4.6 Article

Effects of Wood Product Utilization on Climate Change Mitigation in South Korea

Journal

SUSTAINABILITY
Volume 13, Issue 12, Pages -

Publisher

MDPI
DOI: 10.3390/su13126737

Keywords

harvested wood products; carbon inventory; climate change mitigation; carbon accounting method

Funding

  1. R&D Program for Forest Science Technology by Korea Forest Science (Korea Forestry Promotion Institute) [2020233A00-2021-0001]
  2. 'BK21 FOUR Program' of the Agriculture-Forestry Bioresource Convergence (ABS) Center, Korea

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Many countries, including South Korea, have decided to suspend the inclusion of harvested wood products in their Nationally Determined Contributions. The accuracy of carbon accounting and conformity with policy direction are crucial when including harvested wood products in national greenhouse gases inventory. The study compared Tier 2 and Tier 3 accounting methods for carbon storage, revealing significant differences and the possibility of overestimating carbon storage using Tier 2 method in net timber-importing countries like South Korea.
Many countries, including South Korea, decided to suspend the inclusion of harvested wood products in their Nationally Determined Contributions, as part of the carbon inventory, in 2016. The inclusion of harvested wood products in the national greenhouse gases inventory must ensure the accuracy of carbon accounting and its conformity with the policy direction. The method used for harvested wood product carbon accounting can influence the accuracy of carbon account value, as well as policy direction based on greenhouse gas accounting. This research evaluated the utilization of domestic wood resources in South Korea in terms of carbon storage impacts from the perspective of the cascading use of wood products. The study also compared the two accounting methods (Tier 2 and Tier 3) of carbon storage for the period from 1970 to 2080, assuming the current pattern of wood resource utilization for the next sixty years. The results show that the current utilization of domestic wood resources is inefficient in terms of climate change mitigation. The analysis shows that there is a significant difference between the Tier 2 and Tier 3 methods in carbon storage effects, and the amount of harvested wood products carbon stock calculated by the Tier 2 method was found to be approximately double that of Tier 3. This result implies that there is a possibility of overestimating the carbon storage of harvested wood products when using the Tier 2 method in the case of net timber-importing countries, such as South Korea. The study can provide guidance for designing timber resource management from the perspective of the cascading use of wood products in order to contribute to sustainable development goals, including climate change mitigation.

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