Despite the importance of protecting forests and woodlands to achieve global climate and
biodiversity goals, logging impacts persist worldwide. Forestry advocates often downplay …

Resilience in production forests can be achieved through natural ecological processes or
repeated intensive interventions. We caution that 'coerced'resilience derived from intense …

The world's forests are being increasingly disturbed from exposure to the compounding
impacts of land use and climate change, in addition to natural disturbance regimes. Boreal …

Empirical evidence in scientific literature shows that forest flammability in south‐western
Australia declines as forests recover from disturbance, indicating that current policies …

Forty percent of terrestrial ecosystems require recurrent fires driven by feedbacks between
fire and plant fuels. The accumulation of fine fuels in these ecosystems play a key role in fire …

Climate change and fire management actions are the two key drivers of fire regime changes
now and into the future. The predicted effects of these drivers vary between regions and …

Context: Decades of industrial-scale logging have damaged the structure, function, and
composition of Australia's forests; increased the threat from severe fires; and generated …

In an earlier study published in Science of the Total Environment (Taylor et al., 2019), we
used an established hydrological model (based on what is known as the Kuzcera curve), to …

Using a 26-year dataset, we quantify temporal change in detections of arboreal marsupial
species in the tall, wet montane ash forests of mainland south-eastern Australia. We sought …

Our previous analysis of mapped records of forest fires in National Parks in Southwestern
Australia showed that fires initiated a pulse in flammability (the likelihood of a point being …