Yamazaki, Y., R. Yokoyama, T. Nagai and A. Goto (2011) Formation of a fluvial non-parasitic pop...moreYamazaki, Y., R. Yokoyama, T. Nagai and A. Goto (2011) Formation of a fluvial non-parasitic population of Lethenteron camtschaticum as the first step in petromyzontid speciation. J. Fish. Biol., 79: 2043-2059
2011
Kuwahara, M., H. Takahashi, T. Kikko, S. Kurumi and K. Iguchi (2012) Introgression of Oncorhync...moreKuwahara, M., H. Takahashi, T. Kikko, S. Kurumi and K. Iguchi (2012) Introgression of Oncorhynchus masou subsp. (Biwa salmon) genome into lake-run O. m. ishikawae (amago salmon) introduced into Lake Biwa, Japan. Ichthyological Research 59:195-201
2012
GEDIMAP-P1506, O_masou_ishikawae_Shiga_Samegai_1506 (アマゴ・サツキマス)
GEDIMAP-P1507, O_masou_complex_Shiga_Makino (アマゴ・サツキマス)
GEDIMAP-P1508, O_masou_subsp__Shiga_Makino_1508 (ビワマス)
アマゴ・サツキマスOncorhynchus masou ishikawae
サクラマス類Oncorhynchus masou complex
ビワマスOncorhynchus masou ssp. "Biwamasu"
HAP-1 (ATPase-6) [6]
HAP-11 (ATPase-6) [9]
HAP-13 (ATPase-6) [1]
HAP-14 (ATPase-6) [1]
HAP-3 (ATPase-6) [38]
HAP-1 (ATPase-6) [4]
HAP-11 (ATPase-6) [2]
HAP-12 (ATPase-6) [1]
HAP-14 (ATPase-6) [4]
HAP-15 (ATPase-6) [4]
HAP-19 (ATPase-6) [3]
HAP-26 (ATPase-6) [1]
HAP-3 (ATPase-6) [39]
HAP-30 (ATPase-6) [1]
HAP-4 (ATPase-6) [2]
HAP-6 (ATPase-6) [1]
HAP-9 (ATPase-6) [1]
HAP-1 (ATPase-6) [1]
HAP-4 (ATPase-6) [49]
HAP-5 (ATPase-6) [5]
st_Samegai
st_Makino2
st_Makino1
Shirai, Y., S. Ikeda and S. Tajima (2008) Isolation and characterization of new microsatellite ...moreShirai, Y., S. Ikeda and S. Tajima (2008) Isolation and characterization of new microsatellite markers for rose bitterlings, Rhodeus ocellatus. Mol Ecol Res 9: 1031-1033.
2008
Waters, J. M., T. Saruwatari, T. Kobayashi, I. Oohara, R. M. McDowall and G. P. Wallis (2002) P...moreWaters, J. M., T. Saruwatari, T. Kobayashi, I. Oohara, R. M. McDowall and G. P. Wallis (2002) Phylogenetic placement of retropinnid fishes: data set incongruence can be reduced by using asymmetric character state transformation costs. Syst. Biol., 51: 432-449.
