Attempts to combine biometric and eddy‐covariance (EC) quantifications of carbon
allocation to different storage pools in forests have been inconsistent and variably …

The demand for renewable energy has raised a need for efficient mapping of forest fuel
resources in Denmark. Airborne laser scanning may provide a means for assessing local …

National forest inventories (NFI) provide estimates of forest resources at the national and
regional level but are also increasingly used as basis for mapping forest resources based on …

Forest management, including setting aside non-intervention forests, is currently debated as
a measure to efficiently mitigate climate change. Temperate, old-growth forests are rare and …

Self-thinning dynamics are often considered when managing stand density in forests and
are used to constrain forest growth models. However, self-thinning relationships are often …

Mapping forest aboveground biomass (AGB) using satellite data is an important task,
particularly for reporting of carbon stocks and changes under climate change legislation. It is …

The empirical evidence of decline in ecosystem services (ES) over the last century has
reinforced the call for ES quantification, monitoring and valuation. Usually, only provisioning …

The fraction of photosynthetically assimilated carbon that trees allocate to long-lasting
woody biomass pools (biomass production efficiency–BPE), is a key metric of the forest …

Chronosequences are commonly used to assess soil organic carbon (SOC) sequestration
after land‐use change, but SOC dynamics predicted by this space‐for‐time substitution …

Forests' potential to mitigate carbon emissions to the atmosphere is heavily debated and a
key question is if forests left unmanaged to store carbon in biomass and soil provide larger …