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• W2016109182 abstract "Abstract A forest is a system, which intercepts solar energy under the control of climatic, weather and edaphic factors and the genetic properties of trees and other organisms occupying forest habitats. The interlinks among these organisms are dynamic, and this is the key to the management of forests ecosystems. Appropriate manipulation of forest dynamics allows the forest manager to produce timber and/or other commodities and environmental values obtainable from the forest. In this context, gaps in our knowledge of the management of boreal forests are closely related to our understanding of how boreal forest function in their natural state and to what extent their natural structure can be modified through management. Management of the boreal forests has mainly been developed with the aim of optimising timber production with only little concern for the other commodities and services obtainable from forest ecosystems and how to apply and combine different management actions operations in order to optimise forest production in terms of multi-goal management. In many parts of Europe, including the parts containing boreal forests, forest resources have substantially increased since the 1950s. Consequently, the age structure of forests would shift to being less optimal for forestry. Over Europe, increasing forest growth and accumulation of biomass in the forests appears to be unavoidable if the current trend in forestry and forest-based industries continues. Furthermore, the boreal forests in the European North are expected to experience profound changes due to the elevation of temperature by 2–4°C during the next 100 years with concurrent increase in the concentration of atmospheric carbon. Temperature elevation will most probably promote forest growth and lead to changes in the tree-species composition. On the other hand, forests contain of a huge amount of carbon removed temporarily from the global carbon cycle and thereby from the atmosphere. To maintain and improve the capacity of the boreal forests in the European North to sequestrate carbon requires an appropriate balance between old-growth forests (capacity to store) and younger forests (capacity to sequestrate)." @default.
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• W2016109182 date "2000-06-01" @default.
• W2016109182 modified "2023-09-23" @default.
• W2016109182 title "Forests of the boreal region: gaps in knowledge and research needs" @default.
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• W2016109182 doi "https://doi.org/10.1016/s0378-1127(00)00380-7" @default.
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