Coverfishes2020

攷暔娰僩僢僾丒嫑尋僩僢僾
怴拝忣曬丒尋媶丒儊儞僶乕丒昗杮丒嵦廤丒懖廋攷榑丒弌斉暔丒搚嵅偺嫑丒廇怑愭丒嫑椶妛幰丒僾儘僕僃僋僩丒儕儞僋

崱寧偺嫑丂崅抦導偺嫑傪枅寧徯夘偟傑偡丏夁嫀偺嫑儕僗僩: 2021丒2019丒2018丒2017丒2016丒2015丒2014丒2013丒2012丒2011丒2010-2008丒2007丒2006丒2005丒2004丒2003丒2002丒2001

2020擭12寧偺嫑

僉儞儊僟儅僔Centroberyx druzhinini (Busakhin, 1981)乮僉儞儊僟僀栚僉儞儊僟僀壢乯

丂僉儞儊僟僀壢 Berycidae 偼僉儞儊僟儅僔懏 Centroberyx Gill, 1862偲僉儞儊僟僀懏 Beryx Cuvier, 1829偺2懏10庬丆擔杮偐傜偼2懏4庬偑抦傜傟丆戝惣梞丒僀儞僪梞丒惣–拞墰懢暯梞偵暘晍偟丆傎偲傫偳偺庬偑悈怺200–600m偵惗懅偟偰偄傑偡乮Nelson et al., 2016; 杮懞, 2020乯丏杮壢嫑椶偼丆懱偑棏宍偱懁滸偟丆嫻昲偑拞埵偵偁傝丆岥偑抂埵偱戝偒偄丆娽偑戝偒偔丆栐枌壓偵偁傞僞儁乕僞儉偵傛偭偰岝傪斀幩偟嬥怓偵岝傞側偳偺摿挜偑偁傝傑偡乮壀晹, 2018乯丏僉儞儊僟儅僔懏偼僉儞儊僟僀懏偲偼丆鋅昲婎掙挿偲攚昲婎掙挿偺娭學乮僉儞儊僟儅僔懏偱偼鋅昲婎掙挿偑攚昲婎掙挿傛傝抁偄vs. 僉儞儊僟僀懏偱偼鋅昲婎掙挿偑攚昲婎掙挿傛傝挿偄乯丆鋅昲擃忦悢乮12–17 vs. 25–32乯丆偦偟偰懁慄椮悢乮36–62 vs. 61–82乯偵傛傝幆暿偱偒傑偡乮Busakhin, 1982; 椦, 2013; Kotlyar, 1996; Nelson et al., 2016乯丏
丂僉儞儊僟儅僔懏 Centroberyx偼Gill (1862) 偵傛偭偰Beryx lineatus Cuvier, 1829傪僞僀僾庬偲偟偰愝棫偝傟傑偟偨丏杮懏偵偼丆Centroberyx affnis (Günther, 1859), Centroberyx australis Shimizu and Hutchins, 1987, Centroberyx druzhinini (Busakhin, 1981), Centroberyx gerrardi (Günther, 1887), Centroberyx lineatus (Cuvier, 1829), Centroberyx muelleri (Klunzinger, 1879), Centroberyx rubricaudus Liu and Shen, 1985, Centroberyx spinosus (Gilchrist, 1903)偺8庬偑娷傑傟丆偙偺偆偪C. muelleri偑C. lineatus偺怴嶲堎柤偲偟偰埖傢傟偰偍傝丆7庬偑桳岠偲偝傟偰偄傑偡乮Fricke et al., 2020乯丏偦偺偆偪擔杮廃曈偵偼丆僉儞儊僟儅僔C. druzhinini偲C. lineatus乮昗弨榓柤側偟乯偑暘晍偟偰偄傑偡乮Fricke et al., 2020; 杮懞, 2020乯丏杮懏嫑椶偺偆偪丆戜榩偺崅梇巗傪僞僀僾嶻抧偲偡傞Centroberyx rubricaudus Liu and Shen, 1985偼丆杮庬偺怴嶲堎柤偱偁傞偙偲偑帵嵈偝傟傑偟偨乮Randall and Lim, 2000乯丏椉庬偼杮懏嫑椶偺幆暿宍幙偱偁傞鋅昲擃忦悢乮C. druzhinini偱偼15–17 vs. C. rubricaudus偱偼16乯傗懁慄椮悢乮53–62 vs. 59–64乯丆偦偺懠偺寁悢寁應宍幙傕椶帡偡傞偨傔乮Dinesh et al., 2012乯丆C. rubricaudus偺妛柤偺桳岠惈偵娭偟偰偼嵞専摙偑昁梫偐傕偟傟傑偣傫丏僉儞儊僟儅僔C. druzhinini偼丆C. rubricaudus埲奜偺摨懏懡庬偲偼懁慄椮悢乮53–62 vs. 37–51乯偱柧椖偵堎側傝丆C. rubricaudus偲C. spinosus埲奜偺摨懏懡庬偲偼鋅昲擃忦悢乮15–17 vs. 12–14乯偵傛傝幆暿偱偒傑偡乮Dinesh et al., 2012; Paxton, 1999乯丏
丂幨恀昗杮偼2020擭10寧26擔偵崅抦導崅抦巗偺屼忯悾嫏峘偺戝庤孞傝偱嵦廤偝傟傑偟偨丏偙偺擔偼丆僶儔僴僀僑僠傗僜僐傾儅僟僀儌僪僉側偳晛抜尒偐偗側偄庬偺傎偐丆僣儅僌儘傾僆儊僄僜傗儓儘僀僀僞僠僂僆丆儈僪儕僼僒傾儞僐僂丆儎僫僊儉僔僈儗僀側偳偺晛抜庬傕懡偔悈梘偘偝傟偰偄傑偟偨丏杮庬偼僉儞儊僟僀傛傝怘枴偼楎傞偲尵傢傟傑偡偑丆"傏偆偢僐儞僯儍僋偺巗応嫑夘恾娪"乮傏偆偢僐儞僯儍僋, 2020乯偵傛傞偲丆枴偼旕忢偵傛偔丆旂憵憿傝傗巋恎丆幭晅偗側偳偵偡傞偲旤枴偲偺偙偲偱偡丏
丂嶐擭摨條偵12寧偺嫑偼僉儞儊僟僀壢嫑椶偲側傝傑偟偨丏杮壢偺娽偺僞儁乕僞儉傗僉儞儊僟僀懏偵偮偄偰偺愢柧偼丆2019擭12寧偺崱寧偺嫑偺婰帠傪偛棗偔偩偝偄丏崱擭偼僐儘僫僂僀儖僗偺塭嬁偵傛偭偰丆奀奜傊偺昗杮挷嵏偵峴偗側偐偭偨偺偑怱巆傝偱偡丏偄偪憗偔棳峴偑廂懇偟丆怱抲偒側偔嵦廤傗昗杮挷嵏偵峴偗傞偲偄偄偱偡偹丏

