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In mesic savannas worldwide, trees experience frequent fires, almost all set by humans. Management fires are set to reduce or enhance tree cover. Succ...
Read moreMany ecosystems are experiencing increased fire frequencies and species invasions that can erode their resilience and cause a shift to alternative sta...
Read moreCharcoal plays an important role in soil function and carbon storage in fire-prone ecosystems. Charcoal is present in most boreal forest soils as a re...
Read moreThe ecological resistance to the invasion of alien species has been extensively researched at the within-trophic level; however, the effect of cross-t...
Read moreFire is an important disturbance in African savannas where it is generally assumed that high levels of pyrodiversity (variation in aspects of the fire...
Read moreThe loss of foundational but fire-intolerant perennials such as sagebrush due to increases in fire size and frequency in semi-arid regions has motivat...
Read moreThe BioSum modeling framework summarizes current and prospective future forest conditions under alternative management regimes along with their costs,...
Read moreReports studies of the growth and reproduction of X. australis at Tidbinbilla Nature Reserve, Canberra, and field observations at two sites (on cleare...
Read moreUnderstanding the mechanisms that allow exotic species to have rapid population growth is an important step in the process of controlling existing inv...
Read moreHistorical reference conditions have long been used to guide the restoration of degraded ecosystems. However, a rapidly changing climate and altered d...
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