ĞňbAL2015 þ 4 ĸɀ2016 þ 3 ĸǵħ1. ȱǢÚȐhȷŢȳƫȹ2016ȺȓēųŤǧƥōȗŤ

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8. Sato, K., Ohira, H., Tsutsumi, T., and Kaneko, S. (2016) Intraspecific molecularphylogeny of a putative parthenogenetic pseudoscorpion, Microbisium pygmaeum(Iocheirata, Neobisiidae) (meeting abstract), Proceedings of the Arthropodan
Embryological Society of Japan, 50. (in press)
9. Yamashita, Y., Izuno, A., Isagi, Y., Kurosawa, T. and Kaneko, S. (2016) Isolationand characterization of novel microsatellite loci for the endangered orchid,

Cypripedium japonicum (Orchidaceae). Applications in Plant Sciences. 4(2),1500097 (DOI: http://dx.doi.org/10.3732/apps.1500097).
10. Ohira, H., Kaneko, S. and Tsutsumi, T. (2016) Is Abdominal Tergal Chaetotaxy
Reliable for Species Diagnosis of Japanese Soil-Dwelling Mundochthonius
Pseudoscorpions (Pseudoscorpiones:Chthoniidae) ?, Proceedings of the Arthropodan
Embryological Society of Japan, 50, 11-13.
11. Ohira, H., Kaneko, S. and Tsutsumi, T. (2016) Molecular Phylogeny of ThreeSoil-dwelling Species of the Genus Mundochthonius in Japan (Pseudoscorpiones:Chthoniidae), Proceedings of the Arthropodan Embryological Society of Japan, 49,
25.
12. Kimezawa, Y., Kaneko, S. and Tsutsumi, T. (2016) Molecular phylogeny of Thrips
Genus-group (Thysanoptera: Thripidae) based on nuclear 18S rDNA sequences(meeting abstract), Proceedings of the Arthropodan Embryological Society of Japan,50, 27.
13. ÷ȸǒÚhkȑ¾¿ȹ2015Ⱥ1<JibB[1<JibB[ÊÌģȊƽǉ!åĝÀȫƀȼ1<JibB[ÊÌģȊƽǉ
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ȼȻĬĿȒúǮƗáȒúǮƗǵħȤȻ50(1), 61-68.

14. ÷ȸǒÚhkȑ¾¿ȹ2015ȺÆƲÇÆƲÇĂ!őƷȝ*şěǸȼÆƲÇĂºÍƦƤƱȼȻĬĿȒúǮƗáȒúǮƗÏ¼ȤȻ14, 13-20.

15. ƃóȲßhƩȔĞǊhșŗǓȢhĽŁ£Ċȹ2015ȺâȌÚǓžòǩȶȻȓ÷ūÌû*aRicÎưƄȿȋ® 14000 þȜ!ñÿhþ|ÎưȋƭȻžòȻ60ȹ4ȺȻ461-475.
16. Naito, Y.I., Okuda, K., Koganezawa, M. and Tsutsumi, T. (2015) Stable carbon andnitrogen isotopic composition of a whisker and fur from a stuffed 19th century
specimen of the extinct Japanese river otter collected from inland Honshu, Japan,
Mammal Study, 40, 265-269.
17. xlŮÚhȖĽƿǊh÷ȁűŖȹ2015Ⱥń¥ÊĪĬĿůťô!ưȧŝȄņǍéȻÈĽáǵħȤ GȹƏÕȺȻ71(5), I_295-I_304.
18. ŚƓĖÚhȥŧƐhÒ ĒȬȹ2015ȺșŽ÷¯"!ùĥ÷hȓ÷

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ƠȻƪõƐƄȻ(58), 35-48.
19. Ùý hÒ ĒȬȹ2015ȺƪõơǧƥōÊÌ!ţ÷

*ĀƐ¢ƄƠȻƪõƐƄȻ(58), 21-34.
20. kȑ¾¿h÷ȸǒÚhı Úh Ǣ śȹ2015Ⱥ1<JibB[5/M!åĝ1<JibB[5/Mȝ*Àȫêƴ!åīƆŦȻĬĿȒúǮƗáȒúǮƗÏ¼ȤȻ14,7-12.
21. ĄŽìshŕîÂqȹ2015ȺǧƥōŞšȚŤ%!ūǦūŠ!ȀŸģä

ºŠǿKiFǭņȻń¥ÊÌſçƬáƤƱȻ51, 207-212.
22. ǢÙàhŕîÂqȹ2015ȺǧƥōŞšȚŤ!lūÌ

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ģäȻń¥ÊÌſçƬáƤƱȻ51, 201-206.
23. ȱǢÚȐhƈƇǼßhȷŢȳƫȹ2015Ⱥ@g`0/H_8E0!ĩƑÊń¥ÊĪ©
ȑ!ûȻń¥ŏƄƤƱȻ(13)Ȼ23-27.
kŭ ŰhŲȆŨnhŕîÂqhǣöĐƯ ȹ2014ȺǧƥōŞšȚŤ

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ǣöĐƯȻń¥ÊĪ©ȑ!ÊmŠȻŵŠ!ȓƼhŠƼâä¸ûƆŦȼƥōĻĬÆƲÇ-oďǳŉƾňȼȻƳ 5 Ä¸ƏÕá?gX@0[ȻǄ·ÊƍƏÕáƤƱğȻzȒāzȒúȻ2015 þ 12 ĸ 25 ĬȽ9.

