WildFiresUA review: emission factors for wildfire smoke. Andreae 2019 vs Akagi 2011, GFED4, FINN, boreal vs tropical vs peat vs wartime residue.
WildFiresUA review: emission factors for wildfire smoke. Andreae 2019 vs Akagi 2011, GFED4, FINN, boreal vs tropical vs peat vs wartime residue.
How climate change is rewriting the Ukrainian fire regime: VPD, lightning, CMIP6 projections to 2050, Polissia peatlands, and the consequences of the Kakhovka dam collapse.
WildFiresUA review: why coupled fire-atmosphere models (WRF-Fire, CAWFE, MesoNH-ForeFire) matter for pyroconvective fires. Physics, validation, compute cost.
WildFiresUA review: Rothermel 1972, FARSITE, ELMFIRE, FOFEM, CAWFE, MesoNH-ForeFire, SPARK, FireDST, PROMETHEUS — physics, computation, operational deployments.
Wildfire-tech startups raised $350-400M between 2024 and 2026, yet most have no peer-reviewed output. How YourAirTest builds defensibility through scientific publication: from CJFR 2026 to ESSD, ACP, ERL, and Fire.
A technical review of the satellite wildfire-detection stack: VIIRS 375 m, Sentinel-3 SLSTR with the F1 channel to 450+ K, geostationary 5-15 min cadence, and FIRMS NRT at 3-4 hours.
749,500 ha burned in 2022, 965,000 ha in 2024 — more than the whole EU combined. 20,000+ military-context fires. Kremenchuk, Kakhovka, Chornobyl, Azovstal — a scientific resource that cannot be reproduced.
Zaporizhzhia faces a chronic risk from its steel industry (Zaporizhstal, Dniprospetsstal) and a potential risk from the occupied ZNPP 50 km away. Two monitoring systems, one city.
Is green hydrogen really the fuel of the future for Ukraine? Where it makes sense (metallurgy, chemicals) and where it doesn”t (passenger cars). 2024 costs and forecast, real wartime constraints for Ukraine, three under-discussed risks.