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Worldwide, the implementation of forest management guidelines has tried to mimic natural forest dynamics. The Oliver forest stand dynamics model has b...
Read moreForest area is increasing in temperate biomes through active and passive restoration of old fields. Despite the large extension of restored forests, t...
Read moreTemperate forests managed to maximize sustainable yield of wood products can reduce the availability of dead wood on the forest floor and in adjacent ...
Read moreWhile many ecosystems depend on fire to maintain biodiversity, non-native plant invasions can enhance fire intensity, suppressing native species and g...
Read moreForest management greatly influences biodiversity across spatial scales. At the landscape scale, combining management systems that create different st...
Read moreDeer (Cervidae) populations are increasing across the temperate zone, threatening forest biodiversity and ecosystem services. However, the fundamental...
Read moreA recent paper by Schall et al. (2020) concluded that beech forests managed in even-aged (EA) rotation systems were more efficient than unmanaged (UNM...
Read moreThe future of temperate forests in the face of global change and anthropogenic stressors remains uncertain. The regeneration stage, which is a critica...
Read morePlantation silviculture is increasing globally and is particularly intensive in temperate coniferous forests, where densely planting trees requires pr...
Read morePeat-forming wet woodlands (forested wetlands) are naturally occurring carbon-dense ecosystems that have considerable potential to form an important p...
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