Limits to growth of forest biomass carbon sink under climate change

Kai Zhu (), Jian Zhang, Shuli Niu, Chengjin Chu and Yiqi Luo
Additional contact information
Kai Zhu: University of California
Jian Zhang: East China Normal University
Shuli Niu: Chinese Academy of Sciences
Chengjin Chu: Sun Yat-sen University
Yiqi Luo: Northern Arizona University

Nature Communications, 2018, vol. 9, issue 1, 1-8

Abstract: Abstract Widely recognized as a significant carbon sink, North American forests have experienced a history of recovery and are facing an uncertain future. This growing carbon sink is dictated by recovery from land-use change, with growth trajectory modified by environmental change. To address both processes, we compiled a forest inventory dataset from North America to quantify aboveground biomass growth with stand age across forest types and climate gradients. Here we show, the biomass grows from 90 Mg ha–1 (2000–2016) to 105 Mg ha–1 (2020 s), 128 Mg ha–1 (2050 s), and 146 Mg ha–1 (2080 s) under climate change scenarios with no further disturbances. Climate change modifies the forest recovery trajectory to some extent, but the overall growth is limited, showing signs of biomass saturation. The future (2080s) biomass will only sequester at most 22% more carbon than the current level. Given such a strong sink has limited growth potential, our ground-based analysis suggests policy changes to sustain the carbon sink.

Date: 2018
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DOI: 10.1038/s41467-018-05132-5

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