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gcb2476-sup-0001-f1-15-AA.pdfapplication/PDF8595KFigure S1. Proportion of broadleaves (a) and needleleaves (b) in the modelling framework. Figure S2. Maps of simulated GPP over Europe. Figure S3. Maps of simulated NPP over Europe. Figure S4. Maps of simulated HR over Europe. Figure S5. Maps of simulated NEP over Europe. Figure S6. Maps of simulated volume increment (Vinc) over Europe. Figure S7. Maps of simulated above-ground biomass (AGB) over Europe. Figure S8. Maps of simulated soil organic carbon (SOC, litter + soil carbon) over Europe. Figure S9. Maps of simulated average (a, b) and dominant (c, d) height over Europe. Figure S10. Maps of simulated average stand age over Europe. Figure S11. Disaggregated impact of changing climate, [CO2] and age structure on the NPP change between 1950 and 2000. Figure S12. Disaggregated impact of changing climate, [CO2] and age structure on the HR change between 1950 and 2000. Figure S13. Dominant factors explaining the changes in carbon fluxes of European forests change between 1950 and 2000. Figure S14. Carbon balance of European forests in the 1990s. Figure S15. Climate drivers.
gcb2476-sup-0002-f16-AA.pdfapplication/PDF891KFigure S16. Simulated age structure, wood harvest and volume increment for each European country (FMc_clim_co2 simulation).
gcb2476-sup-0003-Appendixes.docmsword/doc147KCarbon balance of European countries in the 1990s. List of abbreviations. Attribution of NPP (a) and HR (b) change between 1950 and 2000 to different factors.

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