In fire emission models, the spatial resolution of both the modelling framework and the
satellite data used to quantify burned area can have considerable impact on emission …

Background Late dry-season wildfires in sub-Saharan Africa's savanna-protected areas are
intensifying, increasing carbon emissions, and threatening ecosystem functioning …

Savanna fires produce significant emissions globally, but if managed effectively could
provide an important mitigation opportunity, particularly in African least developed countries …

Savannas are the most fire-prone of Earth's biomes and currently account for most global
burned area and associated carbon emissions. In Australia, over recent decades substantial …

Globally, there is a growing interest and potential for investment in Nature-based Solutions
(NbS) to protect, manage or restore ecosystems through incentive schemes including …

Northern Australia comprises by far the most fire-prone-half of a fiery continent, where fire
frequencies range from annual in the tropical savannas to periodic very-extensive fire events …

A fundamental principal of savanna fire ecology is that the fire regime determines vegetation
cover, especially as it pertains to trees. A corollary is that late fires are more damaging to …

We explore sustainable land sector opportunities for Australia's 1.2 million km2 northern
savanna rangelands where extensive beef cattle pastoralism is the predominant …

Much of the research we publish relates to questions of cause and effect. In an ideal world,
we would subject these questions to experimentation, randomizing study participants to …

Northern Australian biomes hold high biodiversity values within largely intact vegetation
complexes, yet many species of mammals, and some other taxa, are endangered. Recently …