嶲峫暥專
Busakhin, S. V. 1982. Systematics and distribution of the family Berycidae (Osteichthyes) in the world ocean. J. Ichthyol., 22: 1-21.
Dinesh, K. S., J. N. Rekha, and K. Somy. 2012. First record of Centroberyx rubricaudus (Liu and Shen, 1985) (Beryciforms: Berycidae) from Indian waters (Andaman Islands). Indian Jornal of Geo-Marine Sciences, 41 (1): 871-875.
Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 4 December. 2020.
椦岞媊丏2013丏僉儞儊僟僀壢丏拞朧揙師乮曇乯丆pp. 557-578, 1897丏擔杮嶻嫑椶専嶕慡庬偺摨掕丏戞3斉丏搶奀戝妛弌斉夛丆恅栰丏
Kotlyar, A. N. 1996. Beryciform fishes of the world ocean. VNIRO Publishing, Moscow. 368 pp.
杮懞峗擵. 2020. 擔杮嶻嫑椶慡庬栚榐偙傟傑偱偵婰榐偝傟偨擔杮嶻嫑椶慡庬偺尰嵼偺昗弨榓柤偲妛柤. 幁帣搰戝妛憤崌尋媶攷暔娰. 幁帣搰. 558pp.
Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th edition. John Wiley and Sons, Hoboken. xli + 707 pp.
壀晹媣丏2018丏僉儞儊僟僀壢丏拞朧揙師乮曇乯丆pp. 174-175丏彫妛娰偺恾娪Z丂擔杮嫑椶娰惛鉱側幨恀偲徻偟偄夝愢丏彫妛娰丆搶嫗丏
Paxton, J. R. 1999. Several families of Stephanoberyciformes and Beryciformes. In: Carpenter and Niem 1999.
Ramdall, J. E. and K. K. P. Lim. 2000. A checklist of the fishes of the South China Sea. Raffles Bulletin of Zoology, Supplement, (8): 569-667.