2002
Kitanishi, S., K. Edo, T. Yamamoto, N. Azuma, O. Hasegawa and S. Higashi (2007) Genetic structu...moreKitanishi, S., K. Edo, T. Yamamoto, N. Azuma, O. Hasegawa and S. Higashi (2007) Genetic structure of masu salmon (Oncorhynchus masou) populations in Hokkaido, northernmost Japan, inferred from mitochondrial DNA variation. J. Fish. Biol., 71 437-452
2007
GEDIMAP-P1472, O_masou_masou_Hokkaido_Chiraibetsu_CHI (ヤマメ・サクラマス)
GEDIMAP-P1473, O_masou_masou_Hokkaido_Onishibetsu_ONI (ヤマメ・サクラマス)
GEDIMAP-P1474, O_masou_masou_Hokkaido_Sarufutsu_SRU (ヤマメ・サクラマス)
GEDIMAP-P1475, O_masou_masou_Hokkaido_Oumu_OUM (ヤマメ・サクラマス)
GEDIMAP-P1476, O_masou_masou_Hokkaido_Saromabetsu_SRO (ヤマメ・サクラマス)
GEDIMAP-P1477, O_masou_masou_Hokkaido_Sakimui_SAK (ヤマメ・サクラマス)
GEDIMAP-P1478, O_masou_masou_Hokkaido_Onbetsu_ONB (ヤマメ・サクラマス)
GEDIMAP-P1479, O_masou_masou_Hokkaido_Nodaoi_NOD (ヤマメ・サクラマス)
GEDIMAP-P1480, O_masou_masou_Hokkaido_Mohechi_MOH (ヤマメ・サクラマス)
GEDIMAP-P1481, O_masou_masou_Hokkaido_Horonaifu_HOR (ヤマメ・サクラマス)
GEDIMAP-P1482, O_masou_masou_Hokkaido_Atsuta_ATS (ヤマメ・サクラマス)
GEDIMAP-P1483, O_masou_masou_Hokkaido_Utsutsu_UTS (ヤマメ・サクラマス)
ヤマメ・サクラマスOncorhynchus masou masou
H1 (ND5) [18]
H10 (ND5) [1]
H11 (ND5) [3]
H12 (ND5) [3]
H3 (ND5) [1]
H4 (ND5) [6]
H1 (ND5) [16]
H11 (ND5) [4]
H12 (ND5) [9]
H6 (ND5) [1]
H1 (ND5) [4]
H11 (ND5) [13]
H2 (ND5) [4]
H3 (ND5) [4]
H4 (ND5) [2]
H5 (ND5) [2]
H6 (ND5) [3]
H11 (ND5) [15]
st_Shiraibetsu
st_Onibetsu
st_Sarufutsu
st_Oumu
st_Saromabetsu
st_Sakimui
st_Onbetsu
st_Nodaoi
st_Mohechi
st_Horonaifu
st_Atsuta
st_Utsutsu
Kogura, Y., J. E. Seeb, N. Azuma, H. Kudo, S. Abe and M. Kaeriyama (2011) The genetic populatio...moreKogura, Y., J. E. Seeb, N. Azuma, H. Kudo, S. Abe and M. Kaeriyama (2011) The genetic population structure of lacustrine sockeye salmon, Oncorhynchus nerka, in Japan as the endangered species. Environ. Biol. Fish, 92: 539-550
Tabata, R. and K. Watanabe (2012) Hidden mitochondrial DNA divergence in the Lake Biwa endemic ...moreTabata, R. and K. Watanabe (2012) Hidden mitochondrial DNA divergence in the Lake Biwa endemic goby Gymnogobius isaza: implications for its evolutionary history. Environ. Biol. Fish.
GEDIMAP-P1449, G_isaza_Shiga_Nagahama (イサザ)
GEDIMAP-P1450, G_isaza_Shiga_Hikone (イサザ)
GEDIMAP-P1451, G_isaza_Shiga_Takashima_Momose (イサザ)
GEDIMAP-P1452, G_isaza_Shiga_Takashima_Imazu (イサザ)
GEDIMAP-P1453, G_isaza_Shiga_Otsu_Imajuku (イサザ)
GEDIMAP-P1454, G_urotaenia_Shiga_Ohmi-Hachiman (ウキゴリ)
GEDIMAP-P1455, G_urotaenia_Shiga_Takashima_Momose (ウキゴリ)
GEDIMAP-P1456, G_urotaenia_Shiga_Takashima_Imazu (ウキゴリ)
GEDIMAP-P1457, G_urotaenia_Shiga_Takashima_Harie (ウキゴリ)
GEDIMAP-P1458, G_urotaenia_Shiga_Ado (ウキゴリ)
GEDIMAP-P1459, G_urotaenia_Shiga_Kisen (ウキゴリ)
GEDIMAP-P1460, G_urotaenia_Shiga_Wani (ウキゴリ)