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10. ȱǢÚȐhß»hȷŢȳƫȻ/H_8E0ð! 2 ƹǀƐĎÞƚ*ǜčðŊȯēȻń¥ŏƄáƳ 5 ÄÙȻƪõÙáȻƪõơƪõúȻ2015 þ 12 ĸ 20 ĬȽ
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17. Ùý hß»hÒ ĒȬȻĬĿƑÈÖē Munodchthonius ðȹ4O[?ƟȺ!
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23. ȱǢÚȐhȷŢȳƫȻǧƥō!ŠƐŏƄ!×ȍ 30 þȜÜ,+ŠǘȻĩǫŠǘȻŠǘƤƱƳ 37 ÄÆȤȻƪõÙáȻƪõơƪõúȻ2015 þ 8

ĸ 22 ĬȽ
24. Naito, Y.I., Drucker, D.G., Chikaraishi, Y., Ohkouchi, N., Germonpré, M. andBocherens, H. Amino acid nitrogen isotopic constraints on the diet of cave bears(Ursus spelaeus) from Goyet Cave, Belgium: insights into the paleoecologicalreconstructionȻÆȣƳÃƺáȉ·Ƴ 19 ÄÙȻ¹³ïÆȣǹÐȻĜƣơ¹³ïúȻ2015 þ 7 ĸ 29 ĬȽ
25. Kimezawa, Y., Kaneko, S. and Tsutsumi, T. Molecular phylogeny of Thrips
genus-group (Thysanoptera: Thripidae) based on nuclear 18S rDNA sequencesȻƳ51 ÄĬĿƶȂ¢ƄƛƐáȻ~ĶŁǧƥōȻƪõơ¥Ô­ŁȻ2015 þ 6 ĸ 13 ĬȽ
26. Ohira, H., Kaneko, S. and Tsutsumi, T. Molecular phylogeny of genus

Mundochthonius (Pseudoscorpiones: Chthoniidae) reveals the existence ofmultiple cryptic taxa and their complex distribution patternȻƳ 51 ÄĬĿƶȂ¢ƄƛƐáȻ~ĶŁǧƥōȻƪõơ¥Ô­ŁȻ2015 þ 6 ĸ 13 ĬȽ
27. Sato, K., Ohira, H., Tsutsumi, T. and Kaneko, S. Intraspecific molecular phylogenyof putative parthenogenetic pseudoscorpion, Microbisium pygmaeum(Iocheirata,Neobisiidae)ȻƳ 51 ÄĬĿƶȂ¢ƄƛƐáȻ~ĶŁǧƥōȻƪõơ¥Ô­ŁȻ2015 þ 6 ĸ 13 ĬȽ
28. ǣ ö Đ Ư Ȼ â ä ¸   -  ƒ   ǧ ƥ ō Ê Ì ! Ê m Š ū ¢ ! ģ ä ( Ƿ ź ƙ µ ȿHTT31-P14)ȻÊƍęıƬáȉ· 2015 þ·¸ÙȻüć\ICÆȣǹÐȻ§Ǟơ§ǞúǊŬ¦Ȼ2015 þ 5 ĸ 27 ĬȽ
29. Ùý hß»hÒ ĒȬȻĬĿƑÈÖē Mundochthonius ðȹ4O[?ƟȿJH4O[?ƬȺ!ßƹǀǭņÍȭáƝƤƱȻƳ 38 ÄĬĿÈÖ¢ƄáÙȻȲ÷ÙáȻȲ÷ơkĽƖȻ2015 þ 5 ĸ 24 ĬȽǷź
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Arata, E., Yoshitaka, T. (Endo, A. and Takagai, Y.) Discovery of Imogolite-like
Aluminumsilicate-based Colloidal Stumpy Hollow Nanoparticles in Goshiki-numa
Pond Community and Its Electron Tomographic AnalysisȻBest Poster AwardȹXAFiȺȻRoyal Society of Chemistry Tokyo International ConferenceȻ§Ǟơüć\ICȻ§Ǟơ§ǞúȻ2015 þ 9 ĸ 2-3 Ĭ.