幨恀昗杮丗BSKU 128753, 193.6 mm SL, 崅抦導崅抦巗屼忯悾嫏峘乮巌娵丆戝庤孞傝栐乯丆2020擭10寧26擔丏嵦廤丒幨恀嶣塭丗岾戝擇榊丏

乮岾戝擇榊乯

2020擭11寧偺嫑

儈僫儈傾僇僄僜 Synodus dermatogenys (Fowler, 1912)乮僸儊栚僄僜壢乯

丂僄僜壢嫑椶乮Synodontidae乯偼悽奅偱4懏70庬丆擔杮偱4懏27庬偑抦傜傟偰偍傝丆僒儞僑徥偐傜嵒揇掙側偳條乆側娐嫬偵惗懅偟偰偄傑偡乮Nelson et al. 2016丟桍壓丆2018乯丏杮壢嫑椶偱偁傞儅僄僜Saurida macrolepis Tanaka, 1917傗僠儑僂僠儑僂僄僜Synodus macrops Tanaka, 1917側偳偺掙塯偒栐偱嵦廤偝傟傞庬偼丆楙傝惢昳偺尨椏偲偟偰棙梡偝傟偰偄傑偡乮桍壓丆2018乯丏
丂傾僇僄僜懏 Synodus Scopoli, 1777偼丆尰嵼悽奅偱栺50庬丆擔杮偱偼15庬偑曬崘偝傟偰偄傑偡乮嶳揷丒桍壓丆2013丟Allen et al., 2017; Nakayama and Tamai, 2020乯丏杮懏嫑椶偼丆暊昲偑8擃忦偱丆暊昲偺奜懁偺擃忦偑撪懁偺擃忦傛傝挊偟偔乮栺2–3攞乯抁偔丆鋅昲婎掙挿偑攚昲婎掙挿傛傝傕抁偄丆偍傛傃旜昲椉梩偺慜婲昲忦偑旐椮偟側偄偙偲側偳偑摿挜偱偡乮Cressey, 1981; Russell, 1999乯丏
丂儈僫儈傾僇僄僜Synodus dermatogenys (Fowler, 1912)偼僀儞僪–懢暯梞傪拞怱偵丆峠奀傪娷傓搶傾僼儕僇偐傜僴儚僀嬤奀傑偱峀偔暘晍偟丆悈怺1–32 m傎偳偺僒儞僑徥傗娾徥偵椬愙偡傞嵒抧偵惗懅偟偰偄傑偡乮Russell, 1999乯丏杮庬偼慜曽偺岥奧崪帟偑屻曽偺帟傛傝傕戝偒偔丆懁慄忋曽墶楍椮悢偑5 ½偱丆杍晹偺屻曽晹偑椮偱暍傢傟側偄丆慜旲岴偺旂曎偑嵶挿偄丆懁慄椮悢偑62埲忋偱偁傞偙偲側偳偐傜丆摨懏懠庬偲幆暿偡傞偙偲偑偱偒傑偡乮Fowler, 1912丟嶳揷丒桍壓丆2013丟Russell, 1999乯丏
丂幨恀屄懱偼丆2020擭10寧18擔偵崅抦導敠懡孲戝寧挰攼搰偺敀昹奀娸偱嵦廤偝傟傑偟偨丏敀昹偼旤偟偄嵒昹偱丆壞偵偼懡偔偺奀悈梺媞偱擌傢偄傑偡丏杮屄懱傕僔儏僲乕働儕儞僌拞偵嵦廤偝傟丆嵒偵塀傟偰偄偨偲偙傠傪庤栐偱媎偄傑偟偨丏傾僇僄僜懏嫑椶偼旕忢偵怘梸偑墵惙偱丆帺暘偺岥傛傝戝偒偄嫑椶傪曔怘偡傞偙偲傕偁傝傑偡乮媑栰丆2018乯丏杮庬偺嵦廤拞偵偍偄偰傕丆幚嵺偵僼僞僗僕僞儅僈僔儔偺梒嫑傪曔怘偡傞弖娫偵棫偪夛偆偙偲偑偱偒傑偟偨丏傕偟傕丆杮庬傪尒偮偗偨偲偒偼偠偭偔傝偲娤嶡偟偰傒偰偔偩偝偄丏

堷梡暥專
Allen, G. R., M. V. Erdmann and T. Peristiwady. 2017. Synodus nigrotaeniatus, a new species of lizardfish (Aulopiformes: Synodontidae) from Indonesia. Journal of the Ocean Science Foundation, 26: 59–67.
Cressey, R. 1981. Revision of Indo-West Pacific lizardfishes of the genus Synodus (Pisces: Synodontidae). Smithsonian Contributions to Zoology, 342: 1–53.
Fowler, H. W. 1912. Notes on salmonoid and related fishes. Proceedings of the Academy of Natural Sciences of Philadelphia, 63: 551–571.
Nakayama, N. and T. Tamai. 2020. First record of the Lizardfish Synodus mundyi (Actinopterygii: Aulopiformes: Synodontidae) from Japan. Species Diversity, 25: 55–60.
Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli+707pp.
Russell, B. C. 1999. Synodontidae. Pages 1928–1940 in K. E. Carpenter and V. H. Niem, eds. FAO species identification guide for fishery purposes. The Living Marine Resources of the Western Central Pacific. Volume 3. Batoid Fishes, chimaeras and bony fishes, part 1 (Elopidae to Linophrynidae). FAO, Rome.
桍壓捈屓丏2018丏僄僜壢丏拞朧揙師乮曇乯丆pp. 146–147丏彫妛娰偺恾娪Z 擔杮嫑椶娰惛鉱側幨恀偲徻偟偄夝愢丏彫妛娰丆搶嫗丏
嶳揷攡朏丒桍壓捈屓丏2013丏僄僜壢丏拞朧揙師乮曇乯丆pp. 412–420, 1846亅1848丏擔杮嶻嫑椶専嶕慡庬偺摨掕丏戞3斉丏搶奀戝妛弌斉夛丆恅栰丏
媑栰梇曘丏2018丏僄僜壢丏悾擻岹乮娔廋乯pp. 45–47丏嶳宬僴儞僨傿恾娪13 夵掶斉擔杮偺奀悈嫑丏嶳偲宬扟幮丆搶嫗丏

幨恀昗杮丗BSKU 128732, 130.9 mm SL, 崅抦導敠懡孲戝寧挰攼搰敀昹奀娸, 悈怺1.5 m, 庤栐, 2020擭10寧18擔, 嵦廤幰丒幨恀嶣塭丗堜忋桾懢丏