GEDIMAP-P1461, G_urotaenia_Shiga_Mano (ウキゴリ)
GEDIMAP-P1462, G_urotaenia_Kyoto_Fukuchiyama (ウキゴリ)
GEDIMAP-P1463, G_urotaenia_Hyogo_Ashiya (ウキゴリ)
GEDIMAP-P1464, G_urotaenia_Mie_Harai (ウキゴリ)
GEDIMAP-P1465, G_urotaenia_Mie_Inabe (ウキゴリ)
GEDIMAP-P1466, G_urotaenia_Gifu_Tsuya (ウキゴリ)
GEDIMAP-P1467, G_petschiliensis_Hyogo_Sumiyoshi (スミウキゴリ)
GEDIMAP-P1468, G_petschiliensis_Hyogo_Ashiya (スミウキゴリ)
イサザGymnogobius isaza
ウキゴリGymnogobius urotaenia
スミウキゴリGymnogobius petschiliensis
IZA1 (cyt-b) [1]
IZA8 (cyt-b) [1]
IZA1 (cyt-b) [14]
IZA19 (cyt-b) [1]
IZA20 (cyt-b) [1]
IZA21 (cyt-b) [1]
IZA22 (cyt-b) [1]
IZA23 (cyt-b) [1]
IZA24 (cyt-b) [1]
IZA25 (cyt-b) [2]
IZA26 (cyt-b) [1]
IZA27 (cyt-b) [1]
IZA28 (cyt-b) [1]
IZA29 (cyt-b) [1]
IZA30 (cyt-b) [1]
IZA31 (cyt-b) [1]
IZA32 (cyt-b) [1]
IZA33 (cyt-b) [1]
IZA34 (cyt-b) [1]
IZA35 (cyt-b) [1]
st_1_Onoue
st_2_Hikone
st_4_Momose
st_5_Imazu
st_9_Imajuku
st_3_Ohmi-Hachiman
st_6_Harie
st_7_Ado
st_8_Kisen
st_10_Wani
st_11_Mano
st_12_Fukuchiyama
st_14_Ashiya
st_16_Harai
st_18_Inabe
st_19_Tsuya
st_13_Sumiyoshi
st_15_Miya
st_17_Kushida
Nakatani, M., M. Miya, K. Mabuchi, K. Saitoh and M. Nishida (2011) Evolutionary history of Otop...moreNakatani, M., M. Miya, K. Mabuchi, K. Saitoh and M. Nishida (2011) Evolutionary history of Otophysi (Teleostei), a major clade of the modern freshwater fishes: Pangaean origin and Mesozoic radiation. BMC Evol. Biol., 11: 177
Tsukagoshi, H., R. Yokoyama and A. Goto (2011) Mitochondrial DNA analysis reveals a unique popu...moreTsukagoshi, H., R. Yokoyama and A. Goto (2011) Mitochondrial DNA analysis reveals a unique population structure of the amphidromous sculpin Cottus pollux middle-egg type (Teleostei: Cottidae). Mol. Phylogenet. Evol., 60: 265-270.
C_pollux_ME__1, GEDIMAP-P1429 (カジカ陸封型種群)
C_pollux__2, GEDIMAP-P1430 (カジカ陸封型種群)
C_pollux__3, GEDIMAP-P1431 (カジカ陸封型種群)
C_pollux_ME__5, GEDIMAP-P1433 (カジカ陸封型種群)
C_pollux_ME_6, GEDIMAP-P1434 (カジカ陸封型種群)
C_pollux_ME_7, GEDIMAP-P1435 (カジカ陸封型種群)
C_pollux_ME_8, GEDIMAP-P1436 (カジカ陸封型種群)
C_pollux_ME_4, GEDIMAP-P1437 (カジカ陸封型種群)
C_pollux_ME_9, GEDIMAP-P1438 (カジカ陸封型種群)
C_pollux_ME_10, GEDIMAP-P1439 (カジカ陸封型種群)
C_pollux_ME_11, GEDIMAP-P1440 (カジカ陸封型種群)
C_pollux_ME_12, GEDIMAP-P1441 (カジカ陸封型種群)
C_pollux_ME_13, GEDIMAP-P1442 (カジカ陸封型種群)
C_pollux_ME_14, GEDIMAP-P1443 (カジカ陸封型種群)
C_pollux_ME_15, GEDIMAP-P1444 (カジカ陸封型種群)
C_pollux_ME_17, GEDIMAP-P1445 (カジカ中-大卵型西日本集団回遊型)
C_pollux_ME_18, GEDIMAP-P1446 (カジカ中-大卵型西日本集団回遊型)
C_pollux_ME_19, GEDIMAP-P1447 (カジカ中-大卵型西日本集団回遊型)
C_pollux_ME_16, GEDIMAP-P1448 (カジカ陸封型種群)
カジカ陸封型種群Cottus pollux complex (landlocked)
カジカ中-大卵型西日本集団回遊型Cottus sp. (ME-LE, West Japan, anadromous)
M1 (CR) [28]
M2 (CR) [2]
M3 (CR) [1]
M30 (CR) [1]
M4 (CR) [3]
M5 (CR) [1]
M1 (CR) [5]
M20 (CR) [1]
M1 (CR) [14]
