Yokose Research Group	�ｿｽ@	Kumamoto University
	This page is maintained by Dr. Yokose (right photograph). I know that you are looking for references of your work using the Google search engine and hit this page. I hope you will find useful information from here. But it should be noted that the characters are used only alphabets and Japanese. So some articles are not expressed precisely. Other than that, if you find a mistake (I think that there are many mistakes, sorry), please inform me ([email protected]).	Categorized by name of the first Author	Last modified: Oct. 12, 2007
	References for our works (N)
	Author (s)	year	title	Journal (In �ｿｽc.(Editors), name of book)	volume (publisher, location)	page
	Nureki, T.,	1979,	On the pre-Ryoke basement rocks (In Japanese, with English abstract):	In �ｿｽ�ｿｽ�ｿｽ{�ｿｽ�島の奇ｿｽﾕ・�ｿｽ�ｿｽ�ｿｽ[�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽL�ｿｽO�ｿｽ_�ｿｽ�ｿｽ�ｿｽW		183-199.
	Nureki, T.,	1957,	Genesis of some basic inclusions and granitic "pseudo-xenoliths" found in the Okami plutonic complex, Shimane Prefecture (In Japanese, with English abstract):	J.geol. Soc. Japan,	63,	35-47.
	Nureki, T. and Murakami, N.,	1979,	A general survey of xenoliths found in the Cenozoic volcanic rocks in West Japan (In Japanese, with English abstract):	�ｿｽ�ｿｽ�ｿｽ{�ｿｽ�島の奇ｿｽ�ｿｽ	�ｿｽ�ｿｽ�ｿｽ[�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽL�ｿｽO�ｿｽ_�ｿｽ�ｿｽ�ｿｽW	217-232.
	Notsu, K., Onuma, N., Nishida, N.,	1978,	High temperature heating of the allende meteorite.	Geochim. Cosmochim. Act.,	42,	903-907.
	Notsu, K., Ono, K. and Soya, T.,	1987,	Strontium isotopic relations of bimodal volcanic rocks at Kikai volcano in the Ryukyu arc, Japan	Geology,	15,	345-348.
	Notsu, K., Mabuchi, H., Yoshioka, O. and Ozima, M.,	1973,	147Sm-143Nd dating of a Roberts Victor eclogits:	Geochem. J.,	7,	51-54.
	Notsu, K., Lopez-Escoban, L. and Onuma, N.,	1987,	Along-arc vasriation of Sr-isotope composition in volcanic rocks from the Southern Andes (33�ｿｽS-55�ｿｽS):	Geochem. J.,	21,	307-313.
	Notsu, K., Kita, I. and Yamaguchi, T.,	1985,	Mantle contamination under Akagi volcano, Japan, as inferred from combined Sr-O isotope relationships:	Geophys. Res. Lett.,	12,	365-368.
	Notsu, K., Isshiki, N. and Hirano, M.,	1983,	comprehensive strontium isotope study of Quaternnary volcanic rocks from the Izu-Ogasawara arc:	Geochem. J.,	17,	289-302.
	Notsu, K., Aramaki, S., Oshima, O. and Kobayashi, Y.,	19XX,	�ｿｽX�ｿｽg�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ`�ｿｽE�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽﾊ体デ�ｿｽ[�ｿｽ^�ｿｽ�ｿｽ�ｿｽ�ｿｽﾝゑｿｽ�ｿｽt�ｿｽB�ｿｽ�ｿｽ�ｿｽs�ｿｽ�ｿｽ�ｿｽC�ｿｽv�ｿｽ�ｿｽ�ｿｽ[�ｿｽg�ｿｽﾌ抵ｿｽ�ｿｽﾝ搾ｿｽ�ｿｽﾝ：	�ｿｽu�ｿｽ�ｿｽ�ｿｽv�ｿｽ|		91
	Notsu, K., Aramaki, S., Oshima, O. and Kobayashi, Y.,	1987,	Two overlapping plates subducting beneath central Japan as revealed by strontium isotope data:	J. Volcanol. Geotherm. Res.,	32,	195-207.
	Notsu, K., Arakawa, Y., Nakano, S. and Yamasaki, M.,	1989,	Lateral variation in 87Sr/86Sr ratios of volcanic rocks from central Japan:	Geochem. J.,	23,	45-55.
	Notsu, K., Arakawa, Y., Nakano, S. and Yamasaki, M.,	1989,	Lateral variation in 87Sr/86Sr ratios of volcanic rocks from central Japan:	Geochem. J.,	23,	45-55.
	Notsu, K., Arakawa, Y., Kobayashi, T.,	1990,	Strontium isotopic characteristics of arc volcanic rocks at the initial stage of subduction in western Japan:	J. Volcanol.Geother.Res.,	40,	181-196.
	Notsu, K., Arakawa, Y., Kobayashi, T.,	1990,	Strontium isotopic characteristics of arc volcanic rocks at trhe initial stage of subduction in western, Japan.	Jour. Volcanol. Geother. Res.,	40,	181-196.