乮堜忋桾懢乯

2020擭10寧偺嫑

僲僐僊儕僓儊Pristiophorus japonicus Gunther, 1870乮僲僐僊儕僓儊栚僲僐僊儕僓儊壢乯

僲僐僊儕僓儊栚偼僒儊椶乮僒儊嬫 Selachii乯偺拞偱偼彫偝側僌儖乕僾偱丆僲僐僊儕僓儊壢 Pristophoridae偺傒偐傜側傝傑偡乮Nelson et al., 2016)丏僲僐僊儕僓儊壢偵偼丆1懏1庬偺Pliotrema warreni Regan, 1906乮僞僀僾嶻抧偼撿傾僼儕僇乯偲嶰戝梞偵暘晍偡傞僲僐僊儕僓儊懏 Pristiophorus 偺7庬偺崌寁2懏8庬偑抦傜傟丆偦偺偆偪偺僲僐僊儕僓儊懏3庬偼斾妑揑嵟嬤偵側偭偰婰嵹偝傟傑偟偨乮Yearsley et al., 2008; Ebert and Cailliet, 2011; Evert and Wilms, 2013乯丏擔杮偵偼僲僐僊儕僓儊 P. japonicus偺1庬偺傒偑暘晍偟傑偡乮攇屗壀傎偐丆2013乯.
僲僐僊儕僓儊壢嫑椶偼丆椉懁偵帟偑暲傫偩僠僃乕儞僜僂偺傛偆側暯偨偔挿偄暙傪傕偪丆摨偠宍偺暙傪傕偮僲僐僊儕僄僀壢嫑椶偵傛偔帡偰偄傑偡.偟偐偟丆椉僌儖乕僾偼宯摑揑偵偼傗傗墦偔丆偦傟偦傟僒儊椶偲僄僀椶偵娷傑傟傞偺偱丆偙偺傛偔帡偨摿挜偼廂澥恑壔偺寢壥偲尵偊傑偡.偟偨偑偭偰丆僲僐僊儕僓儊偼僲僐僊儕僄僀偲斾傋傞偲丆5偮偺橐楐偑懱偺懁柺偵偁傞偙偲乮vs. 屻幰偱偼暊柺偵奐偔乯偱梕堈偵嬫暿偱偒傑偡丏傑偨丆僲僐僊儕忬偺暙偺壓柺偵1懳偺僸僎傪傕偮偙偲乮vs. 屻幰偵偼側偄乯傕丆椉幰傪尒暘偗傞傛偄摿挜偱偡丏嵟嬤偺宯摑壖愢偱偼丆僲僐僊儕僓儊壢偼僉僋僓儊壢傗僇僗僓儊壢偵嬤偔丆僲僐僊儕僄僀壢偼僩儞僈儕僒僇僞僓儊壢傗僒僇僞僓儊壢偵嬤偄僌儖乕僾偲悇應偝傟偰偄傑偡乮Chondrichthyan Tree of Life, 2020乯丏 Kamohara (1938)偺婰弎傪尒傞偲丆崅抦偱偼乽僲僐僊儕僽僇乿丆屼忯悾偱偼乽儎僗儕僽僇乿偺抧曽柤偲懱挿300亅1500 mm偲婰偝傟偰偄傑偡丏崅抦巗屼忯悾嫏峘偺戝庤孞傝栐嫏偱偼婬偵嫏妉偝傟偰傕丆偍偦傜偔棳捠偼偟側偄偲巚偄傑偡偑丆旤枴偟偔偰怘梡偵側傞偺偱丆戝宆偺屄懱偼暙偑偡偖偵崻尦偐傜愗傜傟偰偟傑偄傑偡丏幚嵺丆偙偺愲偭偨帟偺晅偄偨僲僐僊儕忬偺暙偼婋尟暔偲尵偊傑偡丏崱夞偺幨恀屄懱偼昗杮梡偵捀偒傑偟偨丏

嶲峫暥專

Ebert, D. A. and G. M. Cailliet. 2011. Pristiophorus nancyae, a new species of sawshark (Chondrichthyes: Pristiophoridae) from Southern Africa. Bulltin of Marine Science, 87 (3): 501-512.
Ebert, D. A. and H. A. Wilms. 2013. Pristiophorus lanae sp. nov., a new sawshark species from the Western North Pacific, with comments on the genus Pristiophorus Muller & Henle, 1837 (Chondrichthyes: Pristiophoridae). Zootaxa, 3752 (1): 86-100.
Gunther, A. 1870. Catalogue of the fishes in the British Museum. Catalogue of the Physostomi, containing the families Gymnotidae, Symbranchidae, Muraenidae, Pegasidae, and of the Lophobranchii, Plectognathi, Dipnoi, ...[thru] ... Leptocardii, in the British Museum, 8: i-xxv + 1-549 .
攇屗壀惔曯丒桍壓捈屓丒嶳岥撝巕丏2013丏僲僐僊儕僓儊栚僲僐僊儕僓儊壢丏pp. 198, 1768. 拞朧揙師丆曇丏擔杮嶻嫑椶専嶕慡庬偺摨掕丏搶奀戝妛弌斉夛丆恅栰丏
Kamohara, T. 1938. On the offshore bottom-fishes of Prov. Tosa, Shikoku, Japan. Maruzen Kobushiki Kaisha, Tokyo. 1-86.
Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli+707pp.
Yearsley, G. K., P. R. Last and W. T. White. 2008. A new species of sawshark, Pristiophorus delicatus sp. nov. (Pristiophoriformes: Pristiophoridae), from northeastern Australia. In: Descriptions of new Australian Chondrichthyans. CSIRO Marine and Atmospheric Research Paper, (22): 23-33.

