TY - T1 - Modeling climate change impacts on European tree species : comparing statistical and dynamic models SN - / UR - URN:NBN:fi-fe20180115162; http://hdl.handle.net/10138/42423 T3 - A1 - Takolander, Antti A2 - PB - Helsingfors universitet Y1 - 2013 LA - eng AB - Climate change has been predicted to cause extinctions and range shifts in European flora. Two common methodologies assessing climate impact on vegetation are statistical bioclimatic envelope models (BEMs) and process-based dynamic vegetation models. BEMs are relatively easy to implement, but have been criticized for being unreliable, because they assume equilibrium between species' observed ranges and climate. Dynamic models can be considered biologically more sound, but require large quantitie... VO - IS - SP - OP - KW - ilmastonmuutos; kasvillisuuden mallintaminen; habitaattimalli; metsät; lajien levinneisyysalueiden muutokset; LPJ-GUESS; climate change; vegetation modelling; bioclimatic model; forests; range shifts; LPJ-GUESS; Environmental Biology; Ympäristöbiologia; Miljöbiologi N1 - PP - ER -