	Notsu, K.,	1990,	�ｿｽ}�ｿｽO�ｿｽ}�ｿｽﾌ起�ｿｽ�ｿｽ�ｿｽF�ｿｽn�ｿｽ�ｿｽ�ｿｽﾈ学�ｿｽI�ｿｽA�ｿｽv�ｿｽ�ｿｽ�ｿｽ[�ｿｽ`�ｿｽ@2�ｿｽF	�ｿｽﾎ山�ｿｽC	34�ｿｽC	S39-S50.
	Notsu, K.,	1985,	�ｿｽn�ｿｽk�ｿｽE�ｿｽ}�ｿｽ�ｿｽ�ｿｽg�ｿｽ�ｿｽ�ｿｽﾌ地�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽw�ｿｽF	�ｿｽn�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽw�ｿｽC	19,	71�ｿｽ]84.
	Notsu, K.,	1983,	Strontium isotope composition in volcanic rocks from the Northeast Japan arc:	J. Volcanol. Geotherm. Res.,	18,	531-548.
	Notsu, K.,	1983,	�ｿｽT�ｿｽu�ｿｽ_�ｿｽN�ｿｽV�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ]�ｿｽ[�ｿｽ�ｿｽ�ｿｽﾌ難ｿｽ�ｿｽﾊ対費ｿｽ}�ｿｽb�ｿｽs�ｿｽ�ｿｽ�ｿｽO�ｿｽF	�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽn�ｿｽ�ｿｽ�ｿｽC	5�ｿｽC	492-496�ｿｽD
	Notsu, K. and Mabuchi, H.,	1975,	The samarium- neodymium chronology of chondrites:	Geochem. J.,	9,	97-106.
	Nostu, K., Arakawa, Y. and Kobayashi, T.,	??	Spatial distribution of 87Sr/86Sr ratios in volcanic rocks from the Ryukyu and Southwest Japan arcs:	?	?	103-106.
	Norrish, K., Chappell, B.W.,		X-ray flourescence spectrometry.			201-
	Normark, W.R., Wilde, P., Campbell, J.F., Chase, T.E., and Tsutsui, B.,	1993,	Submarine slope failures initiated by Hurricane Iwa, Kahe point, Oahu, Hawaii.	In Submarine landslides: selected studies in the U. WS. Exclusive Economic Zone, edited by Schwab, W.C., Lee, H.J., and Twichell, D.C.,	2002,	197-204.
	Normark, W.R., Moore, J.G., and Torresan, M.E.,	1993,	Giant volcano-related landslides and the development of the Hawaiian Islands.	U.S.Geol. Surv. Bull.,	2002,	184-196.
	Normark, W.R., McGann, M., and Sliter, R.,	2004,	Age of Palos Verdes submarine debris avalanche, southern California.	Marine geol.,	203,	247-259.
	Normark, W.R.,	1978,	Fan valleyes, channels,and depositional lobes on modern submarine fans: characters for recognition of sandy turbidite environments.	Amer. Assoc. Petrol. Geol. Bull.,	62,	912-931.
	Norman, M.D. and Garcia, M.O.,	1999,	Primitive magmas and source characteristics of the Hawaiian plume petrology and geochemistry of shield picrites:	Earth Planet.Sci.Lett.,	168,	27-44.
	Norini, G., Groppelli, G., Capra, L., De Beni, E.,	2004,	Morphological analysis of Nevado de Toluca volcano (Mexico): new insights into the structure and evolution of an andesitic to dacitic stratovolcano.	Geomorphology,	62,	47-61.
	Nono, A., Déruell, B., Demaiffe, D. and Kambou, R.,�ｿｽ@	1994,	Tchabal Naganha volcano in Adamawa (Cameroon): petrology of a continental alkaline lava series:	J. Volcanol. Geotherm. Res.,	60,	147-178.
	Nohda, S., Tatsumi, S., Otofuji, Y., Matsuda, T. and Ishizaka, K.,	1988,	Asthnospheric injection and back-arc opening: isotopic evidence from northeast Japan:	Chem. Geol.,	68,	317-327.
	Nohda, S., Chen, H. and Tatsumi, Y.,	1991,	Geochemical stratification in theupper mantle beneath NE China:	Geophys. Res. Lett.,	18,	97-100.
	Nohda, S.,	19XX,	�ｿｽl�ｿｽI�ｿｽW�ｿｽE�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽﾊ対費ｿｽﾆマ�ｿｽ�ｿｽ�ｿｽg�ｿｽ�ｿｽ�ｿｽE�ｿｽn�ｿｽk�ｿｽﾌ進�ｿｽ�ｿｽ�ｿｽF	?		81-98.
	Nohda, S.,	1999,	Precise isotopic measurements of lead by fused silica-gel:	Geochem. J.,	33,	133-139.
	Nohda, S.,	1984,	Classification of island arcs by Nd-Sr isotopic data:	Geochem. J.,	18,	1-9.
	Nohda, S. and Wasserburg, G.J.,	1986,	Trends of Sr and Nd isotopes through time near the Japan Sea in northeastern Japan:	Earth Planet. Sci. Lett.,	78,	157-167.
	Nohda, S. and Wasserburg, G.J.,	1986,	Trends of Sr and Nd isotopes through time near the Japan Sea in northeastern Japan:	Earth Planet. Sci. Lett.,	78,	157-167.
