Fire positively and negatively affects food webs across all trophic levels and guilds and
influences a range of ecological processes that reinforce fire regimes, such as nutrient …

Fuel treatments aimed at reducing both horizontal and vertical continuity in fuels are of
paramount importance as a prevention measure against fire propagation. Possible …

The interactions between fire and grazing are widespread throughout fire‐dependent
landscapes. The utilization of burned areas by grazing animals establishes the fire–grazing …

Despite the importance of fire and herbivory in structuring savanna systems, few replicated
experiments have examined the interactive effects of herbivory and fire on plant dynamics. In …

Ecological memory, often determined by the extent and type of retained biological legacies
present following disturbance, may produce persistent landscape patterns. However, after …

Determining the drivers of plant demography is integral to understanding the processes that
shape plant species abundances and distributions. Despite recognition that interactions …

Little is known about the interactive effects of multiple forms of disturbance–natural or
anthropogenic–on plant population dynamics. This limits our ability to understand the drivers …

The “varying constraints hypothesis” of fire in natural ecosystems postulates that the extent
of fire in an ecosystem would differ according to the relative contribution of fuel load and fuel …

Context The superb lyrebird Menura novaehollandiae is thought to be an important
ecosystem engineer that, through its foraging, accelerates the decomposition of litter in …

Grassland and savanna ecosystems, important for both livelihoods and biodiversity
conservation, are strongly affected by ecosystem drivers such as herbivory, fire, and drought …