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Modelling approaches for mixed forests dynamics prognosis. Research gaps and opportunities

  • Felipe Bravo
  • , Marek Fabrika
  • , Christian Ammer
  • , Susana Barreiro
  • , Kamil Bielak
  • , Lluis Coll
  • , Teresa Fonseca
  • , Ahto Kangur
  • , Magnus Lof
  • , Katarina Merganicova
  • , Maciej Pach
  • , Hans Pretzsch
  • , Dejan Stojanovic
  • , Laura Schuler
  • , Sanja Peric
  • , Thomas Roetzer
  • , Miren del Rio
  • , Martina Dodan
  • , Andres Bravo-Oviedo

Publikation: Bidrag till tidskriftÖversiktsartikelPeer review

Sammanfattning

Aim of study: Modelling of forest growth and dynamics has focused mainly on pure stands. Mixed-forest management lacks systematic procedures to forecast the impact of silvicultural actions. The main objective of the present work is to review current knowledge and forest model developments that can be applied to mixed forests.Material and methods: Primary research literature was reviewed to determine the state of the art for modelling tree species mixtures, focusing mainly on temperate forests.Main results: The essential principles for predicting stand growth in mixed forests were identified. Forest model applicability in mixtures was analysed. Input data, main model components, output and viewers were presented. Finally, model evaluation procedures and some of the main model platforms were described.Research highlights: Responses to environmental changes and management activities in mixed forests can differ from pure stands. For greater insight into mixed-forest dynamics and ecology, forest scientists and practitioners need new theoretical frameworks, different approaches and innovative solutions for sustainable forest management in the context of environmental and social changes.
OriginalspråkEngelska
ArtikelnummereR002
Antal sidor18
TidskriftForest Systems
Volym28
Nummer1
DOI
StatusPublicerad - 2019

FN:s SDG:er

Detta resultat bidrar till följande hållbara utvecklingsmål:

  1. SDG 12 – Hållbar konsumtion och produktion
    SDG 12 – Hållbar konsumtion och produktion

Nyckelord

  • dynamics
  • ecology
  • growth
  • yield
  • empirical
  • classification

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