	Nohda, S. and Wasserburg, G.J.,	1981,	Nd and Sr isotopic study of volcanic rocks from Japan:	Earth Planet. Sci. Lett.,	52,	264-276.
	Nohda, S. and Tatsumi, Y.,	1986,	What happened in the mantle wedge during the Japan Sea opening:	J. Geomag. Geoelectr.,	38,	545-550.
	Noguchi, s., Toramaru, A., and Shimano, T.,	2005,	Crystallization of microlites and degassing during magma ascent: constraints on the fluid mechanical behavior of magma during the Tenjo eruption on Kozu Island, Japan.	Bull. Volcanol.	(in press)
	Noble, D.C., Rigot, W.L. and Bowman, H.R.,	1979,	Rare-earth-element content of some high differentiated ash-flow tuffs and lavas:	Geol. Soc. Am. Spec. Pap.,	180,	77-85.
	Nixon, P.H., Neal, C.R.,	1987,	24 Ontong Java plateau: deep-seated xenoliths from thick oceanic lithosphere.	in Mantle Xenoliths, P.H. Nixon (Ed),	Jhon Wiley and Sons Ltd
	Nixon, P.H.,	1987,	17 Kimberlitic xenoliths and their cratonic setting.	in Mantle Xenoliths, P.H. Nixon (Ed),	Jhon Wiley and Sons Ltd
	Nixon, P.H.,	1987,	The pacific plate and adjoining regions:	In:P.H. Nixon (edited) , Mantle Xenoliths,	John Wiley and Sons Ltd,	295-301.
	Nixon, G.T. and Jhonston A.D.,	1997,	Nature and origin of primitive magmas at subduction zones; preface:	Can. Miner.,	35,	253-256,
	Nixon (Ed), P.H.	1987,	references	in Mantle Xenoliths, P.H. Nixon (Ed),	Jhon Wiley and Sons Ltd	765-
	Niu, Y. and Batiza, R.,	1997,	Trace element evidence from seamounts for recycled oceanic crust in the Eastern Pacific mantle:	Earth Planet. Sci. Lett.,	148,	471-483.
	Nishimura, Y.,	1979,	Metamorphic rocks of 300~400 m.y. ages found in the Inner Zone of Southwest Japan (In Japanese, with English abstract):	In �ｿｽ�ｿｽ�ｿｽ{�ｿｽ�島の奇ｿｽﾕ・�ｿｽ�ｿｽ�ｿｽ[�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽL�ｿｽO�ｿｽ_�ｿｽ�ｿｽ�ｿｽW		201-216�ｿｽD
	Nishimura, S., Ando, M. and Miyazaki, S.,	1999,	Inter\plate coupling along the Nankai Trough and southeastward motion along southern part of Kyushu (In Japanese, with English abstract):	�ｿｽn�ｿｽk�ｿｽC	51,	443-456.
	Nishimura, K., Yanagi, T.,	2000,	In situ crystallization observed in the Osumi granodiorite batholith.	Earth Planet. Sci. Lett.,	180,	185-199.
	Nishiizumi, K., Kohl, C. P., Arnold, J. R., Klein, J., Fink, D. and Middleton, R.,	1991,	Cosmic ray produced 10Be and 26Al in Antarctic rocks: Exposure and erosion history:	Earth Planet. Sci. Lett.,	104,	440-454.
	Nisbet, E.G., and Piper, D.J.W.,	1998,	Giant submarine landslides.	Nature,	392,	329-330.
	Ninomiya, A. and Arai, S.,	1992,	Harzburgite fragment in a composite xenolith from an Oshima-Oshima andesite, the Northeast Japan Arc(In Japanese):	Bull. Volcanol. Soc. Japan,	37,	269-273.
	Nimis, P.,	1999,	Clinopyroxene geobarometery of magmatic rocks. Part 2. structural geobarimeters for basic to acid, tholeiitic and mildly alkaline magmatic systems.	Contrib. Mineral. Petrol.,	135,	62-74.
	Nilsen, T.H.,	2000,	The Hilt Bed, an Upper Cretaceous compound basin-plain seismoturbidite in the Hornbrook forearc basin of southern Oregon and northern California, USA.	Sedimentary geol.,	135,	51-63.
	Nielsen, R.L., Gallahan, W.E. and Newberger, F.,	1992,	Experimentally determined mineral-melt partition coefficients for Sc, Y and Ree for olivine, orthopyroxene, pigionite, magnetite and ilmenite:	Contrib. Mineral. Petrol.,	110,	488-499.
	Nielsen, R.L. and Beard, J.S.,	2000,	Magnetite-melt HFSE partitioning.	Chem. Geol.,	164,	21-34.
	Nicolls, I. A., Oba, T. and Conrad, W. K.	1992,	The nature of primary rhyolitic magmas involved in crustal evolution: Evidence from an experimental study of cummingtonite-bearing rhyolites, Taupo Volcanic Zone, New Zealand:	Geochim. Cosmochim. Acta,	56,	955-962.
	Nicolas, A., Freydier, Cl., Godard, M. and Vauchez, A.,	1993,	Magma chambers at oceanic ridges: How large?:	Geology,	21,	53-56.
