High-resolution fuel hazard, fuel load, fuel type and forest structure datasets derived from satellite and airborne remote sensing — updated annually across Australia.
Each catalog is derived from multi-source remote sensing and calibrated against field observations, delivering operationally-ready inputs for fire behaviour modelling and land management.
Six-layer hazard assessment aligned with the DSE Overall Fuel Hazard Assessment Guide (Report 82). Rated 1–5 Low to Extreme, covering bark, elevated, near-surface and surface fuel strata.
Total dry mass of living vegetation derived from NASA's GEDI spaceborne LiDAR Level 4A product. Expressed in tonnes per hectare, calibrated for Australian vegetation communities.
Discrete vegetation fuel type mapping using the NBIC ACS Stage 2 scheme. 40+ classes spanning closed forests, plantations, woodlands, shrublands, grasslands and WUI zones.
Six structural metrics characterising canopy architecture from GEDI and optical fusion — inputs for biodiversity assessments, carbon accounting and fire behaviour stratification.
Fuses data from spaceborne LiDAR (GEDI), Sentinel and Landsat optical time series, and airborne surveys to capture 3D vegetation structure annually.
Deep learning foundation models trained on Australian ecosystems extract structural and spectral features, enabling wall-to-wall prediction at 20m resolution.
Products are served as Cloud-Optimised GeoTIFFs via TiTiler — enabling fast, browser-based visualisation and direct GIS integration.
Browse fuel hazard, biomass and forest metrics across any region of Australia from 2017–2025.