This article presents an economic valuation study of several aspects related to the management of fuel break networks. It shows how citizens’ welfare is influenced by eventual changes in fuel break management programs that have to do with the cleaning techniques employed, the design and overall, with the potential to reduce fire risk.

We examined the predictability of fire days in a seasonally dry tropical forest in southern India using weather parameters. Fire days were more likely with low rainfall in the early dry season, low relative humidity and high temperatures during the dry season. We provide a quantitative framework for fire risk assessment for this forest type.

Can bushfire activity be forecast using climate variables? We review the relationship between fire activity, climate variables and El Niño–Southern Oscillation (ENSO) for the fire-prone state of Victoria, Australia. The results reveal the potential to use climate variables and ENSO indices to forecast the upcoming season’s potential bushfire activity.

Knowledge of fuel conditions is critical to accurately forecast fire behaviour. We present a methodology to estimate forest canopy fuel parameters using small-footprint, full-waveform light detection and ranging (LiDAR) airborne data in a mixed forest region of north-west Oregon (US).

Fire-killed plants must recover by seed or resprouting. In semi-arid environments this depends on episodic wet periods for establishment. We found the widespread shrub sagebrush recovered faster when fire was followed by wet winters. Sagebrush ecosystems may undergo dramatic transformation if the frequency of consecutive drought years increases.

The current paper presents the results of the Chinese vegetative biomass burning characteristics using the active fire data of the MODIS at 1-km² spatial resolution from 2000 to 2011. The results from the MODIS active fire data are more accurate and spatially precise analysis for Chinese fire cases than those from the statistical fire data.

Identifying a suite of environmental variables rather than relying solely on slope steepness will improve prediction of erosion for environmental assessments. Burning operations need to appreciate the significant influence that fire severity has on sediment movement. Land managers and scientists need to incorporate spatial sampling designs into erosion assessments.

Small-area methods are traditionally used to reconstruct historical fire intervals in low-severity fire regimes. We conducted a modern calibration and historical test of several methods in ponderosa pine forests. The all-tree-fire-interval method outperformed others, but a variant of a composite-fire-interval method also worked in historical tests.

The paper reviews scoring methods to compare a wildland fire simulation with field observations. It introduces two new scoring methods that take into account the dynamics of the simulation. The methods are applied to synthetic cases and two real fires.

The Weather Research and Forecasting mesoscale atmospheric model was assessed for its suitability in predicting the fire weather conditions for the 2009–10 New Zealand wildland fire season. Considerable model errors were found for the operational fire weather indices used in New Zealand.

Fire severity influences the social, economic and ecological impacts of fire. Weather, topography and fuel age have been identified as important drivers of fire severity, though their relative influence may vary spatially depending on precipitation regimes. Our research reveals that the effect weather, slope and fuel age has on fire severity varies across gradients of annual precipitation. Fire management needs to be dynamic across gradients of mean annual precipitation.

We found fuel treatment activity was correlated with landowners’ perceived wildfire risk and their financial capacity to conduct treatments. We found landowners’ perceived wildfire risk was influenced by hazardous fuel conditions, the presence of housing or timber assets, past experience with wildfire and membership in forestry and fire protection organisations.

Piñon–juniper woodlands have expanded into big sagebrush steppe of the western United States as a result of reduced fire disturbance. We compared sagebrush steppe recovery following fire on mid-successional and late successional juniper woodlands. The results suggest that native vegetation recovery after fire has greater likelihood of success in mid-successional woodlands than in late successional woodlands.

In a steep shrubland of a temperate-humid region, we evaluated the effect of an experimental fire and two post-fire stabilisation techniques (herbaceous Seeding and straw Mulching) on the amounts of eight trace elements lost with the eroded sediments and the consequences on soil quality in burned and sediment deposition areas.

Using satellite imagery, we analysed high-severity fire patterns, 1984–2010, in forests of the Sierra Nevada, and found no increase in high-severity fire proportion, area or patch size. This is contrary to previous studies that were based on less complete fire severity data and use of post-fire maps to identify pre-fire vegetation.

The moisture content of dead fuels is an important determinant of many aspects of bushfire behaviour. This paper reviews research into dead fuel moisture for the period 1991–2012. Topics covered include an overview of fuel moisture physics, field measurements and the development and application of new models.

BehavePlus is a point-based fire modelling system that is based on a multitude of mathematical models. It is used for a range of research and fire management applications. An update will facilitate an expansion of fire modelling capabilities.

Burned areas were investigated ~20 years after fire events in Greece. Results indicated that the synergy of multi-temporal optical and synthetic aperture radar (SAR) images could provide valuable information for monitoring long-term post-fire vegetation recovery.

This research proposes a process to generate a fuel map for large areas, using the Fuel Characteristic Classification System. Fuelbeds were built to represent fuels across the continent of South America. Fire potentials including indexed values of surface fire behaviour, crown fire and available fuels were computed and mapped, enabling users to assess fire hazard, predict fire behaviour and calculate fuel consumption and greenhouse gas emissions.

This study investigates the selectivity of fire in relation to land cover type and topography in Southern Europe. Shrubland and grassland are more fire prone, whereas agricultural areas and artificial surfaces are less susceptible to burn. There are significant differences between countries and regions. Slopes >25% and north facing ones were less fire prone.