	Nicholls, J.,	1988,	The statistics of Pearce element diagrams and the Chayes closure problem:	Contrib. Mineral. Petrol.,	99,	11-24.
	Nicholls, I.A., Oba, T. and Conrad, W.K.,	1992,	The nature of primary rhyolitic magma involved in crustal evolution: evidence from an experimental study of cummingtonite-bearing rhyolites, Taupo Volcanic Zone, New Zealand:	Geochem. Cosmochim. Acta.,	56,	955-962.
	Newton, R.C., and Manning, C.E.,	2000,	Quartz solubility in H2O-NaCl and H2O-Co2 solutions at deep crust-upper mantle pressures and temperatures: 2-15 kbar and 500-900 C.	Geochim. et Cosmochim. Acta.,	64,	2993-3005.
	Newman, S., Macdougall, J.D., Finkel, R.C.,	1986,	Petrogenesis and 230 Th-2328U disequilibrium at Mt. Shasta, California, and in the Cascades.	Contrib. Min. Petrol.	93,	195-206.
	Newhall, C.G., Dzurisin, D.,	1988,	Histrical unrest at Large Calderas of the world.	U.S.Geol. Surv.Bull.,	1855,	375-453
	Newhall, C.G., and Melson, W.G.,	1983,	Explosive activity associated with the growth of volcanic domes.	J. Volcanol. Geotherm. Res.,	17,	111-131.
	Newhall, C.G. and Dzurisin, D.,	1988,	Histrical unrest at Large Calderas of the world.	U.S.Geol. Surv.Bull.,	1855,	1-30.
	Neurauter,T.W., Roberts, H.H.,	1994,	Three generations of mud volcanoes on the Louisiana continental slope.	Geo-Marien Letters,	14,	120-125.
	Neogi, S., Dasgupta, S. and Fukuoka, M.,	1998,	High P-T polymetamorphism, dehydration melting, and generation of migmatites and granites in the higher Himalayan crystalline complex, Sikkim, India:	J. Petrol.,	39,	61-99.
	Nemeth, K., Martin, U., Harangi, Sz.,	2001,	Miocene phreatomagmatic volcanism at Tihany (Pannonian Basi, Hungary).	J. Volcanol. Geotherm. Res.	111,	111-135.
	Nelson, S.T. and Montana, A.,	1992,	Sieve-textured plagioclase in volcanic rocks produced by rapid decompression:	Amer. Miner.,	77,	1242-1249.
	Nelson, S.T. and Davidson, J.,	1993,	Interactions between mantle-derived magmas and mafic crust, Henry Mountain, Utah:	J. Geophys. Res.,	98,	1837-1852.
	Nelson, S. T. and Montana, A.,	1992,	Sieve-textured plagioclase in volcanic rocks produced by rapid decompression:	American Mineralogist.,	77,	1242-1249.
	Nelson, S. A., Gonzalez-Caver, E. and Kyser, T. K.,	1995,	Constraints on the origin of alkaline and calc-alkaline magmas from the Tuxtla Volcanic Field, Veracruz, Mexico:	Contrib. Mineral. Petrol.,	122,	191-211.
	Nelson, E.P., Forsythe, R.D.,	1989,	Ridge collision at convergent margins: implications for Archean and post-Archean crustal growth.	Tectonophysics,	161,	307-315.
	Nelson, E.P. and Forsythe, R.D.,	1989,	Ridge collision at convergent margins: implications for Archean and post-Archean crustal growth:	Tectonophys,	161,	307-315.
	Nelson, D.R.,	1992,	Isotopic characteristics of potassic rocks: evidence for the involvement of subducted sediments in magma genesis:	Lithos,	28,	403-420.
	Nekvasil, H., Carroll, W.,	1996,	Experimental constraints on the compositional evolution of crustal magmas.	Trans. Royal Soc. Edinber. Earth Sci.,	87,	139-146.
	Nekvasil, H.,	1988,	Calculation of equilibrium crystallization paths of compositionally simple hydrous felsic melts:	American Mineralogist.,	73,	956-965.
	Negus, N.C., Berger, P.J.,	1977,	Experimental triggering of reproduction in a natural population of microtus montanus.	Science	196,	1230-1231.
	NEDO	1992,	�ｿｽn�ｿｽM�ｿｽJ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽi�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�告擾ｿｽ�ｿｽ@No.25�ｿｽ@�ｿｽH�ｿｽ�ｿｽ�ｿｽn�ｿｽ�ｿｽ	�ｿｽV�ｿｽG�ｿｽl�ｿｽ�ｿｽ�ｿｽM�ｿｽ[�ｿｽE�ｿｽY�ｿｽﾆ技�ｿｽp�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽJ�ｿｽ�ｿｽ�ｿｽ@�ｿｽ\		981�ｿｽ�ｿｽ
	NEDO	1985,	�ｿｽ�ｿｽ�ｿｽa59�ｿｽN�ｿｽx�ｿｽL�ｿｽ謦ｲ�ｿｽ�ｿｽ�ｿｽ�告擾ｿｽ�ｿｽ�ｿｽF�ｿｽn�ｿｽ�ｿｽ			180�ｿｽ�ｿｽ
	Nedachi, M., Kanisawa, S. and Yamamoto, M.,	1984,	chlorine and fluorine contents of the Neogene granitic rocks in Kyushu, Japan:	Mining Geol.,	34,	437-446.