M10 (CR) [1]
M3 (CR) [3]
M1 (CR) [13]
M2 (CR) [6]
M3 (CR) [5]
M1 (CR) [2]
M16 (CR) [1]
M1 (CR) [1]
M47 (CR) [1]
R.Shubuto
R.Uzura
R.Amano
R.Kanita
R.Nezukaseki
R.Sho
R.Sai
R.Kawauchi
R.Takeno
R.Gono
R.Daibo
R.Kita
R.Minami
R.Nishiki
R.Ohta
R.Itoki
R.Tara
R.Nagasato
R.Hikawa
Kakioka R, Kokita T, Tabata R, Mori S, Watanabe K (2012) The origins of limnetic forms and cryp...moreKakioka R, Kokita T, Tabata R, Mori S, Watanabe K (2012) The origins of limnetic forms and cryptic divergence in Gnathopogon fishes (Cyprinidae) in Japan. Environmental Biology of Fishes 96:631-644
GEDIMAP-P1381, G_caerulescens_Nagano_Suwa (ホンモロコ)
GEDIMAP-P1382, G_elongatus_elongatus_Nagano_Suwa (タモロコ)
GEDIMAP-P1383, G_elongatus_elongatus_upper_Ina (タモロコ)
GEDIMAP-P1384, G_elongatus_elongatus_lower_Ina (タモロコ)
GEDIMAP-P1385, G_elongatus_elongatus_Shizuoka_Ichiunsai (タモロコ)
GEDIMAP-P1386, G_elongatus_elongatus_Aichi_Umeda (タモロコ)
GEDIMAP-P1387, G_elongatus_elongatus_Aichi_Kamida (タモロコ)
GEDIMAP-P1388, G_elongatus_elongatus_Aichi_Shinshiro (タモロコ)
GEDIMAP-P1389, G_elongatus_elongatus_Aichi_Yashita (タモロコ)
GEDIMAP-P1390, G_elongatus_elongatus_Aichi_Nagoya (タモロコ)
GEDIMAP-P1391, G_elongatus_elongatus_Kiso (タモロコ)
GEDIMAP-P1392, G_elongatus_elongatus_Gifu_Yamagata (タモロコ)
GEDIMAP-P1393, G_elongatus_elongatus_Gifu_Yoro (タモロコ)
GEDIMAP-P1394, G_elongatus_elongatus_Mie_Inabe (タモロコ)
GEDIMAP-P1395, G_elongatus_elongatus_Mie_Kaizo (タモロコ)
GEDIMAP-P1396, G_elongatus_elongatus_Mie_Kabeke (タモロコ)
GEDIMAP-P1397, G_elongatus_elongatus_Gifu_Kushida (タモロコ)
GEDIMAP-P1398, G_elongatus_elongatus_Shiga_Yogo (タモロコ)
GEDIMAP-P1399, G_elongatus_elongatus_Shiga_Kawamichi (タモロコ)
GEDIMAP-P1400, G_elongatus_elongatus_Shiga_Nagahama (タモロコ)
ホンモロコGnathopogon caerulescens
タモロコGnathopogon elongatus elongatus
c_1 (cyt-b) [5]
c_10 (cyt-b) [1]
c_13 (cyt-b) [6]
c_18 (cyt-b) [3]
c_19 (cyt-b) [1]
c_6 (cyt-b) [1]
c_7 (cyt-b) [3]
c_8 (cyt-b) [1]
c_9 (cyt-b) [1]
e1_1 (cyt-b) [26]
e1_15 (cyt-b) [2]
e1_17 (cyt-b) [2]
e1_19 (cyt-b) [1]
e1_2 (cyt-b) [4]
e1_24 (cyt-b) [1]
e1_25 (cyt-b) [1]
e1_9 (cyt-b) [4]
e3_1 (cyt-b) [12]
e3_6 (cyt-b) [2]
e3_7 (cyt-b) [2]
st_1_Suwa
st_2_Tenryu
st_3_Tenryu
st_4_Ichiunsai
st_5_Umeda
st_6_Kamida
st_7_Toyokawa
st_8_Yashita
st_9_Nagakute
st_10_Kiso
st_11_Kaizu
st_12_Yoro
st_13_Inabe
st_14_Kaizo
st_15_Kabake
st_16_Kushida
st_17_Yogo
st_18_Kawamichi
st_19_Nagahama_Pond
st_20_Nagahama-shinsen
Matsuzaki, S. S., K. Mabuchi, N. Takamura, B. J. Hicks, M. Nishida and I. Washitani (2010) Stab...moreMatsuzaki, S. S., K. Mabuchi, N. Takamura, B. J. Hicks, M. Nishida and I. Washitani (2010) Stable isotope and molecular analyses indicate that hybridization with non-native domesticated common carp influence habitat use of native carp. Oikos, 119: 964-971.
