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Japan <strong>Marine</strong> Science and Technology Center<br />

<strong>Research</strong> Achievements<br />

KNOT, Deep-sea Res. II, , -, -, .<br />

) Fujii, M.(Hokkaido Univ.), and Y. Yamanaka (FRSGC/<br />

Hokkaido Univ.), Effect of climate variability on the marine<br />

ecosystem and biogeochemical cycles, Kaiyo Monthly, , -<br />

, (In Japanese).<br />

) Fukuda, H., X. Guo (FRSGC/Ehime Univ.), and T. Yamagata<br />

(FRSGC/Univ. of Tokyo), A Numerical Model Study of<br />

Furiwakeshio, Umi no Kenkyu, , , - , (In<br />

Japanese).<br />

) Guo, L., N. Tanaka, D.M. Schell, and P.H. Santsch, Nitrogen<br />

and carbon isotopic composition of high-molecular-weight<br />

dissolved organic matter in marine environments, Mar. Ecol.<br />

Prog. Ser., , -, .<br />

) Guo, X. (FRSGC/Ehime Univ.), H. Hukuda, Y. Miyazawa, and<br />

T. Yamagata (FRSGC/ Univ. of Tokyo), A triply nested ocean<br />

model for simulating the Kuroshio - Roles of horizontal resolution<br />

on JEBAR-, J. Phys. Oceanogr., , , -, .<br />

) Hargreaves, J., and J. D. Annan, Assimilation of paleo-data in a<br />

simple Earth System model, Clim. Dyn. J., , -, .<br />

) Honda, M., and H. Nakamura (FRSGC/Univ. of Tokyo),<br />

Seasonal dependence of dominant variability in the wintertime<br />

Northern Hemisphere and its impacts on the surface weather,<br />

Gross Wetter, , - , (In Japanese).<br />

) Ikeda, M. (FRSGC/Hokkaido University), Approximated variational<br />

method for ocean data assimilation, J. Oceanogr., -<br />

, .<br />

) Ikeda, M. (FRSGC/Hokkaido University), J. Wang, and A. P.<br />

Makshtas, Importance of clouds to the decaying trends in the<br />

Arctic ice cover, J. Meteoro. Soc. Japan, , -, .<br />

) Ikeda, M. (FRSGC/Hokkaido Univ.), J. Wang, and A.P.<br />

Makshtas, Sea ice in the Arctic Ocean and global warming,<br />

Kaiyo Monthly, , , - , (In Japanese).<br />

) Ishijima, K.(Tohoku Univ.), M. Ishizawa, T. Nakazawa<br />

(FRSGC/Tohoku Univ.), and S. Aoki (Tohoku Univ.),<br />

Variations of atmospheric N O concentrations in the Pacific<br />

ocean and its implication for the global N O budget,<br />

Proceedings of the 13th Atmospheric Chemistry Symposium,<br />

- , (In Japanese).<br />

) Ishizawa, M., T. Nakazawa (FRSGC/Tohoku Univ.), and K.<br />

Higuchi (Meteorological Service of Canada), A Multi-box<br />

Model Study of the Role of the Biospheric Metabolism in the<br />

Recent Decline of O in Atmospheric CO , TELLUS, B,<br />

- , .<br />

) Iwasa, Y., Y. Abe (Univ. of Tokyo), and H. Tanaka (Naogya<br />

Univ.), Structure of the atmosphere in radiative-convective<br />

equilibrium, J. Atmos. Sci., , , -, .<br />

) Jameson, L., T. Waseda, and H. Mitsudera, Scale utilization<br />

and optimization from wavelet analysis for data assimilation:<br />

SUgOiWDAi, J. Atmos. Ocean. Tech., , , -, .<br />

) Jin, M., and J. Wang, Implementation of an ocean circulation<br />

model in the GOA, A transition from Sea to GEM Exxon<br />

Valdez Oil Spill Resoration Project Final Report (02603),<br />

Chugach Development Corporation, Anchorage, Alaska.<br />

) Kanaya, Y., and H. Akimoto, Direct measurements of HOx<br />

radicals in the marine boundary layer: Testing the current<br />

tropospheric chemistry mechanism, The Chemical Record, ,<br />

, -, .<br />

) Kanaya, Y., J. Matsumoto (Univ. of Tokyo), and H. Akimoto,<br />

Photochemical ozone production at a subtropical island of<br />

Okinawa, Japan: Implications from simultaneous observations<br />

of HO radical and NOx, J. Geophys. Res., , D, ACH-<br />

- ACH- (, doi:./ JD), .<br />

) Kanaya, Y., K. Nakamura, S. Kato, J. Matsumoto (Univ of<br />

Tokyo), H. Tanimoto (NIES), and H. Akimoto, Nighttime<br />

variations in HO radical mixing ratios at Rishiri Island<br />

observed with elevated monoterpene mixing ratios, Atmos.<br />

Environ., , , -, .<br />

) Kanaya, Y., Y. Yokouchi (NIES), J. Matsumoto, K. Nakamura,<br />

S. Kato (Univ. of Tokyo), H. Tanimoto (NIES), H. Furutani<br />

(Univ. of Tokyo), K. Toyota, and H. Akimoto, Implications of<br />

iodine chemistry for daytime HO levels at Rishiri Island,<br />

Geophys. Res. Lett., , , - - - (./GL),<br />

.<br />

) Karumuri, A., Z. Guan, and T. Yamagata (FRSGC/Univ. of<br />

Tokyo), A look at the relationship between the ENSO and The<br />

Indian Ocean Dipole, J. Meteoro. Soc. Japan, , , -,<br />

.<br />

) Kobashi, F., and H. Kawamura (Tohoku Univ.), Seasonal<br />

Variation and Instability Nature of the North Pacific Subtropical<br />

Countercurrent and the Hawaiian Lee Countercurrent,<br />

J. Geophys. Res., , C, - - - (, doi:./<br />

JC), .<br />

) Kurosaki, Y. (Tsukuba Univ), and F. Kimura (FRSGC/<br />

Tsukuba Univ.), Relationship between topography and daytime<br />

cloud activity around Tibetan Plateau, J. Meteoro. Soc. Japan,<br />

, , -, .<br />

) Lengaigne, M., J. P., Boulanger, C. Menkes, S. Masson, G.<br />

Madec, and P. Delecluse, Ocean response to the March <br />

westerly wind burst, J. Geophys. Res., , C, SFR--<br />

SFR- (, doi:./JC), .<br />

) Ma, X., and Y. Fukushima (<strong>Research</strong> Institute for Humanity<br />

and Nature), Numerical model of river flow formation from<br />

small to large scale river basin, Mathematical Models of Large<br />

Watershed Hydrology, -, .<br />

) Ma, X., and Y. Fukushima (<strong>Research</strong> Institute for Humanity<br />

and Nature), A numerical model of the river freezing process<br />

and its application to the Lena River, Hydrolog. Process., ,<br />

, -, .<br />

251

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