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Webinar: Climate Trends and Wildland Fire Risk Analysis for Alaska's Fire Season

4d ago· 1 min readenNews

Summary

This webinar examines how increasing temperature and precipitation during Alaska's fire season (April-September) create uncertainty about future wildland fire risk. Warming increases fire risk while higher precipitation may partially offset it. The analysis covers trends of heat and drought indicators (vapor pressure deficit, SPI, SPEI, convective precipitation, heat index) across the full season and by early (April-June) and late (July-September) halves, using machine-learning analysis of large-scale meteorological data.

Key quotes

· 3 pulled
Temperature and precipitation are increasing during Alaska's fire season (April-September) creating uncertainty about future wildland fire risk
Warming increases risk while higher precipitation may partially offset it
This webinar examines trends of heat and drought indicators (vapor pressure deficit, SPI, SPEI, convective precipitation, heat index) across the full season and by each half (April-June, July-September)
Snippet from the RSS feed
Temperature and precipitation are increasing during Alaska's fire season (April-September) creating uncertainty about future wildland fire risk – warming increases risk while higher precipitation may partially offset it. This webinar examines trends of he

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