2010
Kogura, Y., J. E. Seeb, N. Azuma, H. Kudo, S. Abe and M. Kaeriyama (2011) The genetic populatio...moreKogura, Y., J. E. Seeb, N. Azuma, H. Kudo, S. Abe and M. Kaeriyama (2011) The genetic population structure of lacustrine sockeye salmon, Oncorhynchus nerka, in Japan as the endangered species. Environ. Bio.l Fish.
Yu, J.-N., N. Azuma, V. Brykov, S. Urawa, K. Ohkuma and S. Abe (2010) Genetic relationships bet...moreYu, J.-N., N. Azuma, V. Brykov, S. Urawa, K. Ohkuma and S. Abe (2010) Genetic relationships between anadromous and non-anadromous masu salmon (Oncorhynchus masou) inferred from mitochondrial and microsatellite DNA variation. Fish. Genet. Breed. Sci., 39:75-85
Yu, J.-N., N. Azuma, M. Yoon, V. Brykov, S. Urawa, M. Nagata, D.-H. Jin and S. Abe (2010) Popul...moreYu, J.-N., N. Azuma, M. Yoon, V. Brykov, S. Urawa, M. Nagata, D.-H. Jin and S. Abe (2010) Population genetic structure and phylogeography of masu salmon (Oncorhynchus masou masou) inferred from mitochondrial and microsatellite DNA analyses. Zool. Sci., 27: 375-385
GEDIMAP-P1488, O_masou_masou_Hokkaido_Kitami-horobetsu_KIT (ヤマメ・サクラマス)
GEDIMAP-P1489, O_masou_masou_Hokkaido_Tokushibetsu_TOK (ヤマメ・サクラマス)
GEDIMAP-P1490, O_masou_masou_Hokkaido_Shari_SHA (ヤマメ・サクラマス)
GEDIMAP-P1491, O_masou_masou_Hokkaido_Ichani_ICH (ヤマメ・サクラマス)
GEDIMAP-P1492, O_masou_masou_Hokkaido_Shibetsu_SHB (ヤマメ・サクラマス)
GEDIMAP-P1493, O_masou_masou_Hokkaido_Teshio_TES (ヤマメ・サクラマス)
GEDIMAP-P1494, O_masou_masou_Hokkaido_Shiribetsu_SHI (ヤマメ・サクラマス)
GEDIMAP-P1495, O_masou_masou_Aomori_Oippe_OIP (ヤマメ・サクラマス)
GEDIMAP-P1496, O_masou_masou_Toyama_Jinzu_JIN (ヤマメ・サクラマス)
GEDIMAP-P1497, O_masou_masou_Outside_Japan_Taezhnaya_TAJ (ヤマメ・サクラマス)
GEDIMAP-P1498, O_masou_masou_Outside_Japan_Utka_UTK (ヤマメ・サクラマス)
GEDIMAP-P1499, O_masou_masou_Outside_Japan_Belaya_BEL (ヤマメ・サクラマス)
GEDIMAP-P1500, O_masou_masou_Outside_Japan_Komisarovk_KOM (ヤマメ・サクラマス)
GEDIMAP-P1501, O_masou_masou_Outside_Japan_Sukhopletk_SUK (ヤマメ・サクラマス)
GEDIMAP-P1502, O_masou_masou_Outside_Japan_Lutga_LUT (ヤマメ・サクラマス)
GEDIMAP-P1503, O_masou_masou_Outside_Japan_Galuboe_GAL (ヤマメ・サクラマス)
