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Studies in fire-prone Mediterranean ecosystems have repeatedly shown that the mean values of fire regimes (particularly frequency, but also size and i...
Read moreCurrent predictions about climate change and its impact on fire regimes have spurred research on how increasing fire frequencies will affect the popul...
Read moreSpatio-temporal fire regimes are likely to shift with changes in land use and climate. Such a shift in the disturbance regime has been proposed from r...
Read moreDirect effects of climate change (i.e. temperature rise, changes in seasonal precipitation, wind patterns and atmospheric stability) affect fire regim...
Read moreIndigenous people have been managing fire-prone landscapes for millennia, especially in tropical savannas, thereby maintaining carbon stocks and pyrod...
Read moreFire plays an integral role in shaping the vegetation structure of savanna ecosystems. However, the effects of fire regime characteristics, such as fr...
Read moreAccording to the pyrodiversity paradigm, a wide range of fire regimes is required to maintain biodiversity in fire-prone landscapes. However, the requ...
Read moreUp to 50% or more of the savanna landscapes of northern Australia are burnt each year, but the effects of these fires on savanna faunas are poorly kno...
Read moreA fire history (1980 to the present) developed for Kakadu National Park, derived mostly from manual interpretation of LANDSAT MultiSpectral Scanner (M...
Read moreThe idea that variable fire regimes (pyrodiversity) may increase habitat heterogeneity and, consequently, increase biodiversity at the landscape level...
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