pollutant group, often highly affected by roads and urban geometry.
This Air Quality Project use: candidate combustion/traffic context and monitor-role check
SO2, HCl, HF and acid gases
Relevant to industrial combustion and waste-incineration permit conditions.
This Air Quality Project use: permit-limit, stack-test and compliance-record review
Metals including Hg, Cd, Pb, As, Cr, Ni
Persistent toxic pollutants can be relevant to waste-stream and residue questions.
This Air Quality Project use: periodic sample, permit, ash/residue and official-report evidence review
Dioxins, furans, PCBs, PAHs and PFAS-relevant waste streams
Persistent organic pollutants and emerging contaminant pathways are central to long-term toxicology questions.
This Air Quality Project use: watchlist and evidence-gap flag only until specialist records exist
CO2 and fossil carbon from waste
Climate and circular-economy lock-in question, especially plastic-rich residual waste.
This Air Quality Project use: facility, sector and national inventory context
Public data
The full public-safe machine-readable output is available at /assets/data/air-quality-intelligence.json.
Scientific evidence and software assurance are different
Scientific evidence
Measurements, station and regional coverage, descriptive calculations, source records and stated limitations are the evidence available for review.
Engineering assurance
Automated checks confirm that the pipeline followed its declared rules. They do not constitute peer review, accreditation, regulatory approval or institutional endorsement.