	Navrotsky, A.,	1978,	Thermodynamics of element partitioning: (1) systemtics of transition metals in crystalline and molten silicates and (2) defect chemistry and "the Henry' s law peoblem"	Geochim. Cosmochim. Act.,	42,	887-902.
	Naughton, J.J., Macdonald, G.A., and Greenberg, V.A.,	1980,	Some aditional potassium-argon ages of Hawaiian rocks: the Maui volcanic complex of Molokai, Maui, Lanai and Kahoolawe.	Jour. Volcanol. Geotherm. Res.,	7,	339-355.
	Nasu, N.,(�ｿｽﾟ須�ｿｽI�ｿｽK�ｿｽj	�ｿｽH�ｿｽH	�ｿｽC�ｿｽm�ｿｽw�ｿｽu�ｿｽ�ｿｽ5�ｿｽC�ｿｽC�ｿｽm�ｿｽn�ｿｽ�ｿｽ�ｿｽh2.6�ｿｽC2.7�ｿｽC4.2�ｿｽh
	Naruo, H., Nagayama, S. and Shimoyama, S.,	1997,	�ｿｽJ�ｿｽ�ｿｽ�ｿｽx�ｿｽﾌ古包ｿｽ�ｿｽ�ｿｽ�ｿｽ纒ｬ�ｿｽﾎと包ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ纒ｬ�ｿｽﾎにゑｿｽ�ｿｽﾐ害�ｿｽF	�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽn�ｿｽ�ｿｽ	214,	215-222.
	Nanayama, F., Shigeno, K., Satake, K., Shimokawa, K., Koitabashi, S., Miyasaka, S., and Ishii, M.,	2000,	Sedimentary differences between the 1993 Hokkaido-nansei-oki tsunami and the 1959 Miyakojima typhoon at Taisei, southwestern Hokkaido, northern Japan.	Sedimentary geol.,	135,	255-264.
	Nakao, S. and Yamamoto, T.,	1991,	Chemical variation of magmas at Izu-Oshima volcano, Japan: plagioclase-controlled and differentiated magmas:	Bull. Volcanol.,	53,	112-120.
	Nakano, S., Fukuoka, T. and Aramaki, S.,	1987,	Trace element abundances in the Quaternary volcanic rocks of the Norikura volcanic chain, central Honshu, Japan:	Geochem. J.,	21,	159-172.
	Nakamura, Y. and Wakita, H.,	1982,	Terrestrial heat flow around the aseismic front of the Japanese Island arc:	Tectonophys,	81,	T25-T36.
	Nakamura, T., Okuno, M. and Naruo, H.,	1997,	�ｿｽﾎ山�ｿｽ�ｿｽ�ｿｽﾎの年�ｿｽ繿ｪ�ｿｽ�ｿｽ@�ｿｽ[�ｿｽ�ｿｽ�ｿｽﾉ会ｿｽ�ｿｽ�ｿｽ�ｿｽ�質�ｿｽﾊ包ｿｽ�ｿｽﾍ　�ｿｽiAMS)�ｿｽ@�ｿｽ@�ｿｽﾉゑｿｽ�ｿｽ14C�ｿｽN�ｿｽ繿ｪ�ｿｽ�ｿｽﾉつゑｿｽ�ｿｽﾄー	�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽn�ｿｽ�ｿｽ	214,	195-200.
	Nakamura, T., Banju, M., Sato, J. and Takahashi, H.,	1986,	Compositionnal variation within the 1707 fallout tephra from Fuji Volcano (In Japanese, with English abstract):	Bull. Volcanol. Soc. Japan,	31,	253-264.
	Nakamura, T. and Oda, H.,	1997,	�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�質�ｿｽﾊ包ｿｽ�ｿｽﾍ（AMS)�ｿｽ@�ｿｽﾉゑｿｽ�ｿｽ14C�ｿｽN�ｿｽ繿ｪ�ｿｽ�ｿｽﾌ鯉ｿｽ�ｿｽ�ｿｽﾆ考�ｿｽﾃ学�ｿｽE�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽﾈ学�ｿｽﾖの会ｿｽ�ｿｽp�ｿｽF	�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽn�ｿｽ�ｿｽ	214,	201-207.
	Nakamura, M.,	1980,	Possibility of new volcanic activity at Ibusuki volcanic field, Kyushu, Japan (In Japanese, with English abstract):	Bull. Volcanol., Soc. Japan,	25,	195-205.
	Nakamura, M.,	1971,	�ｿｽJ�ｿｽ�ｿｽ�ｿｽx�ｿｽﾎ山�ｿｽﾌ奇ｿｽﾎ学�ｿｽI�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽF	J. Geol. Soc. Japan,	77,	359-364.
	Nakamura, M.,	1967,	On the volcanic products and history of Kaimon-dake volcano (In Japanese, with English abstract):	Bull. volcanol. Soc. Japan,	12,	119-131.
