AGU23 | 11 December 2023
Multi-scale Machine Learning for Predicting Prescribed Burn Effects on Ecosystem Services
Jerry Gammie + Anna LoPresti + Cibele H Amaral ...
Wildfires pose an ever increasing threat to human health, safety, and infrastructure due to climate change, land use, and past management strategies. Ecology research has...
AGU23 | 13 December 2023
L-Band SAR Fuel Products for the Wildfire Cycle in Conjunction with FASMEE Prescribed Burn Campaigns
Karen An + Cathleen E Jones + Yunling Lou
Wildland fuel load and soil moisture measurements contribute to understanding the rate of fuel consumption and fire radiative power. Lower-than-usual fuel moisture during...
AGU23 | 14 December 2023
Studying the Emissions and Evolution of Smoke from Prescribed Fires Using Multiple Fixed Sites
Rime El Asmar + David Tanner + L Gregory Huey ...
Prescribed burning is becoming a necessary tool in managing ecosystems and preventing wildfires. However, smoke from prescribed burns can have a large impact on air quality,...
AGU23 | 22 January 2024
Determining Optimal Prescribed Fire Burning Periods Using a Graph Neural Network-Based PM2.5 Emissions Forecasting System
Kyleen Liao + Jatan Buch + Kara D. Lamb ...
In regions like California, wildfires increasingly pose substantial threats to public health, infrastructure, agriculture, and ecosystems. Prescribed fires have been shown...
AGU23 | 13 December 2023
How Prescribed Fire Affects Vegetation Canopy Density in the North Carolina Piedmont and Coastal Plains
Nicholas Karl Corak + Lauren Lowman + Matthew Barnes
A changing climate with more dry periods is expected to increase the frequency of catastrophic fire events. Thus, it is important to understand how prescribed fires can be...