Why Biodiversity and Sustainable Forest Management Are Key to Climate Resilience

Policy Shift Demanded on Biomass Energy

Forest biomass burning should no longer count toward renewable energy targets under European policy, according to a recent study cited by forestsnews.org. Ewa Hermanowicz, Senior Regional Communications Manager, Europe, on behalf of FSC International, reported that current government rules across Europe continue to favor burning wood for electricity and heat, a practice that reduces carbon sinks and increases greenhouse gas emissions.

The Hidden Carbon Cost of Wood Burning

Trees absorb carbon dioxide as they grow, storing carbon in their wood, leaves, and roots. However, burning that wood releases the stored carbon back into the atmosphere, undermining emission reduction efforts. Plantations of fast-growing trees further diminish the capacity of forests to act as carbon sinks, whereas reducing forest loss remains one of the most effective ways to lower greenhouse gas emissions, according to Intergovernmental Panel on Climate Change data cited by forestsnews.org.

Vulnerability in Monoculture Plantations

European natural forests have historically been replaced with homogeneous, fast-growing timber species. This shift has left planted forests highly vulnerable to drought, beetle kills, fire, and windthrow, as outlined in a recent study published in GCB Bioenergy. Native and naturalized forests remain cooler, wetter, and more carbon-dense than planted monocultures, providing necessary ecological infrastructure to protect communities from climate impacts.

Resilience Through Certified Stewardship

Fsc-certified forests operate under national stewardship standards that mandate protecting High Conservation Value areas and dedicating at least 10 percent of certified forest land primarily to conservation. Studies like the SUPERB project show that diverse forests with varied tree species, age structures, and genetic traits exhibit greater resilience to climate shocks.

Sustainable Timber in Construction

Using sustainable timber as a substitute for conventional building materials offers significant climate benefits. Wood-based construction materials emit fewer greenhouse gases during production than concrete and steel while storing carbon for decades, according to data from the International Institute for Applied Systems Analysis. If wood replaced half of all anticipated new buildings by 2050, emissions could drop by 70 percent.

Researchers Urge Policymakers to Reduce Wood Burning Subsidies

Researchers urge policymakers to reduce subsidies for wood burning and refocus forest management on biodiversity and carbon sequestration.