Publications by authors named "Scott A Mensing"

In the context of global decline in old-growth forest, historical ecology is a valuable tool to derive insights into vegetation legacies and dynamics and develop new conservation and restoration strategies. In this cross-disciplinary study, we integrate palynology (Lago del Pesce record), history, dendrochronology, and historical and contemporary land cover maps to assess drivers of vegetation change over the last millennium in a Mediterranean mountain forest (Pollino National Park, southern Italy) and discuss implications in conservation ecology. The study site hosts a remnant beech-fir (Fagus sylvatica-Abies alba) mixed forest, a priority habitat for biodiversity conservation in Europe.

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Article Synopsis
  • - This study is the first to evaluate live tree biomass in a mixed conifer forest during the late Holocene, revealing important insights into forest structure and stability over a millennium.
  • - It combines biomass data with Native oral histories and fire scar records to show that both natural lightning fires and intentional Native burning practices played a crucial role in maintaining forest conditions, beyond what climate alone can explain.
  • - The findings imply that restoring historical forest resiliency may require significant interventions, highlighting the lasting impact of Indigenous fire management on forest ecosystems.
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Knowledge of the direct role humans have had in changing the landscape requires the perspective of historical and archaeological sources, as well as climatic and ecologic processes, when interpreting paleoecological records. People directly impact land at the local scale and land use decisions are strongly influenced by local sociopolitical priorities that change through time. A complete picture of the potential drivers of past environmental change must include a detailed and integrated analysis of evolving sociopolitical priorities, climatic change and ecological processes.

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