wildfire

Documents about wildfire

• Supporting Community Wildfire Resilience in Oregon#1226369ScholarsBank
• Wildfire exposure#139879OECD SDMX
• The strength of fuel self-regulation in Alaska’s wildfire regimes (1984-2020)#122213DataCite
• Burning issues: trends in newspaper coverage of wildfire events and health#253640Europe PMC
• Wildfire-induced soil erosion in northern Finland watersheds#213136HAL (France)
• “Wildfire" as an effective preventative intervention for HIV/AIDS among secondary school learners.#1024506UZSpace
• Wildfire cashflow shocks#175457ECB Working Papers
• Hydrological response of wildfire affected Mediterranean watersheds#342228IRIS
• Flora of the war-affected pine forests of the Izium Forestry (Kharkiv Oblast,#445687GBIF Registry
• Reconstruction as an Opportunity to Reduce Risk? Physical Changes Post-Wildfire in Chilean Case Studies#680485Repositorio Universidad del Desarrollo
• Extracting Wildfire Influence From Natural Streamflow Variability to Inform Post-Fire Peak Flow Predictions#176232DigitalCommons@USU
• Checklist of the war-affected pine forests flora of the Izium Forestry (Kharkiv Oblast, Ukraine).#333767GBIF Registry
• Wildfire#27730Project Gutenberg
• Post-Wildfire Erosion and Biogeochemistry: Integrating Aerial Imagery and Soil Testing to Assess Landscape Recovery#176222DigitalCommons@USU
• The Effect of Wildfire Exposure: Neurological Outcomes, Mental Health, and Epigenetic Insights#205538Europe PMC
• Cardiopulmonary hospitalization risks from wildfire-specific and non-wildfire PM<sub>2.5</sub> in 20 US states#1052844Europe PMC
• FireGen: Quantifying Wildfire Risk by Simulation#1216806arXiv (All)
• Federal Air Quality and Wildfire Smoke Forecasting#621981CRS Reports
• Wildfire and Fuel Treatments in Utah: A Practical Guide and Outcomes From an Oak-Maple Ecosystem#675282DigitalCommons@USU
• Accuracy–Privacy Trade-off in Federated Learning for Joint Fire Risk Model Training Across International Wildfire Datasets#11834DataCite
• Accuracy–Privacy Trade-off in Federated Learning for Joint Fire Risk Model Training Across International Wildfire Datasets#11835DataCite
• Maui wildfire evacuation decision prediction using domain-knowledge-guided large language models#1346037ScholarSpace
• Approach to wildfire-related health impacts.#255184NCBI PubMed Central
• Internal Structure and Rheology of Post-Wildfire Debris Flows#983549eScholarship
• Sentinel-2 Wildfire Risk Classification Dataset for the Iberian Peninsula [Dataset]#996490Gestión del Repositorio Documental de la Universidad de Salamanca
• Toward smart wildfire surveillance: Multi-depot drone routing optimization using bio-inspired algorithms#1312541HAL (France)
• U.S. Satellite Capabilities for Tracking the Wildfire Life Cycle#683270CRS Reports
• Inhabiting a flammable landscape: wildfire, human (im)mobility, and the ambivalent role of neo-rural settlers in central Portugal.#976886OSF
• Social Vulnerability, Wildfire Exposure, and Mental Health.#418485NCBI PubMed Central
• Environment-Adaptive Preference Optimization for Wildfire Prediction#178874arXiv CS
• Wildfire Resilient Unit Commitment under Uncertain Demand#1036516arXiv (All)
• Measuring the Impact of Explainable AI (XAI) Method on Decision-Makers' Trust and Response Decision Speed in Wildfire Spread Prediction Models#11767DataCite
• Measuring the Impact of Explainable AI (XAI) Method on Decision-Makers' Trust and Response Decision Speed in Wildfire Spread Prediction Models#11768DataCite
• The Power of Framing: Institutional Policy Entrepreneurship in the EU's Wildfire Risk Management (WFRM)#68387HAL (France)
• 16 U.S.C. § 6591d — Wildfire resilience projects#568167US Code (LII)
• 16 U.S.C. § 6592 — Wildfire risk reduction#568169US Code (LII)
• Cost–Benefit Analysis of Undergrounding Power Lines for Wildfire Mitigation: Construction Management Implications Compared to Conventional Overhead Systems#1310776DigitalCommons@CalPoly
• Performance of Transformer-Based Time Series Models in Predicting Wildfire Ignition Points in Mediterranean Maquis 72 Hours in Advance: A Comparative Analysis with LSTM#11839DataCite
• Performance of Transformer-Based Time Series Models in Predicting Wildfire Ignition Points in Mediterranean Maquis 72 Hours in Advance: A Comparative Analysis with LSTM#11840DataCite
• Computational Performance of Physics-Informed Neural Networks Versus the Rothermel Model in Wind-Topography-Fuel Interaction-Based Wildfire Spread Prediction#13339DataCite
• Computational Performance of Physics-Informed Neural Networks Versus the Rothermel Model in Wind-Topography-Fuel Interaction-Based Wildfire Spread Prediction#13340DataCite
• Living with fire: exploring Indigenous perspectives and practices in the southwestern USA, a systematic review#129447HAL (France)
• The Damage Assessment of 2019 Eurobodalla Shire Wildfire to the Endangered Ecological Communities Using Change Detection and Object-Based Classification#287684Digital Commons @ Michigan Tech
• Drones in Wildfire Airspace Management: Developing a Scalable Framework for Mid-Sized Cities#1359935ODU Digital Commons
• Bringing close: wildfire-based advocacy for climate action and socio-ecological transformation#624872HAL (France)
• Integrating Wildfire Risk into Robust Forest Management Optimization#1123283arXiv (OAI Expanded)
• Probabilistic Forecasting of Wildfire Size Using Conditional Flow Matching#1327573arXiv (All)
• 43 U.S.C. § 1748b — Cohesive wildfire management strategy#595780US Code (LII)
• Assessing Climate Change Impacts on Wildfire Risk in Central Appalachian Forests of the Eastern United States#355120ODU Digital Commons
• Estimating wildfire ignition probabilities with geographic weighted logistic regression.#244262NCBI PubMed Central