Chondrichthyan Tree of Life, 2020 https://sharksrays.org

昗杮幨恀丗BSKU127666丆899 mm TL丆2020擭2寧25擔丆崅抦巗屼忯悾嫏峘丆嵦廤仌幨恀嶣塭丗悈挰奀搇丏

(墦摗峀岝乯

2020擭9寧偺嫑

僩僒僔儅僪僕儑僂 Cobitis sp. BIWAE type D乮僐僀栚僪僕儑僂壢乯

丂僪僕儑僂壢 Cobitidae偼悽奅偱偼21懏195庬丆擔杮偱偼奜棃庬傪娷傓3懏25庬丒垷庬偑曬崘偝傟偰偍傝丆儐乕儔僔傾慡堟偍傛傃杒傾僼儕僇偺堦晹抧堟偺扺悈堟偵暘晍偟傑偡乮Eschmeyer et al., 2020乯丏杮壢嫑椶偼懱偑嵶挿偔丆岥傂偘偑3亅5懳偱丆岥偑壓岦偒偱彫偝偄偙偲偑摿挜偱偡乮Nelson et al., 2016; 拞搰, 2018乯丏
丂僔儅僪僕儑僂懏乮Cobitis乯偼 Linnaeus乮1758乯偵傛偭偰丆Cobitis taenia Linnaeus, 1758傪僞僀僾庬偲偟偰愝棫偝傟傑偟偨丏杮懏嫑椶偼丆儐乕儔僔傾壏懷堟偍傛傃杒傾僼儕僇偺堦晹偵栺96庬丒垷庬丆擔杮偱偼杮廈偲嬨廈偺奺抧堟偵枹婰嵹庬傪娷傓19庬丒垷庬偑暘晍偟偰偍傝丆岥旹偑3懳偱丆壜摦幃偺娽鈢灆傪傕偮丆僆僗惉嫑偑嫻昲婎晹偵崪幙斅傪傕偮丆攚晹偐傜懱懁偵偐偗偰5杮偺斄栦楍傪傕偮側偳偺摿挜偑偁傝傑偡乮拞搰, 2018乯丏
丂僩僒僔儅僪僕儑僂 Cobitis sp. BIWAE type D偼僔儅僪僕儑僂 Cobitis biwae Jordan and Snyder, 1901 偐傜嬫暿偝傟偨4庬偺偆偪丆僔儅僪僕儑僂崅抦僌儖乕僾偲偝傟偨庬偱偡乮Kitagawa et al., 2003乯丏偦偺屻丆拞搰傎偐乮2012乯偼昗弨榓柤傪採彞偟傑偟偨偑丆崱屻偼妛柤偺嵞専摙傗柦柤側偳偺暘椶妛揑側惍棟偑昁梫偱偡丏杮庬偼崅抦導偺搚嵅榩棳擖壨愳偵偺傒暘晍偟丆岥旹偑挿偄丆僆僗偺嫻昲崪幙斅偺愭抂晹偑曪挌忬丆旜昲婎晹偺崟怓斄偑忋壓偲傕柧椖偱傢偢偐偵暘棧偡傞側偳偺摿挜傪傕偪傑偡乮拞搰傎偐, 2012; 拞搰丒撪嶳, 2017乯丏崅抦導偵偼丆杮庬偺懠偵僆僆僔儅僪僕儑僂C. sp. BIWAE type A丆僸僫僀僔僪僕儑僂 C. shikokuensis Suzawa, 2006偑暘晍偟傑偡偑丆慜幰偲偼旜昲婎晹偺崟怓斄偑忋壓偲傕愙懕傑偨偼忋偺傒柧椖偱偁傞丆僆僗偺嫻昲崪幙斅偑偔偪偽偟忬偱愭抂晹偑屻曽偵榩嬋偡傞丆屻幰偲偼攚昲暘巬擃忦偑6杮丆旜昲婎晹偺崟斄偑彫偝偔晄柧椖偱偁傞丆僆僗偺嫻昲崪幙斅偑敪払偟側偄偲偄偆摿挜偐傜幆暿偱偒傑偡乮拞搰丒撪嶳, 2017乯丏杮庬偼壨愳夵廋傗曓応惍旛側偳偺奐敪峴堊偵傛傞惗懅娐嫬偺埆壔偵傛傝丆惗懅堟偑尭彮偟偰偄傑偡乮惔悈丒崅嫶丆2017乯丏傑偨丆崅抦導婓彮栰惗摦怉暔曐岇忦椺偵傛傝丆崅抦導巜掕婓彮栰惗摦怉暔偵巜掕偝傟偰偄傞偨傔丆柍嫋壜偱偺嵦廤偑嬛巭偝傟偰偄傑偡乮崅抦導, 2012乯丏昗杮幨恀偼崅抦導抦帠傛傝摿暿嵦曔嫋壜傪摼偰榓怘愳乮崅抦導埨寍孲寍惣懞乯偱嵦廤偟偨屄懱偱偡丏杮庬偼嵒偵愽偭偰旜昲偩偗傪弌偟丆乽摢塀偟偰怟塀偝偢乿偺忬懺傪尒偐偗傑偡偑丆斵傜偼偆傑偔塀傟偨偲巚偭偰偄傞偺偱偟傚偆丏嫑偺婥帩偪傪抦傝偨偄傕偺偱偡偹丏

嶲峫暥專

Eschmeyer, W. N., R. Fricke and R. van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 20 Sep. 2020.
Kitagawa, T., M. Yoshioka, M. Kashiwagi and T. Okazaki. 2003. Genetic structure of a Japanese a1lotetrqploid loach of the genus Cobitis (Osteichthyes, Cobitidae). Folia Biol. (Krakow), 51 (Suppl.): 93-100.
崅抦導丏2012丏崅抦導婓彮栰惗摦怉暔曐岇忦椺丗https://www.pref.kochi.lg.jp/soshiki/030701/kisyo.html乮嶲徠2020.09.20乯
拞搰弤丏2018丏僪僕儑僂壢丏拞朧揙師 (曇)丆p. 110. 彫妛娰偺恾娪Z 擔杮嫑椶娰惛鉱側幨恀偲徻偟偄夝愢丏彫妛娰丆搶嫗丏
拞搰弤丒廎郪忳丒惔悈岶徍丒惸摗寷帯丏2012丏擔杮嶻僔儅僪僕儑僂懏嫑椶偺昗弨榓柤偺採彞丏嫑椶妛嶨帍丆59: 86亅95丏
拞搰弤丒撪嶳傝傘偆丏2017丏擔杮偺僪僕儑僂宍懺丒惗懺丒暥壔偲恾娪丏嶳偲宬扟幮丆搶嫗丏223pp丏
Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xil+707pp.
惔悈岶徍丒崅嫶峅柧丏2017丏巐崙屌桳偺婓彮僔儅僪僕儑僂懏嫑椶偺尰忬偲曐慡丗僸僫僀僔僪僕儑僂丆僩僒僔儅僪僕儑僂丏嫑椶妛嶨帍丆64: 65亅69丏

