Alexandrou, M. A., B. A. Swartz, N. J. Matzke and T. H. Oakley (2013) Genome duplication and mu...moreAlexandrou, M. A., B. A. Swartz, N. J. Matzke and T. H. Oakley (2013) Genome duplication and multiple evolutionary origins of complex migratory behavior in Salmonidae. Mol. Phylogenet. Evol., 69:514-523

Iguchi Y, Kume K, Kitagawa T (2018) Natural hybridization between two Japanese medaka species (...moreIguchi Y, Kume K, Kitagawa T (2018) Natural hybridization between two Japanese medaka species (Oryzias latipes and Oryzias sakaizumii) observed in the Yura River basin, Kyoto, Japan. Ichthyological Research 65:405-411

明仁・藍澤正宏・池田祐二・岸田宗範・林 公義・中山耕至・中坊徹次 (2019) 京都御苑の仙洞御所の池に生息するビワヨシノボリRhinogobius biwaensisとシマヒレヨシノボリR...more明仁・藍澤正宏・池田祐二・岸田宗範・林 公義・中山耕至・中坊徹次 (2019) 京都御苑の仙洞御所の池に生息するビワヨシノボリRhinogobius biwaensisとシマヒレヨシノボリRhinogobius sp. BFの野外交雑個体. 魚類学雑誌

谷 良夫・林 亮太朗・髙田一翔・大路紘裕・入江祐樹・今村拓未・ 早川 祐・向井貴彦 (2019) 核DNAマーカーを用いたチチブとヌマチチブの種判別. 魚類学雑誌

Hata, H., Y. Uemura, K. Ouchi and H, Matsuba (2019) Hybridization between an endangered freshwa...moreHata, H., Y. Uemura, K. Ouchi and H, Matsuba (2019) Hybridization between an endangered freshwater fish and an introduced congeneric species and consequent genetic introgression. PLoS ONE 14: e0212452

Tanakia lanceolata GEDIMAP-P2588 | Yaritanago_Kase_Uemura(2018)

SKSR1_10 (cyt-b) [1]

SKSR1_2 (cyt-b) [1]

st_Kase_Uemura(2018)

Wang, X., F. Liu, D. Yu and H. Liu (2018) Mitochondrial divergence suggests unexpected high spe...moreWang, X., F. Liu, D. Yu and H. Liu (2018) Mitochondrial divergence suggests unexpected high species diversity in the opsariichthine fishes (Teleostei: Cyprinidae) and the revalidation of Opsariichthys macrolepis. Ecol. Evol., 2019: 1-14.

Natri, H. M. J. Merila and T. Shikano (2019) The evolution of sex determination associated with...moreNatri, H. M. J. Merila and T. Shikano (2019) The evolution of sex determination associated with a chromosomal inversion. Nat. Comm., 10:145

Dixon,G., J. Kitano and M. Kirkpatrick (2019) The origin of a new sex chromosome by introgressi...moreDixon,G., J. Kitano and M. Kirkpatrick (2019) The origin of a new sex chromosome by introgression between two stickleback fishes. Mol. Biol. Evol.

Katsumura, T., S. Oda, H. Mitan and H. Oota (2019) 核DNAマーカーによるミナミメダカ沖縄諸島タイプの確率的判定と低い遺伝的多様性. G3,...moreKatsumura, T., S. Oda, H. Mitan and H. Oota (2019) 核DNAマーカーによるミナミメダカ沖縄諸島タイプの確率的判定と低い遺伝的多様性. G3, 9:217-228

畑中ひらり・今井秀行 (2018) Conservation implications of low genetic diversity of the unique Okinawa Isla...more畑中ひらり・今井秀行 (2018) Conservation implications of low genetic diversity of the unique Okinawa Islands subpopulation of Oryzias latipes based on nuclear DNA markers. 日本生物地理学会会報，72：60-69.

Yamamoto, S. (2018) Genetic population structure of Japanese river sculpin Cottus pollux (Cotti...moreYamamoto, S. (2018) Genetic population structure of Japanese river sculpin Cottus pollux (Cottidae) large-egg type, inferred from mitochondrial DNA sequences. J. Fish Biol.

Nagata, N., J.-I. Kitamura, O. Inaba, M. Kumagai, Y. Fujimoto and T. Sota (2018) Phylogeography...moreNagata, N., J.-I. Kitamura, O. Inaba, M. Kumagai, Y. Fujimoto and T. Sota (2018) Phylogeography of endangered bitterling Acheilognathus melanogaster endemic to eastern Japan. Zool Sci 35: 396-401.

横濱道成・山崎泰助・壁谷嘉信・石島芳郎 (1995) ウキゴリ (Chaenogobius urotanenia Hilgendorf) のミトコンドリア12SrRNA遺伝子のRFLP分析....more横濱道成・山崎泰助・壁谷嘉信・石島芳郎 (1995) ウキゴリ (Chaenogobius urotanenia Hilgendorf) のミトコンドリア12SrRNA遺伝子のRFLP分析. 動物遺伝育種研究, 23: 51-52

Nishida, K., N. Koizumi, T. Satoh, Y. Senga, T. Takemura, K. Watabe and A. Mori (2015) Influenc...moreNishida, K., N. Koizumi, T. Satoh, Y. Senga, T. Takemura, K. Watabe and A. Mori (2015) Influence of the domestic alien fish Rhynchocypris oxycephalus invasion on the distribution of the closely related native fish R. lagowskii in the Tama River Basin, Japan. Landscape Ecol. Eng., 11: 169-176

西田一也・小出水規行・皆川明子・渡部恵司・森淳・竹村武士 (2015) 関東地方の国内外来魚タカハヤはどこから移殖されたのか?. H27 農業農村工学会大会講演会講演要旨集: 278-279.

