wildfire-smoke

Research materials for fire-sourced PM2.5 exposure and mortality burden in Brazil

Quantifying how heat waves and wildfire smoke interact to affect grid reliability across the U.S.

Project website for historical bushfire-smoke PM2.5 exposure reconstruction across Australia

Replication package for Meier & Strobl (2026), "The impact of wildfire smoke on local avian biodiversity," Journal of Environmental Economics and Management

Validated Python pipeline that joins gridMET weather, EPA PM2.5, Census and emergency-department data into a 29,172-row county-day dataset and model-ready 1- and 3-day feature matrices for future heat-illness forecasting in Washington State, 2021–2024. 109 leakage-aware features, 29 automated data-contract checks, 227 tests.

This repository contains Python analysis scripts for evaluating indoor air quality during simulated wildfire smoke infiltration events in the NIST IAQ test house.

Open-source environmental intelligence and AI research for extreme heat, PM2.5, air quality, wildfire smoke, urban climate, forecasting, uncertainty, and resilient homes.

When wildfire smoke pushes the outdoor AQI to 300, stay-indoors is half an answer. SmokeShield computes the PM2.5 you would actually breathe inside your specific home, and what would lower it most per dollar.