幨恀昗杮丗BSKU127827丆70.7 mm SL丆2020擭2寧28擔丆榓怘愳丆嵦廤丒嶣塭丗塱峕瀤撧丒崅嫶峅柧丒墦摗峀岝丏

乮塱峕瀤撧乯

2020擭8寧偺嫑
丂

丂
傾僫僴僛 Pseudoblennius percoides Gunther, 1861 (僗僘僉栚僇僕僇壢)

丂僇僕僇壢Cottidae偼悽奅偱70懏282庬丆擔杮偱偼33懏88庬偑抦傜傟偰偄傞掙惗惈偺嫑椶偱偡(壀懞丒擈壀, 1997; Nelson et al., 2016; 拞朧, 2018)丏杮壢嫑椶偼丆杒敿媴丆僆乕僗僩儔儕傾搶晹丆僯儏乕僊僯傾廃曈晹傗僯儏乕僕乕儔儞僪廃曈晹偵惗懅偟偰偍傝丆棨悈堟偐傜怺奀堟傑偱條乆側娐嫬偵揔墳偟偰偄傑偡(廆尨傎偐, 2011; Nelson et al., 2016)丏懡偔偺庬偼奀嶻偱偁傝丆摿偵杒懢暯梞増娸堟偱偼庬懡條惈偑崅偄偱偡(壀懞丒擈壀, 1997; Nelson et al., 2016; 拞朧, 2018)丏堦斒偵杮壢偺摿挜偲偟偰丆摢偑戝偒偔丆慜橐奧崪灆偑敪払丆橐忦崪悢偑6丆暊昲偑1灆2乣5擃忦丆戞2攚昲偲鋅昲偺婎掙偑挿偔擃忦偺傒偐傜側傞丆惉嫑偵偼殁偑側偄側偳偑嫇偘傜傟傑偡(壀懞丒擈壀, 1997 ; 拞朧, 2018)丏
傾僫僴僛懏 Pseudoblennius偼Temminck and Schlegel (1842)偵傛偭偰愝棫偝傟傑偟偨丏摉帪偼僞僀僾庬偺巜掕偑峴傢傟偢丆屻偵杮懏嫑椶偱嵟弶偵婰嵹偝傟偨Pseudoblennius percoides偑僞僀僾庬偱偁傞偲峫偊傜傟偰偄傑偡(Fricke et al., 2020)丏杮懏嫑椶偼惉嫑偺昗弨懱挿偑60 mm 偐傜180 mm 掱搙偱偁傝丆暊昲偑1灆2擃忦丆娽屻晹偵偼旂曎偑偁傞偑丆屻摢晹偵偼側偄丆橐枌偑桙崌偟偰嫻晹傛傝梀棧偡傞側偳偺摿挜偱丆尰嵼11柤媊庬偺偆偪6庬偑桳岠偲偝傟偰偄傑偡(搉晹, 1958 ; 拞朧丒峛斻, 2013 ; Fricke et al., 2020)丏擔杮嬤奀偵偼傾僒僸傾僫僴僛 P. cottoides Richardson, 1848丆傾僫僴僛 P. percoides Gunther, 1861丆傾儎傾僫僴僛 P marmoratus Doderlein, 1884丆儎僫僊傾僫僴僛 P. argenteus Doderlein, 1887丆僴儅傾僫僴僛 P. totomius Jordan and Starks, 1904丆僆價傾僫僴僛 P. zonostigma Jordan and Starks, 1904偺6桳岠庬偡傋偰偑惗懅偟偰偍傝丆偝傜偵桳岠庬偲偼堎側傞宍幙傪傕偮僴僞僞僥傾僫僴僛 P. sp. 1丆僉儕儞傾僫僴僛 P. sp. 2丆僴僋僙儞傾僫僴僛 P. sp. 3偺懚嵼傕帵嵈偝傟偰偄傑偡(拞朧丒峛斻, 2013; 杮懞, 2020)丏傾僫僴僛 P. percoides偼Temminck and Schlegel (1850)偵晅婰偝傟偰偄傞恾斉傪尦偵丆Gunther (1861)偵傛偭偰婰嵹偝傟傑偟偨丏擔杮偱偼惵怷導捗寉奀嫭丆嶳宍導偐傜挿嶈導傑偱偺擔杮奀増娸丆搶杒抧曽懢暯梞増娸丆愮梩導奜朳偐傜媨嶈導傑偱偺懢暯梞増娸丆悾屗撪奀偵惗懅偟偰偍傝丆懱懁偵尠挊側埫怓墶懷偑側偄丆鋅昲偑15擃忦乣17擃忦丆泓晹偵椮偑側偄丆暙偑愲偭偰忋妠屻抂偑娽鈢屻墢壓傪墇偊傞丆懁慄偵偼彫旂曎偑側偄側偳偵傛偭偰摨懏懠庬偲幆暿偱偒傑偡(拞朧丒峛斻, 2013 ; Miki et.al, 2017 ; 媑嫿丒媑嫿, 2018)丏
丂堦晹偺掁傝恖偺娫偱偼丆傾僫僴僛傪儖傾乕(媅帡塧)偱慱偆傾僫僴僛儞僌偑妝偟傑傟偰偄傞傛偆偱偡丏昅幰偼掁傝傪庯枴偲偟偰偄傑偡偑丆傑偩傾僫僴僛傪掁傝忋偘偨偙偲偼偁傝傑偣傫丏惗帪偺怓嵤偑旤偟偄嫑偲偺偙偲側偺偱丆堦搙偼掁傝忋偘偰偦偺懱怓傪妝偟傫偱傒偨偄傕偺偱偡丏