	Nakamura, M.	1987,	Kirishima Volcano, Histry by tephra (In Japanese, with English abstract):	�ｿｽ�ｿｽB�ｿｽ�ｿｽ�ｿｽ�ｿｽV�ｿｽ�ｿｽ�ｿｽ�ｿｽﾎ山�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽE�ｿｽn�ｿｽc�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ	33,	179-188.
	Nakamura, K.,	1980,	Why do long rift zones develop in Hawaiian volcanoes -A possible role of thick oceanic sediments-	�ｿｽﾎ山	25�ｿｽC	255-269�ｿｽD
	Nakamura, K.,	1980,	Why do long rift zones develop in Hawaiian volcanoes -A possible role of thick oceanic sediments-	�ｿｽﾎ山	25�ｿｽC	255-269�ｿｽD
	Nakamura, K.,	1977,	Volcanoes as possible indicators of tectonic stress orientation - principle and proposal.	Jour. Volcanol. Geother. Res.,	2,	1-16.
	Nakamura, E., Campbell, I.H., McCulloch, M.T.and Sun, S-S.,	1989,	Chemical geodynamics in a back arc region around the Sea of Japan: implications for the genesis of alkaline basalts in Japan, Korea, and China:	J. Geophys. Res.,	94,	4634-4654.
	Nakamura, E., and McDougall, I. and Campbell, I.H.,	1986,	K-Ar ages of basalts from the Higashi-Matsuura district, northwest Kyushu, Japan and regional geochronology of the Cenozoic alkaline volcanic rocks in eastern Asia:	Geochem. J.,	20,	91-99.
	Nakamura Y., Fujimaki H., Nakamura N., and Tatsumoto M.	1986,	Hf, Zr, and ree partition coefficients between ilmenite and liquid: implications for lunar petrogenesis.	J. Geophys. Res.	91,	239-250.
	Nakajima, T., Shirahase, T. and Shibata, K.,	1990,	Along-arc lateral variation of Rb-Sr and K-Ar ages of Cretaceous granitic rocks in Southwest Japan:	Contrib. Mineral. Petrol.,	104,	381-389.
	Nakajima, T.,	1994,	The Ryoke plutonometamorphic belt: crustal section of the Cretaceous Eurasian continental margin:	Lithos,	33,	51-66.
	Nakajima, T.,	1990,	Cretacesous granitoids in SW Japan and their bearing on the crust-forming process in the eastern Eurasian margin:	Earth Sciences,	87,	183-191.
	Nakagawa, M.,Yoshida, T. and Kurasawa, H.,	19XX,	�ｿｽX�ｿｽg�ｿｽﾎ山�ｿｽ�ｿｽ�ｿｽo�ｿｽ�ｿｽ�ｿｽ�ｿｽSr�ｿｽ�ｿｽ�ｿｽﾊ体費ｿｽy�ｿｽﾑ費ｿｽ�ｿｽﾊ鯉ｿｽ�ｿｽf�ｿｽ�ｿｽ�ｿｽ}�ｿｽO�ｿｽ}�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ[�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽﾌ撰ｿｽ�ｿｽ�ｿｽ�ｿｽﾖ係�ｿｽ\	�ｿｽu�ｿｽ�ｿｽ�ｿｽv�ｿｽ|�ｿｽC		46
	Nakagawa, M., Shimotori, H. and Yoshida, T.,	1986,	Aoso-Osore volcanic zone-The volcanic front of the Northeast Honshu arc, Japan(In Japanese, with English abstract)	�ｿｽ�ｿｽz�ｿｽC	81,	471-478.
	Nakada�ｿｽCS.,	1983,	Zoned magma chamber of the Osuzuyama acid rocks, Southwest Japan:	J. Petrol.,	24,	471-494.
	Nakada, S.and Takahashi, M.,	1979,	Regional variation in chemistry of the Miocene intermediate to felsic magmas in the Outer Zone and the Setouchi province of Southwest Japan (In Japanese, with English abstract):	J. Geol. Soc. Japan,	85,	571-582.
	Nakada, S., Tanaka, M. and Nakamura, M.,	1988,	Modal compositions of the Unzen and the Yufu-Tsurumi volcanic rocks (in Japanese, with English abstract):	�ｿｽ�ｿｽ蝸晢ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽn�ｿｽk�ｿｽﾎ山�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽC	14,	13-22.
	Nakada, S., Kamata, H.,	1991,	Temporal change in chemistry of magma source under Central Kyushu, Southwest Japan: progressive contamination of matle wedge.	Bull. Volcanol.,	53,	182-194.
	Nakada, S., Bacon, C.R., Gartner, A.E.,	1994,	Origin of phenocrysts and compositional diversity in pre-Mazama rhyodacite lavas, Crater Lake, Oregon.	Jour. Petrol.,	35�ｿｽC	127-162.
	Nakada, S., Bacon, C.R. and	1994,	Origin of phenocrysts and compositional diversuty in pre-Mazama rhyodacite lavas, Crater Lake, Oregon:	J. Petrol.,	35,	127-162.