Ito, N., R. O. Gotoh, T. Shirakuma, Y. Araki and N. Hanzawa (2018) Genetic structure of glacial...moreIto, N., R. O. Gotoh, T. Shirakuma, Y. Araki and N. Hanzawa (2018) Genetic structure of glacial-relict populations of a freshwater sculpin, Cottus nozawae, in Yamagata area of the Tohoku district. Biogeography, 20: 96-102

Iguchi, Y., R. Nakao, M. Matsuda, K. Takata and T. Kitagawa (2018) Origin of the widely and dis...moreIguchi, Y., R. Nakao, M. Matsuda, K. Takata and T. Kitagawa (2018) Origin of the widely and discontinuously distributed mitochondrial genotypes of Oryzias latipes: introduced or native genotypes?. Ichthyol. Res.

菅野一輝・厳島 怜・山崎剛史・鹿野雄一 (2018) 福岡県糸島市で発見された過剰肢を持つブチサンショウウオとその3Dモデル. 爬虫両棲類学会報 2018（2）

Hynobius naevius QUYK-08523

Hynobius naevius QUYK-08524

Hynobius naevius QUYK-08525

Hynobius naevius QUYK-08526

QS579

Kano Y, Kurita Y, Kanno K, Saito K, Hayashi H, Onikura N, Yamasaki T (2019) Photo images, 3D/CT...moreKano Y, Kurita Y, Kanno K, Saito K, Hayashi H, Onikura N, Yamasaki T (2019) Photo images, 3D/CT data and mtDNA of the freshwater mussels (Bivalvia: Unionidae) in the Kyushu and Ryukyu Islands, Japan, with SEM/EDS analysis of the shell. Biodiversity Data Journal 7: e32114

Cristaria tenuis QUYK-00315

Cristaria tenuis QUYK-03113-01

Cristaria tenuis QUYK-03113-02

Sinanodonta lauta QUYK-05606

Sinanodonta lauta QUYK-05607

Inversiunio yanagawensis QUYK-06858

Inversiunio yanagawensis QUYK-06859

Inversiunio yanagawensis QUYK-06860

Inversiunio yanagawensis QUYK-06861

Pronodularia japanensis QUYK-07149

Pronodularia japanensis QUYK-07150-01

Nodularia douglasiae nipponensis QUYK-07468

Sinanodonta lauta QUYK-08662d

Nodularia douglasiae nipponensis QUYK-08663d

Lanceolaria grayana QUYK-08664

Nodularia douglasiae nipponensis QUYK-08664d

Lanceolaria grayana QUYK-08665

Nodularia douglasiae nipponensis QUYK-08665d

Nodularia douglasiae nipponensis QUYK-08667d

Sinanodonta lauta QUYK-08668

DM00315 (16S-rRNA) [1]

DM03113_01 (16S-rRNA) [1]

DM03113_02 (16S-rRNA) [1]

NM05606 (16S-rRNA) [1]

NM06858 (16S-rRNA) [1]

NM06860 (16S-rRNA) [1]

IS08664d (16S-rRNA) [1]

TN08665 (16S-rRNA) [1]

NM08668 (16S-rRNA) [1]

DM08809 (16S-rRNA) [1]

DM08810 (16S-rRNA) [1]

DM08811 (16S-rRNA) [1]

KT08875 (16S-rRNA) [1]

KT08876 (16S-rRNA) [1]

KT08878 (16S-rRNA) [1]

MT08879 (16S-rRNA) [1]

MT08880 (16S-rRNA) [1]

MT08881 (16S-rRNA) [1]

MT08882 (16S-rRNA) [1]

ISG005

ISG084

QS263

QS264

QS332

QS338

QS356

QS647

QS650

QS682

QS713

QS727

QS728

QS732

QS735

富永浩史・鹿野雄一 (2019) 新潟県および京都府の河川で観察・採集されたカマツカの斑紋変異個体. 魚類学雑誌 66：113-117

Pseudogobio esocinus esocinus LBM-1210057340 | QUYK-09171

Pseudogobio esocinus esocinus LBM-1210057341 | QUYK-09172

Pseudogobio esocinus esocinus LBM-1210057342 | QUYK-09173

Pseudogobio esocinus esocinus HNS019-W14

Pseudogobio esocinus esocinus HNS019-W15

Pseudogobio esocinus esocinus KPM-NI48982

Pseudogobio esocinus esocinus KPM-NI48983

Pseudogobio esocinus esocinus FAKU206056

Pseudogobio esocinus esocinus FAKU206057

Pseudogobio esocinus esocinus FAKU206058

Pseudogobio esocinus esocinus FAKU206059

Pseudogobio esocinus esocinus FAKU206060

Pseudogobio esocinus esocinus FAKU206061

Pseudogobio esocinus esocinus FAKU206062

Pseudogobio esocinus esocinus FAKU206063

H1 (cyt-b) [1]

H2 (cyt-b) [1]

H3 (cyt-b) [1]

Ng01 (cyt-b) [1]

Ng01 (cyt-b) [1]

Ng01 (cyt-b) [1]

Ng02 (cyt-b) [1]

Ng01 (cyt-b) [1]

Ng02 (cyt-b) [1]

Ng01 (cyt-b) [1]

Ng02 (cyt-b) [1]

HNS028

HNS019

KPM-NI_48982_st

FAKU206056_st