嶲峫暥專

Fricke, R., W. N. Eschmeyer, and R. Van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 15 August. 2020.
Miki, R., A. Murase and M. Wabe. 2017. Record of a perch sculpin, Pseudoblennius percoides (Teleostei: Cottidae), from the eastern coast of Kyushu, southern Japan. Biogeography, 19: 1-4.
杮懞峗擵. 2020. 擔杮嶻嫑椶慡庬栚榐. 偙傟傑偱偵婰榐偝傟偨擔杮嶻嫑椶慡庬偺尰嵼偺昗弨榓柤偲妛柤. 幁帣搰戝妛憤崌尋媶攷暔娰, 幁帣搰. 558pp.
廆尨峅岾丒屻摗峎丒栴晹迨丏2011丏僇僕僇椶偺懡條惈揔墳偲恑壔丏搶奀戝妛弌斉夛,恄撧愳丏276pp.
拞朧揙師丒峛斻壝峎. 2013. 僇僕僇壢. 拞朧揙師乮曇乯, pp. 1160-1188丏擔杮嶻嫑椶専嶕慡庬偺摨掕戞嶰斉. 搶奀戝妛弌斉夛, 恅栰.
拞朧揙師丏2018丏僇僕僇壢丏拞朧揙師乮曇乯, p. 346. 彫妛娰偺恾娪Z丂擔杮嫑椶娰惛鉱側幨恀偲徻偟偄夝愢丏彫妛娰丆搶嫗丏
Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli + 707pp.
壀懞廂丒擈壀朚晇丏1997丏嶳宬僇儔乕柤娪擔杮偺奀悈嫑丏嶳偲宬扟幮, 搶嫗丏783pp.
搉晹惓梇丏1958丏擔杮嶻僇僕僇壢嫑椶偺尋媶丏妏愳彂揦, 搶嫗丏461pp., pls. 1-124.
媑嫿塸斖丒媑嫿旘悏丏2018丏峀搰導偺嫑椶7(媑嫿2018偺曗堚)丏斾攌壢妛, 263: 23-32pp.

幨恀昗杮丟BSKU 134205丆95.5 mm SL丆梇丆2023擭8寧12擔丆垽昋導敧敠昹巗愩娫殠搰恄幮惣曽偺堥丆悈怺0.2 m丆偨傕栐丏嵦廤丗堜忋桾懢丆揥昲丒嶣塭丗嶳岥楡丏

(壀撪桪恖)