	Nakada, S.,	1994,	�ｿｽf�ｿｽC�ｿｽT�ｿｽC�ｿｽg�ｿｽ}�ｿｽO�ｿｽ}�ｿｽﾌ包ｿｽ�ｿｽo�ｿｽ�ｿｽ�ｿｽﾛに関ゑｿｽ�ｿｽ骭､�ｿｽ�ｿｽ	�ｿｽﾈ鯉ｿｽ�ｿｽ�ｿｽ�告擾ｿｽ		112�ｿｽ�ｿｽ
	Nakada, S.,	1993,	Pliocene and Quaternary volcanism in central Kyushu, Japan: Hohi volcanic zone vs. Shimabara volcanic zone (in Japanese).	�ｿｽn�ｿｽ�ｿｽ�ｿｽw�ｿｽ_�ｿｽW�ｿｽC	41�ｿｽC	83-91�ｿｽD
	Nakada, S.,	1991,	Magmatic processes in titanite-bearing dacites, central Andes of Chile and Bolivia:	Am. Miner.,	76,	548-560.
	Nakada, S.,	1986,	Comparative study of chemistry of rocks from the Kirishima, and  the Daisen volcanic belts in Kyushu, southwest Japan (In Japanese, with  English abstract):	Bull. volcanol. Soc. Japan,	31,	95-110.
	Nakada, S. and Tanaka, M.,	1991,	Magmatic processes of Unzen volcano (In Japanese, with English abstract):	Bull. volcanol. Soc. Japan,	36,	113-121.
	Nakada, S. and Okamato, Y.,	1984,	Petrogenetic model of I- and S-type felsic magmas in the Outer Zone Sw Japan, in terms of Sr isotopic compositions (In Japanese, with English abstract):	Mem. Geol. Soc. Japan,	24,	187-198.
	Nakada, S. and Motomura, Y.,	1999,	Petrology of the 1991-1995 eruption at Unzen: effusion pulsation and groundmass crystallization.	J. Volcanol. Geotherm. Res.,	89,	173-196.
	Nakada, S. and Kamata, H.,	1991,	Temporal chamge in chemistry of magma source under Central Kyushu, Southwest Japan: progressive contamination of mantle wedge:	Bull. volcanol.,	53,	182-194.
	Nakada, S. and Kamata, H.,	1988,	Petrological relationship of basalts and andesites in southern part of the Shimabara peninsula, Kyushu, Japan (In Japanese, with English abstract):	Bull. volcanol. Soc. Japan,	33,	273-289.
	Nakada, S. and Fujii, T.,	1993,	Preliminary report on the activity at Unzen Volcano (Japan November 1990-November 1991: dacite lava domes and pyroclastic flows):	J. Volcanol. Geotherm. Res.,	54�ｿｽC	319-333.
	Naka, J., Takahashi, E., Clague, D., Garcia, M., Hanyu, T., Herrero-Bervera, E., Ishibashi, J., Ishizuka, O., Johnson, K., Kanamatsu, T., Kaneoka, I., Lipman, P., Malahoff, A., McMurty, G., Midson, B., Moore, J., Morgan, J., Naganuma, T., Nakajima, K., Oomori, T., Pietruszka, A., Satake, K., Sherrod, D., Shibata, T., Shinozaki, K., Sission, T., Smith, J., Takarada, S., Thornber, C., Trusdell, F., Tsuboyama, N., Ui, T., Umino, S., Uto, K. and Yokose, H.	2000,	Tectono-magnetic processes investigated at deep-water flanks of Hawaiian volcanoes.	EOS,trans. Amer. Geophy. Union,	81,	221, 226-227.
	Naka, J., Kanamatsu, T., Lipman, P.W., Sisson, T.W., Tsuboyama, N., Morgan, J. K.,  Smith, J.R., and Ui, T.,	2002,	Deep-sea volcaniclastic sedimentation around the southern flank of Hawaii	In: Hawaiian Volcanoes: deep Underwater Perspectives. Am. Geophys. Union Monogr.	128,	31-50.
	Naka J., Takahashi E., Clague D., Garcia M., Hanyu T., Herrero-Bervera E., Ishibashi J., Ishizuka O., Johnson K., Kanamatsu T., Kaneoka I., Lipman P., Malahoff A., McMurty G., Midson B., Moore J., Morgan J., Naganuma T., Nakajima K., Oomori T., Pietruszka A., Satake K., Sherrod D., Shibata T., Shinozaki K., Sission T., Smith J., Takarada S., Thornber C., Trusdell F., Tsuboyama N., Ui T., Umino S., Uto K., and Yokose H.	2000�ｿｽC	Tectono-magnetic processes investigated at deep-water flanks of Hawaiian volcanoes.	EOS,�ｿｽ@trans. Amer. Geophy. Union,	81�ｿｽC	221�ｿｽC226-227�ｿｽD
	Nagy, E.A., Grove, M. and  Stock, J.M.,	1999,	Age and stratigraphic relationships of pre- and syn rift volcanic deposits in the northern Puertecitos Volcanic Province, Baja Californis, Mexico.	Jour.Volcon. Geotherm. Res.,	93,	1-30.
