Northern temperate and boreal forests (40° N–70° N) were selected for our research because (1) pronounced postfire surface warming has previously been reported there8, suggesting a substantial contribution of biogeophysical processes in postfire surface climate impacts; (2) both fire size a...
Forests are invaluable resources, and fire is a natural process that is considered an integral part of the forest ecosystem. Although fire offers several ecological benefits, its frequent occurrence in different parts of the world has raised concerns in
including tropical and temperate climate regions across the western U.S., Brazil, Australia, South Africa, Europe, and Indonesia, and therefore may be a natural source of metals during fire conditions (Fig.1). The frequency of large (greater than 2023 ha, Fig.1) and small (Supplementary...
debris avalanche which buried several villages, as the northern flank of Bandaisan collapsed in an 1888 eruption Renge Marsh in Urabandai and Mt. Bandai Webcam(2700 ft) Another nice view of Bandaisan from Urabandai; includes daily, monthly, and multi-year archived images Hiuchigatake (Mount H...
Roadmap for a national wildland fire research and development program - Wagoner, Bradley, et al. - 2003 () Citation Context ...e underway to integrate wildfire behavior model into this capability. LLNL and the National Labs have a legacy of sophisticated fire modeling simulation research, in ...
derived from meteorological data, iii) a spatial analysis on the human influence on fire ignition, iv) a lightning fire hazard map, v) an area-wide classification of vegetation to derive a fuel type map, and vi) a high-resolution topography map, where we extracted aspect and slope (Fig. ...
We examined the combined influence of fuel age and height between contrasting building and mature heather canopies. We used these terms to represent the two different classes of younger (shorter) and older (taller) heather life stages. Previous research has established the significance ofCallunabiomass...
Section 2 describes current research findings that significantly improved the literature on wildfire detection and propagation models. The suggested architecture, materials, and methods are all described in Section 3. The experimental results are shown in Section 4. Finally, the conclusion is presented ...
Fire weather dynamics in European IPCC regions. (a) A map summarising the distribution of the IPCC regions analysed. The map was produced using QGIS v3.16 (see “Methods”). (b) Observed trends in the Seasonal Severity Rating index (SSR) in Southern, Central and Northern Europe over 1980–...
Global warming is expected to alter wildfire potential and fire season severity, but the magnitude and location of change is still unclear. Here, we show that climate largely determines present fire-prone regions and their fire season. We categorize thes