Reprint

Ecological Management of Pine Forests

Edited by
January 2019
262 pages
  • ISBN978-3-03897-425-3 (Paperback)
  • ISBN978-3-03897-426-0 (PDF)

This book is a reprint of the Special Issue Ecological Management of Pine Forests that was published in

Biology & Life Sciences
Environmental & Earth Sciences
Summary
Natural pine forests characterize many landscapes preserved over time, either as a result of a specific forest management practice or a disturbance. In the event of a lack of management over a long period of time, these formations could evolve with increasingly chaotic structures towards other formations. This process can lead to landscape change, the spread of insects and pathogens, and the risk of fires and watercourse obstruction. Pine forest plantations should be considered as transient tree populations, destined to evolve into more complex and stable formations. However, sometimes they should be preserved for their cultural value. Careful management of these forests also takes into account the close relationship between forest and human settlements. As a first step, ecological management assumes the definition of these two macro types. These approaches include the application of integrated methods for determining the reference conditions of the main functional and structural ecosystem components of forests. The reference conditions are the historical (or natural) variability range of ecological structures and processes, reflecting the recent evolution and dynamic interaction of biotic and abiotic conditions and patterns of disturbance. These conditions form the basis for comparison with contemporary ecosystem processes and structures and are a frame of reference for designing ecological restoration treatments and conservation plans. The productive aspects must not be overlooked; rather, they have to be considered, planned, and managed with a perspective of sustainability and ecosystem functionality. This should be considered for a common approach to forest management, for a forest rehabilitation, and for forest restoration activities.
Format
  • Paperback
License
© 2019 by the authors; CC BY-NC-ND license
Keywords
pine wood nematode; forest disease; spatial dispersal; patch; invasion history; invasive species; stratified dispersal; selective thinning; thinning from below; forest management practices; planted forests; forest multifunctionality; Mediterranean area; afforestation; bad lands; black pine; climate change; dendroecology; growth decline; plantations; Scots pine; Ectomycorrhizal fungi; Pinus pinaster; seedlings; natural regeneration; harvesting practices; topography; precipitation; stand growing; thinning shock; forest logging; tree wounds; tree ring width; burn severity; fire ecology; ecosystem recovery; natural regeneration; Aleppo pine recruitment; post-fire restoration; early thinning; strip roads; productivity; costs; damage; Vimek; conservation value; ecological management; forest ecology; native status; palaeoecology; Pinus sylvestris; pollen analysis; the Burren; woodland ecology; dismantling cutting; horse skidding; winch skidding; cable yarder; tree regeneration; soil recovery; motor-manual harvesting; mechanized harvesting; WT harvesting; CTL harvesting; energy chips; life cycle assessment; social indicators; sustainable forest management; decision support; multi-criteria analysis; Argentina; invasive species; management; environmental gradient; Pinaceae; restoration; silviculture; arid environments; tree water deficit; point dendrometers; hydroclimate; north American monsoon; stem water dynamics; Pinus longaeva; Pinus flexilis; Pinus ponderosa; Pinus monophylla; compost; foliar nutrients; Hispaniolan pine; pine forests; seedling quality; sustainable development principles; tropical forest nursery; pollen; DNA; glacier; Pinus; Altai; pollen source; crown width prediction; forest management; nonlinear forest models; mixed effects models; Black pine