GEDIMAP-P1504, O_masou_masou_Outside_Japan_Namdae_NAM (ヤマメ・サクラマス)
GEDIMAP-P1505, O_masou_masou_Outside_Japan_Wangpi_WAN (ヤマメ・サクラマス)
H1 (ND5) [39]
H11 (ND5) [14]
H12 (ND5) [8]
H17 (ND5) [2]
H19 (ND5) [2]
H21 (ND5) [1]
H7 (ND5) [4]
H1 (ND5) [38]
H11 (ND5) [17]
H13 (ND5) [4]
H3 (ND5) [3]
H4 (ND5) [3]
H1 (ND5) [49]
H11 (ND5) [21]
st_1_KIT
st_2_TOK
st_3_SHA
st_4_ICH
st_5_SHB
st_6_TES
st_7_SHI
st_8_OIP
st_9_JIN
st_10_TAJ
st_11_UTK
st_12_BEL
st_13_KOM
st_14_SUK
st_15_LUT
st_16_GAL
st_17_NAM
st_18_WAN
Yu, J.-N., N. Azuma and S. Abe (2012) Genetic differentiation between collections of hatchery a...moreYu, J.-N., N. Azuma and S. Abe (2012) Genetic differentiation between collections of hatchery and wild masu salmon (Oncorhynchus masou) inferred from mitochondrial and microsatellite DNA analyses. Environ. Biol. Fish., 94: 259-271
GEDIMAP-P1527, O_masou_masou_Hokkaido_Shiribetsu97 (ヤマメ・サクラマス)
GEDIMAP-P1528, O_masou_masou_Hokkaido_Shiribetsu98 (ヤマメ・サクラマス)
GEDIMAP-P1529, O_masou_masou_Hokkaido_Shiribetsu99 (ヤマメ・サクラマス)
GEDIMAP-P1530, O_masou_masou_Hokkaido_Mori-hachery_Line-1 (ヤマメ・サクラマス)
GEDIMAP-P1531, O_masou_masou_Hokkaido_Mori-hachery_Line-2 (ヤマメ・サクラマス)
GEDIMAP-P1532, O_masou_masou_Hokkaido_Mori-hachery_Line3-RR (ヤマメ・サクラマス)
H1 (ND5) [55]
H10 (ND5) [2]
H11 (ND5) [12]
H12 (ND5) [1]
H2 (ND5) [2]
H4 (ND5) [5]
H7 (ND5) [2]
H1 (ND5) [36]
st_SHI_1997
st_SHI_1998
st_SHI_1999
st_MOR_Line-1
st_MOR_Line-2
st_MOR_Line-3
Kano, Y., S. Nishida and J. Nakajima (2012) Waterfalls drive parallel evolution in a freshwater...moreKano, Y., S. Nishida and J. Nakajima (2012) Waterfalls drive parallel evolution in a freshwater goby. Ecology and Evolution
GEDIMAP-P1358, R_sp_YB_Iriomote_NK2 (キバラヨシノボリ)
GEDIMAP-P1359, R_sp_YB_Iriomote_UR4 (キバラヨシノボリ)
GEDIMAP-P1360, R_sp_YB_Iriomote_PN2 (キバラヨシノボリ)
GEDIMAP-P1361, R_sp_YB_Iriomote_NS2 (キバラヨシノボリ)
GEDIMAP-P1362, R_sp_YB_Iriomote_KR2 (キバラヨシノボリ)
GEDIMAP-P1363, R_sp_YB_Iriomote_GT3 (キバラヨシノボリ)
GEDIMAP-P1364, R_sp_YB_Iriomote_YCR3 (キバラヨシノボリ)
GEDIMAP-P1365, R_sp_YB_Iriomote_YCL2 (キバラヨシノボリ)
GEDIMAP-P1366, R_sp_YB_Iriomote_YCR2 (キバラヨシノボリ)
GEDIMAP-P1367, R_sp_DA_Iriomote_YCR2 (クロヨシノボリ)
