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Forest carbon changes of the United States in response to impacts of disturbances, succession, climate variability and atmospheric chemistryAuthor(s): Yude Pan; Richard Birdsey; Jing Chen; kevin McCullough
Source: In: Proceedings of the International Conference of IUFRO-8.01.02 Landscape Ecology: 136-137.
Publication Series: Other
Station: Northern Research Station
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DescriptionU.S. forests and forest products currently offset about 20% of the nation's fossil fuel emissions. Two of the most significant recent scientific findings cast doubt on the sustainability of this offset. First, there are clear indications that the strength of the U.S. forest carbon offset is weakening due to increasing forest age, climate variability, and increasing natural disturbances. Second, climate change is expected to further increase frequencies of natural disturbances in forest ecosystems, consequently influencing forest carbon pools in a significant way.
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CitationPan, Yude; Birdsey, Richard; Chen, Jing; McCullough, kevin. 2008. Forest carbon changes of the United States in response to impacts of disturbances, succession, climate variability and atmospheric chemistry. In: Proceedings of the International Conference of IUFRO-8.01.02 Landscape Ecology: 136-137.
- Utilizing Forest Inventory and Analysis Data, Remote Sensing, and Ecosystem Models for National Forest System Carbon Assessments
- Carbon uptake and forest management under uncertainty:Why natural disturbance matters
- The future of the U.S. forest carbon sink
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