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Selected Publication:

Kruhlov, I; Thom, D; Chaskovskyy, O; Keeton, WS; Scheller, RM.
(2018): Future forest landscapes of the Carpathians: vegetation and carbon dynamics under climate change
REG ENVIRON CHANGE. 2018; 18(5): 1555-1567. FullText FullText_BOKU

Climate change will alter forest ecosystems and their provisioning of services. Forests in the Carpathian Mountains store high amounts of carbon and provide livelihoods to local people; however, no study has yet assessed their future long-term dynamics under climate change. Therefore, we selected a representative area of 1340 km(2) to investigate the effects of changing climate and disturbance regimes on (i) the spatial dynamics of the dominant tree species and forest types and (ii) the trajectories of the associated aboveground live carbon (ALC). We simulated 500 years of change under four Representative Concentration Pathway (RCP) scenarios, incorporating wind and bark beetle disturbances using the LANDIS-II forest change model. Our simulations revealed a lagged adaptation of the forest landscape to climate change. While Picea abies dominance declined in all scenarios, Carpinus betulus expanded at low elevations and Acer pseudoplatanus at mid-elevations. We also found a slow but continuous expansion of Quercus petraea and Q. robur at low elevations and of Fagus sylvatica at mid and high elevations. This change in species composition was accompanied by a significant reduction of ALC: on average over the simulation period, unmitigated climate change reduced ALC between - 2.1% (RCP2.6) and - 14.0% (RCP8.5), while disturbances caused an additional reduction of ALC between - 4.5% (RCP2.6) and - 6.6% (RCP8.5). Therefore, foresighted management strategies are needed to facilitate vegetation adaptation to climate change, with the goal of stabilizing carbon storage and maintaining economic value of future Carpathian forests.
Authors BOKU Wien:
Thom Dominik
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Find related publications in this database (Keywords)
Carpathian Mountains
Forest landscape
Climate change
Forest disturbance
Aboveground carbon
LANDIS-II landscape change model

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