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CO2 Ocean Sequestration


I. Paper

a. Peer-reviewed paper


(1)Evaluation of effectiveness of the CO2 Ocean Sequestration

  1. M. Sorai and T. Ohsumi, Ocean uptake potential for carbon dioxide sequestration, Geochemical Journal, 2004/5, in press.
  2. 時松宏治, 徂徠正夫, 間木道政, 村井重夫, 大隅多加志, 茅陽一，CO2海洋隔離の経済的便益評価, エネルギー・資源, 2004/7, 第25巻, 第4号, 51-57, , in Japanese with English abstract.
  3. K. Tokimatsu, M. Sorai, Y. Kaya, M. Magi, S. Murai and T. Ohsumi，Evaluation of Benefits of CO2 Ocean Sequestration，7th International Conference on Greenhouse Gas Control Technologies, 2004/9/5, in press.

(2)Development of environmental assessment methodologies

  1. K. Lee, J. Kita and A. Ishimatsu, Effects of lethal levels of environmental hypercapnia on cardiovascular and blood-gas status in Yellowtail, Seriola quinqueradiata, Zoological Science, 2003/4, Vol. 20, 417-422.
  2. M. Hayashi, J. Kita and A. Ishimatsu, Acid-base responses to lethal aquatic hypercapnia in three marine fishes, Marine Biology, 2003/12, No.144, 153-160. in press.
  3. T. Kikkawa, J. Kita and A. Ishimatsu, Comparison of the lethal effect of CO2 and acidification on red sea bream (Pagrus major) during the early developmental stages, Marine Pollution Bulletin, 2004/1, No.48, 108-110. in press.
  4. T. Kikkawa, A. Ishimatsu and J. Kita，Acute CO2 Tolerance During the Early Developmental Stages of Four Marine Teleosts, Environ Toxicol, 2004/1, No.18, 375-382.
  5. T. Ohsumi, What is the Ocean Sequestration of Carbon Dioxide?, Journal of Oceanography, 2004/7, 693-694.
  6. J. Kita and T. Ohsumi, Perspectives on Biological Research for CO2 Ocean Sequestration, Journal of Oceanography, 2004/7, 695-703.
  7. A. Ishimatsu, T. Kikkawa, M. Hayashi, K. S. Lee and J. Kita, Effects of CO2 on Marine Fish: Larvae and Adults, Journal of Oceanography, 2004/7, 731-741.
  8. H. Kurihara, S. Shimode and Y. Shirayama, Sub-Lethal Effects of Elevated Concentration of CO2 on Planktonic Copepods and Sea Urchins, Journal of Oceanography, 2004/7, 743-750.
  9. A. Yamaguchi, Y. Watanabe, H. Ishida, T. Harimoto, K. Furusawa, S. Suzuki, J. Ishizaka, T. Ikeda and M. M. Takahashi, Latitudinal Differences in the Planktonic Biomass and Community Structure Down to the Greater Depths in the Western North Pacific, Journal of Oceanography, 2004/7, 773-787.
  10. S. Someya, S. Bando, Y. Song, B. Chen and M. Nishio, Laser-Dye Imaging of the pH Field in a Laboratory Experiment, Journal of Oceanography, 2004/7, 789-795.
  11. B.Chen, Y.Song, M.Nishio and M.Akai, A Eulerian-Eulerian Physical -Biological Impact Model of Zooplankton Injury Due to CO2 Ocean Sequestration, Journal of Oceanography, 2004/7, 797-805.
  12. T. Sato, Numerical Simulation of Biological Impact Caused by Direct Injection of Carbon Dioxide in the Ocean, Journal of Oceanography, 2004/7, 807-816.
  13. M. Hayashi, J. Kita and A. Ishimatsu, Comparison of the acid-base responses to CO2 and acidification in Japanese flounder (Paralichthys olivaceus), Marine Polution Bulletin, 2004/7, in press.
  14. J. Kita and T. Ohsumi, Biological impact assessment of CO2 ocean sequestration, 7th International Conference on Greenhouse Gas Control Technologies, 2004/9/5, in press.

