木質バイオマスを活用したCO<sub>2</sub>削減と地域経済効果

  • 中村 良平
    岡山大学大学院社会文化科学研究科· 経済学部
  • 中澤 純治
    高知大学教育研究部総合科学系地域協働教育学部門
  • 松本 明
    エックス都市研究所(株)コンサルティング· プランニング事業本部

書誌事項

タイトル別名
  • Regional Economic Effects of CO<sub>2</sub> Reduction Activities with Wood Biomass: Application and Extension of a Regional IO Model
  • 木質バイオマスを活用したCO₂削減と地域経済効果 : 地域産業連関モデルの構築と新たな適用
  • キシツ バイオマス オ カツヨウ シタ CO ₂ サクゲン ト チイキ ケイザイ コウカ : チイキ サンギョウ レンカン モデル ノ コウチク ト アラタ ナ テキヨウ
  • Regional Economic Effects of CO2 Reduction Activities with Wood Biomass: Application and Extension of a Regional IO Model
  • ——地域産業連関モデルの構築と新たな適用——

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抄録

In order to reduce greenhouse gas (GHG) emissions interest in green energy such as biomass, wind mills and solar electric generation is growing. In a regional economic context, numerous local municipalities in Japan are attempting to reduce CO2 emissions by making use of regional environmental resources such as wood (forest) , wind and sunlight (solar) . Some municipalities export as well as intraregional usage as an alternative of oil resources. These municipalities usually estimate how much CO2 can be reduced by their environmental activities. However, the economic impacts of such efforts are ambiguous.<br>Representative policies for correcting regional income disparities so far include income transfers, plant location as related to outside areas and public investment. These policies, however, depend on national policies. In this study, we focused on regional environmental resources, particularly wood biomass, and examined economic effects of the utilization of such regional environmental resources by applying an extended regional I-O analysis.<br>To do so, we first constructed two types of I-O tables at the prefecture level and city/town level by making use of survey methods to obtain import/export data. Next, we reconstructed regional I-O tables by focusing on wood biomass and CO2 credit service sectors to evaluate the economic effects of wood biomass and exporting credit. We defined economic effects of introducing renewable energy as three kinds: intraregional circulation effects as energy alternatives, export effects and supply cost effects. Transduction to biomass energy from oil induces changes in the structure of the input-output linkage. After conducting several simulations including changes in I-O structure, we found that the use of wood biomass contributes to an increase in regional per capita income if trading carbon offset credit is institutionalized. This effect is more significant at the city/town level than prefecture level.<br><br>JEL Classification: C67, Q57, R11, R15

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