	Nagaoka, S., Okuno, M. and Torii, M.,	1997,	2�ｿｽ�ｿｽ5�ｿｽ�ｿｽN�ｿｽO�ｿｽﾈ前�ｿｽﾌ茨ｿｽ�ｿｽﾇカ�ｿｽ�ｿｽ�ｿｽf�ｿｽ�ｿｽ�ｿｽﾌ包ｿｽ�ｿｽﾎ史	�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽn�ｿｽ�ｿｽ	214,	257-262.
	Nagaoka, S.,	1988,	The late Quaternary tephra layers from the caldera volcanoes in and around Kagoshima Bay, Southern Kyushu, Japan.	Geogr. Rep. Tokyo Metropolitan. Univ.,	23,	49-122.
	Nagaoka, S.,	1988,	A silicic pyroclastic-flow eruption and pyroclastic surges from the Kikai caldera volcano in the Last interglacial stage (In Japanese, with English abstract):	J. Geogr.,	97,	32-45.
	Nagaoka, S.,	1988,	The late Quaternary tephra layers from the caldera volcanoes in and around Kagoshima bay, southern Kyushu, Japan:	Geogr. Rep. Tokyo Metropolitan Univ.,	23,	49-122.
	Nagao, T., Sawai, O., Itaya, T. and Kakubuchi, S.,	1992,	K-Ar ages and petrological characteristics of the tholeiitic basalts and high-magnesian andesite from Amakusa-Shimoshima, Kumamoto Prefecture, SW Japan (I n Japanese, with English abstract):	J. Mineral. Petrol. Econ. Geol.,	87,	283-290.
	Nagao, T., Kakubuchi, S. and Matsumoto, Y.,	1992,	Trace element compositions of the Cenozoic basalts in Northern Kyushu, SW Japan (In Japanese, with English abstract):	�ｿｽ�ｿｽ�ｿｽ{�ｿｽ@�ｿｽv�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽL�ｿｽO�ｿｽ_�ｿｽ�ｿｽ�ｿｽW		265-271.
	Nagao, T., Hase, Y., Nagamine, S., Yamamoto, M. and Sakaguchi, K.,	1992,	Volcanism and origin of the Cenozoic Hisatsu Volcanic rocks, south Kyushu (In Japanese):	�ｿｽn�ｿｽ�ｿｽ�ｿｽw�ｿｽ�ｿｽu�ｿｽ�ｿｽ�ｿｽv�ｿｽ|�ｿｽW�ｿｽC		407
	Nagao, T., Hase, Y., Nagamine, S., Yamamoto, M. and Sakaguchi, K.,	1992,	Volcanism and origin of the Cenozoic Hisatsu volcanic rocks, South Kyushu (In Japanese)	�ｿｽ�ｿｽ�ｿｽ{�ｿｽn�ｿｽ�ｿｽ�ｿｽw�ｿｽ�ｿｽu�ｿｽ�ｿｽ�ｿｽv�ｿｽ|�ｿｽW		407
	Nagao, K., Takaoka, N. and Matsubayashi, O.,	1981,	Rare gas isotopic compositions in natural gases of Japan:	Earth Planet. Sci. Lett.,	53,	175-188.
	Nagao, K. and Takahashi, E.,	1993,	Noble gases in the mantle wedge and lower crust: an inference from the isotopic analyses of xenoliths from Oki-Dogo and Ichinomegata, Japan:	Geochem. J.,	27,	229-240.
	Nagamune, T.,	1988,	Regional features of seismicity in the oceanic regions of the east-south of Kyushu, Japan (In Japanese, with English abstract):	�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽw�ｿｽ�ｿｽ�ｿｽw�ｿｽ�ｿｽ�ｿｽN�ｿｽp�ｿｽi�ｿｽn�ｿｽw�ｿｽE�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽw�ｿｽj�ｿｽC	21,	23-33.
	Nagamune, T.,	1987,	Intermediate-depth earthquakes and tectonics of the Kyushu-Ryukyu region (In Japanese, with English abstract):	J. Seismil. Soc. Japan,	40,	417-423.
	Nagamune, T. and Tashiro, H.,	1989,	Shape of the Wadachi-Benioff zone beneath Kyushu, Japan (In Japanese, with English abstract):	J. Seismil. Soc. Japan,	42,	13-19.
	Nagamine, S.,	1987,	On a pyroclastic flow deposit of Middle Pleistocene in Southern Kyushu, Japan (In Japanese, with English abstract):	�ｿｽ�ｿｽB�ｿｽ�ｿｽ�ｿｽ�ｿｽV�ｿｽ�ｿｽ�ｿｽ�ｿｽﾎ山�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽE�ｿｽn�ｿｽc�ｿｽ�ｿｽ�ｿｽ�ｿｽ�ｿｽC	33,	171-178.
	Nabelek, P.I. and Glascock, M. D.,	1995,	REE-depleted leucogranites, Black Hills, South Dakota: a consequence of disequilibrium melting of monazite-bearing schists:	J. Petrol.,	36,	1055-1071.
	Nabelek, P. I.,	1994,	Dehydration melting and differential uplift of a partially molten crust in the Black Hills, South Dakota, USA:	Mineralogical Magazine,	58A,	645-646.