(3)Development of CO2 dilution technologies

  1. T. Sato, and K. Sato, Numerical Prediction of Dilution Process and Biological Impacts in CO2 Ocean Sequestration, Journal of Marine Science and Technology, 2002/06, 169-180.
  2. Y. Song, M. Nishio, B. Chen, S. Someya, T. Uchida and M. Akai, Measurement on Density of CO2 Solution by Mach-zehnder Interferometry, Annals of the New York Academy of Science, 2002/10,vol.972,206-212.
  3. B.Chen, M.Nishio, Y.Song, S.Someya and M.Akai, Numerical Visualization of Two-phase Plume Formation in stratification Flow Environment, New York Academy of Science, 2002/10,vol.972,285-291.
  4. B. Chen, Y. Song, M. Nshio and S. Someya, Numerical Simulation of the Inner Structure of Two-phase Plume Formed in a Stratification Environment, Journal of Visualization, 2003/2, Vol.6, No.1, 9-20.
  5. Y. Song, M. Nishio, B. Chen, S. Someya and T. Ohsumi, Measurement on CO2 Solution Density by Optical Technology, Journal of Visualization, 2003/02, Vol.6, No.1,41-51.
  6. Y. Masuda, Y. Yamanaka, T. Hashioka, M. Magi, S. Murai and T. Ohsumi, A lagrangian method combined with high resolution ocean general circulation model to evaluate CO2 ocean sequestration，7th International Conference on Greenhouse Gas Control Technologies，2004/9/5, in press.
  7. J. Minamiura and M. Ozaki, CO2 Release in Deep Ocean by Moving Ship, 7th International Conference on Greenhouse Gas Control Technologies, 2004/9/5, in press.

b. Other Publications


(1)Evaluation of effectiveness of the CO2 Ocean Sequestration

  1. 村井重夫, 「CO2固定化・削減・有効利用の最新技術−地球温暖化対策関連技術−」, 2004/9,12-23, in Japanese.

(2)Development of environmental assessment methodologies

  1. 石松惇, 吉川貴志, 林正治, 喜田潤,海水環境：高二酸化炭素の影響, 日本海水学会誌, 2003/05, 第57巻第4号, 285-288, in Japanese.

(3)Development of CO2 dilution technologies

  1. S. Murai and T. Ohsumi, International Field Experiment on Ocean Carbon Sequestration, Environmental Science & Technology, (letter), 2002/11, 399A
  2. B. Chen, Y. Song, M. Nishio and M. Akai, Large-eddy Simulation on Double-plume Formation Induced by CO2 Dissolution in the Ocean, Tellus，2003/02, 55B, 723-730.
  3. 尾崎雅彦, 深海への溶解希釈によるCO2海洋隔離の可能性　シリーズ「深海からの恵み」（第５回）, 日本深海技術協会会報, 2004/7, 2004/3号（通巻42号）,4-9, in Japanese.


II. Conference


(1)Evaluation of effectiveness of the CO2 Ocean Sequestration

  1. S. Murai, T. Ohsumi, F. Nishibori and M. Ozaki, The Second Phase of Japanese R&D Program for CO2 Ocean Sequestration, Sixth international conference on greenhouse gas control technologies, 2002/10/01.
  2. T. Ohsumi, Ocean storage including costs and risks, The IPCC Workshop on Carbon Capture and Storage, 2002/11/19（招待）.
  3. T. Ohsumi, What is the CO2 Ocean Sequestration?, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」, 2003/11/10.
  4. 間木道政, 下島公紀, 今村正裕, 小池祐一, 喜田潤, 三戸彩絵子, 大隅多加志, 熱帯海域における人為起源気体物質の挙動とそのモデル化の検討，ブルーアースシンポジウム（第7回「みらいシンポジウム」），2004/1/16, in Japanese.
  5. 村井重夫，炭酸ガス隔離における最近の研究動向(地中貯留と海洋隔離），資源・素材学会関西支部総会及び講演会，2004/5/31, in Japanese.
  6. K. Tokimatsu, M. Sorai, Y. Kaya, M. Magi, S. Murai and T. Ohsumi，Evaluation of Benefits of CO2 Ocean Sequestration，7th International Conference on Greenhouse Gas Control Technologies, 2004/9/5.

