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Recognizing the importance of unmanaged forests to mitigate climate change
Global Change Biology Bioenergy ( IF 5.9 ) Pub Date : 2020-05-27 , DOI: 10.1111/gcbb.12714 Zoltán Kun 1 , Dominick DellaSala 2 , Heather Keith 3 , Cyril Kormos 4 , Bernard Mercer 5 , William R. Moomaw 6 , Michal Wiezik 7
Global Change Biology Bioenergy ( IF 5.9 ) Pub Date : 2020-05-27 , DOI: 10.1111/gcbb.12714 Zoltán Kun 1 , Dominick DellaSala 2 , Heather Keith 3 , Cyril Kormos 4 , Bernard Mercer 5 , William R. Moomaw 6 , Michal Wiezik 7
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The carbon stock in Europe's forests is decreasing and the importance of protecting ‘unmanaged’ forests must be recognised in reversing this process. In order to keep carbon out of the atmosphere and to meet the Paris Agreement goals, the remaining primary forests must be protected and secondary forests should be allowed to continue growing to preserve existing carbon stocks and accumulate additional stocks. Scientific evidence suggests that ‘unmanaged’ forests have higher total biomass carbon stock than secondary forests being actively managed for commodity production or recently abandoned.
中文翻译：
认识到未经管理的森林对缓解气候变化的重要性
欧洲森林的碳储量正在减少，在逆转这一过程中必须认识到保护“未管理”森林的重要性。为了将碳保持在大气之外并达到《巴黎协定》的目标，必须保护剩余的原始森林，并应允许次生森林继续生长，以保存现有的碳储量并积累更多的储量。科学证据表明，“未管理”森林的总生物量碳储量高于为商品生产而积极管理或最近被废弃的次生森林。
更新日期：2020-05-27
中文翻译：
认识到未经管理的森林对缓解气候变化的重要性
欧洲森林的碳储量正在减少，在逆转这一过程中必须认识到保护“未管理”森林的重要性。为了将碳保持在大气之外并达到《巴黎协定》的目标，必须保护剩余的原始森林，并应允许次生森林继续生长，以保存现有的碳储量并积累更多的储量。科学证据表明，“未管理”森林的总生物量碳储量高于为商品生产而积极管理或最近被废弃的次生森林。
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