GEDIMAP-P1368, R_sp_DA_Iriomote_MT1 (クロヨシノボリ)
GEDIMAP-P1369, R_sp_DA_Iriomote_AR1 (クロヨシノボリ)
GEDIMAP-P1370, R_sp_DA_Iriomote_UR1 (クロヨシノボリ)
GEDIMAP-P1371, R_sp_DA_Iriomote_MR2 (クロヨシノボリ)
GEDIMAP-P1372, R_sp_DA_GT2 (クロヨシノボリ)
GEDIMAP-P1373, R_sp_DA_OM3 (クロヨシノボリ)
GEDIMAP-P1374, R_sp_DA_YCL1 (クロヨシノボリ)
GEDIMAP-P1375, R_sp_CB_Iriomote_PN1 (シマヨシノボリ)
GEDIMAP-P1376, R_sp_CB_Iriomote_GT2 (シマヨシノボリ)
GEDIMAP-P1377, R_sp_CB_OM1 (シマヨシノボリ)
キバラヨシノボリRhinogobius sp. YB
クロヨシノボリRhinogobius brunneus
シマヨシノボリRhinogobius nagoyae
ヒラヨシノボリRhinogobius sp. DL
YB01 (ND5) [1]
YB02 (ND5) [1]
YB03 (ND5) [1]
YB04 (ND5) [2]
YB05 (ND5) [2]
YB06 (ND5) [3]
YB11 (ND5) [1]
YB12 (ND5) [1]
YB13 (ND5) [1]
YB14 (ND5) [1]
YB15 (ND5) [3]
YB16 (ND5) [1]
YB17 (ND5) [1]
YB18 (ND5) [1]
YB21 (ND5) [1]
YB22 (ND5) [7]
YB23 (ND5) [1]
YB24 (ND5) [1]
YB31 (ND5) [4]
YB32 (ND5) [5]
NK2
UR4
PN2
NS2
KR2
GT3
YCR3
YCL2
YCR2
MT1
AR1
UR1
MR2
GT2
OM3
YCL1
PN1
OM1
YC1
Miyazaki, J., M. Dobashi, T. Tamura, S. Beppu, T. Sakai, M. Mihara and K. Hosoya (2011) Paralle...moreMiyazaki, J., M. Dobashi, T. Tamura, S. Beppu, T. Sakai, M. Mihara and K. Hosoya (2011) Parallel evolution in eight-barbel loaches of the genus Lefua (Balitoridae, Cypriniformes) revealed by mitochondrial and nuclear DNA phylogenies. Mol. Phylogenet. Evol., 60: 416-427
高木基裕・矢野諭・柴川涼平・清水孝昭・大原健一・角崎嘉史・川西亮太・井上幹生 (2011) 愛媛県・重信川水系の石手川ダムにおけるオオヨシノボリの陸封化と遺伝的分化. 応用生態工学, 14:...more高木基裕・矢野諭・柴川涼平・清水孝昭・大原健一・角崎嘉史・川西亮太・井上幹生 (2011) 愛媛県・重信川水系の石手川ダムにおけるオオヨシノボリの陸封化と遺伝的分化. 応用生態工学, 14: 35-44.
Minegishi, Y., J. Aoyama and K. Tsukamoto (2008) Multiple population structure of the giant mot...moreMinegishi, Y., J. Aoyama and K. Tsukamoto (2008) Multiple population structure of the giant mottled eel, Anguilla marmorata. Mol. Ecol.,17:3109-3122
Minegishi, Y., J. Aoyama, J. G. Inoue, M. Miya, M. Nishida and K. Tsukamoto (2005) Molecular ph...moreMinegishi, Y., J. Aoyama, J. G. Inoue, M. Miya, M. Nishida and K. Tsukamoto (2005) Molecular phylogeny and evolution of the freshwater eels genus Anguilla based on the whole mitochondrial genome sequences. Mol. Phylogenet. Evol., 34: 134-146
2005