(2)Development of environmental assessment methodologies

  1. 吉川貴志, 喜田潤, 石松惇, 海産魚類に及ぼす二酸化炭素と酸性水の影響比較−卵・仔魚における致死影響−， 平成14年度日本水産学会大会，2002/04/02, in Japanese.
  2. 林正裕,喜田潤,石松惇, 海産魚類に及ぼす二酸化炭素と酸性水の影響比較−成魚における酸塩基平衡動態−, 平成１４年度日本水産学会大会, 2002/04/02, in Japanese.
  3. 村井重夫, CO2海洋隔離技術の開発, 第22回石橋正義先生記念講演会, 2002/04/27（招待）, in Japanese.
  4. J. Kita, A. Ishimastu, T. Kikkawa and M. Hayashi, Effects of CO2 on Marine Fish, Sixth international conference on greenhouse gas control technologies, 2002/10/02 (poster).
  5. 村田恭一, 石松惇, 喜田潤, 二酸化炭素がオーストラリアイセエビに与える影響, 平成１５年度日本水産学会大会,2003/04/02, in Japanese.
  6. J. Kita and T. Ohsumi, Perspectives on Biological Research for CO2 Ocean Sequestration, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」, 2003/11/10.
  7. A. Ishimatsu, T. Kikkawa, M. Hayashi and J. Kita, Effects of CO2 on Marine Fish: Larvae and Adults, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」, 2003/11/10.
  8. T. Kikkawa, J. Kita and A. Ishimatsu, Difference in lethal effects of steady and unsteady CO2 exposure on marine organisms, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」, 2003/11/10.
  9. K. Murata, A. Ishimatsu, J. Kita, Acid-base regulation of the lobster, Panulirus cygnus, during hypercapnia, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」, 2003/11/10, (poster).
  10. S. Mito, J. Kita and T. Ohsumi, Preliminary Analysis of δ13C and δ15N for determining the food web structure of deep-sea in the western North Pacific, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」,2003/11/10 (poster).
  11. E. Kumagai, K. S. Lee, K. Yokouchi, A. Ishimatsu and J. Kita, Acid-base responses of an octopus (Octopus vulgaris) to hypercapnia, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」, 2003/11/10 (poster).
  12. J. Kita, S. Mito, T. Ohsumi, Possible use of stable isotopes for determining alteration of deep-sea ecosystem induced by a high-CO2 world, The Ocean in a High CO2 World /An International Science Symposium, 2004/5/10.
  13. A. Ishimastu and J. Kita, Chemical and biological effects on fishes in a high -CO2 world, The Ocean in a High CO2 World /An International Science Symposium, 2004/5/10.
  14. J. Kita and T. Ohsumi, Biological impact assessment of CO2 ocean sequestration, 7th International Conference on Greenhouse Gas Control Technologies, 2004/9/5.
  15. S. Mito, J. Kita and T. Ohsumi，Study of the food web structure for the biological impact assessment of carbon dioxide ocean sequestration，7th International Conference on Greenhouse Gas Control Technologies, 2004/9/5, (poster).
  16. A. Ishimatsu, M. Haysshi, K. Lee, K. Murata, E. Kumagai, T. Kikkawa and J. Kita, Acute physiological impacts of CO2 ocean sequestration on marine animals, 7th International Conference on Greenhouse Gas Control Technologies, 2004/9/5.
  17. 栗原晴子, 海水のCO2環境変化が海洋生態系にもたらす影響, 日本ベントスプランクトン学会合同大会, 2004/9/24, in Japanese.
  18. H. Kurihara, J. Kita, A. Ishimatsu and Y. Shirayama, Research on the marine ecosystem in a High-CO2 world, 日本海洋学会秋季大会, 2004/9/27.

(3)Development of CO2 dilution technologies

  1. M. Nishio, Y. Song and B. Chen, An experimental study on clathrate hydrate precipitation from CO2 Solution, Fourth Int. Conf. on Gas Hydrate, 2002/05/19.
  2. 宋永臣, 西尾匡弘, 陳白欣, 大隅多加志, 染矢聡, CO2-海水系自然対流におけるGr数及びSh-Ra関数の実験式, 日本化学工学会第35回秋季大会, 2002/09/18, in Japanese.
  3. B. Chen, Y. Song and M. Nshio, A Hybrid Numerical Model of LCO2 and CO2 Enriched Seawater Dynamics in the Ocean Induced by Moving-Ship Releasing, Sixth international conference on greenhouse gas control technologies, 2002/10/01.
  4. E. Adams, N. Nakashiki, B. Chen, T. Sato and G. Alendal, Plume Experiments and Modeling, Sixth International Conference on Greenhouse Gas Control Technologies, 2002/10/01.
  5. M. Nishio, Y. Song, B. Chen, An experimental study on clathrate hydrate precipitation from CO2 Solution, Sixth International Conference on Greenhouse Gas Control Technologies, 2002/10/1.
  6. M. Nishio, B. Chen and Y. Song, Measurement of CO2 Solution Density Under Deep Ocean and Underground Conditions, Sixth international conference on greenhouse gas control technologies, 2002/10/02 (poster).
  7. 宋永臣, 西尾匡弘, 陳白欣, 大隅多加志, 染矢聡, Sh-Ra相関式による高圧低温海水中でのCO2溶解度の推算, 日本化学工学会第68年会,2003/3/23, in Japanese.
  8. B. Chen, Y. Song, M. Nishio and M. Akai, An Eulerian Biological Impact Model of Floating Marine Organisms on CO2 Ocean Sequestration, RITE国際ワークショップ「二酸化炭素の海洋隔離技術に関する生物影響研究の進展」, 2003/11/10, in Japanese.
  9. Y. Masuda, Y. Yamanaka, T. Hashioka, M. Magi, S. Murai and T. Ohsumi, A lagrangian method combined with high resolution ocean general circulation model to evaluate CO2 ocean sequestration，7th International Conference on Greenhouse Gas Control Technologies，2004/9/5.
  10. 増田良帆, 間木道政, 山中康裕, 橋岡豪人, CO2海洋隔離の海洋大循環モデルによるシミュレーション, 日本海洋学会秋季大会, 2004/9/26, in Japanese.

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