Forest fire causes and extent on United States Forest Service lands

Cited by (232)

Items 201–232 of 232

1. Fire against rural areas - proposal: Protection of rural properties against forest fires
   Odailson de Almeida Melo, Alexandra Amaro de Lima, Arleson Ferreira Maquiné, Closival Romano Barreto, Herbert Rodrigues Mendonça, João Wilson Fernandes de Morais, Renato Nelson Farias Cavalcante Filho, Luciana da Silva Reis, Fernando Pauxis · 2021 · Research Society and Development
2. A Review on Current Modelling Techniques for Predicting Forest Fires
   Piyush Pandey, Avinash Pratap Gupta · 2025 · Advances in geographical and environmental sciences
3. Fuels Treatments and Tending Reduce Simulated Wildfire Impacts in Sequoia sempervirens Under Single-Tree and Group Selection
   Jade D. Wilder, Keith A. Shuttle, Jeffrey M. Kane, John‐Pascal Berrill · 2025 · Forests
4. Convection–Diffusion Model for the Prediction of Anthropogenically-Initiated Wildfire Ignition
   Ravi Sadasivuni, Shanti Bhushan, William H. Cooke · 2014 · International Journal of Disaster Risk Science
5. Spatial distribution of regeneration patches in an old‐growth Pinus Jeffrey‐mixed conifer forest in northwestern Mexico
   Scott Lewis Stephens, Danny L. Fry · 2005 · Journal of Vegetation Science
6. Metadata
   Bradley Wade Bishop, Tony H. Grubesic · 2016 · Springer geography
7. Widespread Fire Years in Conifer Forests are Contingent on Both Winter and Monsoon Precipitation in the US-Mexico Sky Islands
   Alexis H. Arizpe · 2016 · UA Campus Repository (The University of Arizona)
8. Responses to Reviewers on "Interpreting machine learning prediction of fire emission and comparison with FireMIP process-based models"
   Sing‐Chun Wang · 2021 · Atmospheric chemistry and physics
9. Desarrollo de una herramienta integral de gestión de gases de efecto invernadero para la toma de decisión contra el cambio climático a nivel regional y local en la Comunitat Valenciana
   Edgar Lorenzo‐Sáez · 2022
10. The effect of random and spatially explicit lightning and human-caused ignitions on simulated burn probabilities at small scales
    James Lowery · 2012 · The Mathematics Enthusiast
11. Northwest California National Forests fire severity monitoring 1987-2008
    Jay D Miller, Carl N. Skinner, Hugh DeForest Safford, Eric E. Knapp, Carlos M. Ramirez · 2012
12. Arizona/New Mexico Mountains Ecoregion: Chapter 10 in Status and trends of land change in the Western United States--1973 to 2000
    Jana Ruhlman, Leila Gass, Barry R. Middleton · 2012 · USGS professional paper
13. Mineral Nutrition in Sierra Nevada Mixed Conifer: Wildfire Effects, Species Distinctions, and Temporal Variation
    R. F. Walker, Robert M. Fecko, Dale Walden Johnson, Watkins W. Miller · 2014 · Journal of Sustainable Forestry
14. The Influence of Geospatial Factors on Wildfire Occurrence in the Black Hills of South Dakota
    James E. Strain, South Dakota · 2008
15. An investigation of cumulative precipitation trends prior to Mississippi early season wildfires
    Heather Sophia Eschete · 2009
16. The firs t pre- and post-wildfir e charcoal quantific ation using peroxide-acid digestion
    Western Cedar · 2011
17. Chapter 5 Practical and Institutional Constraints on Adopting Wide-Scale Prescribed Burning: Lessons from the Mountains of California
    Kurt M. Menning · 2007 · Advances in the economics of environmental resources
18. Quantifying the influence of past wildfires on the severity and size of subsequent wildfires
    Sean A. Parks · 2014 · The Mathematics Enthusiast
19. Análisis espacio-temporal de incendios forestales en la región del Maule, Chile Spatio-temporal analyses of wildfires in the region of Maule, Chile
    Ignacio Díaz‐Hormazábal, Mauro E. González · 2016
20. Ecological Services Provided by Wetlands as a Function of Vegetation – Hydrology Co-Evolution
    Janaine Zanella Coletti · 2013
21. Integrating Fire and Forest Planning: A Review of National Forest Plan Revisions
    Hailey Graf · 2018 · The Mathematics Enthusiast
22. Wildland firefighter entrapment avoidance: developing evacuation trigger points utilizing the wildland urban interface evacuation (WUIVAC) fire spread model
    Gregory K. Fryer · 2012 · J. Willard Marriott Library
23. Remote sensing monitoring and ecological modeling of insect outbreak dynamics in the Southern Rocky Mountains Ecoregion
    Liang Lu · 2015 · eScholarship (California Digital Library)
24. Evaluating Post-Fire Plantation Restoration in a Mixed Conifer Forest in the Sierra Nevada
    Iris Allen · 2019
25. Comment on acp-2021-634
    Sing‐Chun Wang, Yun Qian, Lai-Yung Ruby Leung · 2021 · Atmospheric chemistry and physics
26. Comment on acp-2021-634
    Sing‐Chun Wang, Yun Qian, Lai-Yung Ruby Leung · 2021 · Atmospheric chemistry and physics
27. ЮРИДИЧНИЙ АНАЛІЗ ЗЛОЧИНІВ, ПІД ЯКІ ПОПАДАЮТЬ ЛІСОВІ ПОЖЕЖІ В ТУРЕЦІЇ ТА ЛИТВІ
    Осман Деврім Елван, Даля Перкумене · 2022 · HUMANITIES STUDIES
28. Immediate Effects of a wildfire on Bats in a Ponderosa Pine (Pinus ponderosa) Forest
    Keith Geluso · 2022 · Western North American Naturalist
29. Will Oakland Burn Again: Understanding the Fire Hazard in an Urban Park System
    Alessandra M Zambrano · 2021
30. Machine Learning and Deep Learning-Based Prediction and Monitoring of Forest Fires Using Unmanned Aerial Vehicle
    Rishi Chhabra, Aditya Bhagat, Gaurav Mishra, Ashish Tiwari, Meera M. Dhabu · 2024 · Advances in computational intelligence and robotics book series
31. Contribution à l'étude de la plasticité des traits liés au feu chez des espèces à germination obligatoire dans les zones soumises à différents régimes de feu
    Bastien Romero · 2021
32. Bark Beetle-Induced Changes to Crown Fuel Flammability and Crown Fire Potential
    Wesley G. Page · 2021 · Digital Commons - USU (Utah State University)