article id 259,
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                            This study addresses the question of how much carbon will be sequestered  in wood products during the coming decades in Finland. Using sawnwood  and other wood material consumption data since the 1950s and inventory  data of carbon reservoirs of wood products in the Finnish construction  and civil engineering sector, we first derive estimates for the carbon  reservoirs in wood products-in-use in that sector. We then extend the  estimate to include all wood products-in-use. We find that the carbon  pool of wood products in the Finnish construction and civil engineering  sector grew by about 12% since an inventory for 2000, and that the  overall estimate for carbon reservoirs of Finnish wood products in 2004  was 26.6 million tons of carbon. In building the scenarios until 2050,  econometric time series models accounting for the relationship between  wood material consumption and the development of GDP were used. The  results indicate that the range of carbon reservoirs of wood products in  Finland will be 39.6–64.2 million tons of carbon in the year 2050. The  impacts of different forms of the decay function on the time-path of a  carbon sink and its value in wood products were also studied. When a  logistic decay pattern is used, the discounted value of the predicted  carbon sink of wood products in Finland is between EUR850 and EUR1380  million – at the price level of EUR15/CO2 ton – as opposed to 440–900 million euros, if a geometric decay pattern is used.
                        
                
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                            Laturi,
                            Finnish Forest Research Institute, Vantaa Research Unit, P.O. Box 18, FI-01301 Vantaa, Finland
                                                        E-mail:
                                                            jani.laturi@metla.fi
                                                                                          
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                            Mikkola,
                            Finnish Forest Research Institute, Vantaa Research Unit, P.O. Box 18, FI-01301 Vantaa, Finland
                                                        E-mail:
                                                            jm@nn.fi
                                                                                
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                            Uusivuori,
                            Finnish Forest Research Institute, Vantaa Research Unit, P.O. Box 18, FI-01301 Vantaa, Finland
                                                        E-mail:
                                                            ju@nn.fi