2020擭7寧偺嫑

僋儅僀僞僠僂僆 Monomitopus kumae Jordan and Hubbs, 1925乮傾僔儘栚傾僔儘壢乯丂

丂傾僔儘壢嫑椶乮Ophidiidae乯偼丆尰嵼悽奅偱偼4垷壢50懏栺265庬丆擔杮偱偼27懏45庬偑妋擣偝傟偰偍傝丆悽奅偺擬懷偐傜壏懷傑偱偺挭娫懷偐傜怺奀掙傑偱峀偔惗懅偟傑偡乮墦摗丆2018乯丏杮壢嫑椶偼丆攚昲偲鋅昲偑屻曽偱旜昲偲偮側偑傝丆忋庡忋妠崪偑偁傞丆攚昲婲晹偑鋅昲婲晹傛傝慜曽偵偁傞丆捠忢攚昲擃忦偑鋅昲擃忦傛傝挿偄側偳偱摿挜晅偗傜傟傑偡乮Nielsen et al., 1999乯丏
丂僋儅僀僞僠僂僆懏 Monomitopus Alcock, 1890偼丆傾僔儘壢僔僆僀僞僠僂僆垷壢偵懏偟丆尰嵼悽奅偱14庬乮偡傋偰偑桳岠乯偑妋擣偝傟偰偄傑偡乮Nelson et al., 2016乯丏杮懏嫑椶偼嶰戝梞偺擬懷偐傜壏懷偵暘晍偟丆悈怺200-1870倣偵惗懅偟傑偡乮Cohen and Nielsen, 1978乯丏擔杮廃曈偐傜偼儎僄僶僋儅僀僞僠僂僆 Monomitopus pallidus Smith and Radcliffe, 1913偲僋儅僀僞僠僂僆 Monomitopus kumae Jordan and Hubbs, 1925偺2庬偑曬崘偝傟偰偄傑偡乮杮懞, 2020乯丏杮懏嫑椶偼丆娽宎偑暙挿偲傎傏摍挿偐傗傗抁偄丆庡橐奧崪偺灆偑捈慄忬偱嫮偄丆慜橐奧崪嬿妏晹偵柧椖側2-3杮偺灆偑偁傞丆婎橐崪拞墰晹偵1帟懷偑偁傞丆戞1橐媩偺敪払偟偨灆忬偺橐阈悢偑17-27丆嫻昲昲忦悢偑26-33丆暊昲昲忦悢偑1丆暊捙崪悢偑12-14側偳偺宍幙偵傛傝丆懠偺僔僆僀僞僠僂僆垷壢嫑椶偲幆暿偝傟傑偡乮Cohen and Nielsen, 1978乯丏僋儅僀僞僠僂僆偼Jordan and Hubbs (1925) 偵傛偭偰丆恄撧愳導嶰嶈偱嵦廤偝傟偨儂儘僞僀僾偺傒偵婎偯偄偰婰嵹偝傟丆尰嵼偦偺儂儘僞僀僾偼暷崙僼傿乕儖僪帺慠巎攷暔娰偵強憼偝傟偰偄傑偡丏幨恀偺屄懱偼丆1988擭5寧24擔偵搚嵅榩拞墰晹偺悈怺700 m偱丆偙偨偐娵偺僩儘乕儖栐挷嵏偵傛偭偰嵦廤偝傟傑偟偨丏僋儅僀僞僠僂僆偼儎僄僶僋儅僀僞僠僂僆偲斾妑偟偰丆暙抂偑攚柺偐傜尒傞偲娵偄丆椉妠偑彫帟懷偺傒偱奜楍帟偑旍戝偟側偄丆嫻昲昲忦悢偑29-34丆攚昲昲忦悢偑96-104丆鋅昲昲忦悢偑78-88側偳偺摿挜偑偁傝傑偡乮拞朧丒峛斻, 2013乯丏
丂僋儅僀僞僠僂僆懏偺Monomitopus 偼乽1慻偺巺偺傛偆側懌乿偲偄偆堄枴偱丆偍偦傜偔1懳偺暊昲昲忦傪巜偡偲巚傢傟傑偡丏偦偟偰庬彫柤 kumae 偼乽孎偝傫偺乿偲偄偆堄枴偱丆偙傟偼儂儘僞僀僾昗杮偺嵦廤幰偱偁傞惵栘孎媑偺偙偲傪巜偟偰偄傑偡乮Jordan and Hubbs, 1925; 拞朧丒暯搱, 2015乯丏寛偟偰摦暔偺僋儅偵帡偰偄傞偐傜偲偄偆棟桼偱偼偁傝傑偣傫丏惵栘孎媑偼恄撧愳導嶰嶈偱嫏巘偲偟偰堢偪丆摉帪偼憡柾榩偱墑撽嫏傪偝偣傞偲塃偵弌傞幰偼偄側偐偭偨偲偄傢傟偰偄傑偡丏1898擭偺1寧偵偼嶰嶈椪奀幚尡強乮尰搶嫗戝妛戝妛堾棟妛宯尋媶壢晬懏椪奀幚尡強乯偺惓幃側嵦廤恖偲側傝丆幚尡強偺尋媶堳偐傜偼乽孎偝傫乿偺垽徧偱恊偟傑傟偰偄偨傛偆偱偡丏傑偨丆儈僒僉僂僫僊Scolecenchelys aoki乮Jordan and Snyder, 1901乯偺妛柤偵傕專柤偝傟偰偍傝丆偦偺懠偺條乆側奀梞惗暔偺尋媶偵偍偄偰孎偝傫側偟偱偼幚尰偟側偐偭偨偲偄傢傟偰偄傑偡乮Misaki Marine Biological Station School of Science, the University of Tokyo乯丏偄偐偵桪傟偨尋媶幰偑嫃傛偆偲傕丆尋媶偺嵽椏偑柍偔偰偼偳偆偡傞偙偲傕偱偒側偄傫偩丆偲巚傢偝傟傑偟偨丏巹傕昗杮傪娤嶡偡傞偆偊偱丆昗杮偺嵦廤偐傜嶌惢偵偐偗偰実傢偭偨曽乆傊偺姶幱傪朰傟側偄傛偆偵偟傛偆偲巚偄傑偡丏

堷梡暥專
墦摗峀岝丏2018丏傾僔儘壢丏拞朧揙師乮曇乯, Pages 164亅165. 彫妛娰偺恾娪Z丂擔杮嫑椶娰惛鉱側幨恀偲徻偟偄夝愢丏彫妛娰丆搶嫗丏
Cohen, D. M. and J. G. Nielsen. 1978. Guide to the identification of genera of the fish order Ophidiiformes with a tentative classification of the order. NOAA Technical Report NMFS Circular (417): vii + 72pp.
Jordan, D. S. and C. L. Hubbs. 1925. Record of fishes obtained by David Starr Jordan in Japan, 1922. Memoirs of the Carnegie Museum vol. 10. v亅xii + 93亅346pp.
Jordan, D. S. and J. O. Snyder. 1901. A review of the apodal fishes or eels of Japan, with descriptions of nineteen new species. Proceedings of the United States National Museum vol. 23. xiii + 952pp.
拞朧揙師丒峛斻壝峎. 2013. 傾僔儘壢. 拞朧揙師乮曇乯, Pages 514亅524, 1877亅1880. 擔杮嶻嫑椶専嶕慡庬偺摨掕. 戞3斉. 搶奀戝妛弌斉夛, 恅栰.
拞朧揙師丒暯搱媀岹丂2015丏傾僔儘壢, Pages 113亅115 擔杮嶻嫑椶慡庬偺妛柤丂岅尮偲夝愢丏搶奀戝妛弌斉晹丆恅栰.
Nielsen, J. G., D. M. Cohen, D. F. Markle and C. R. Robins, eds. 1999. FAO Species catalogue. Volume 18. Ophidiiform Fishes of the World (Order Ophidiiformes). An annotated and illustrated catalogue of pearlfishes, cusk-eels, brotulas and other ophidiiform fishes known to data. FAO Fisheries Synopsis. No. 125. FAO, Rome. xii+178pp.
Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli + 707pp.
Misaki Marine Biological Station School of Science, the University of Tokyo丏嶰嶈椪奀幚尡強偺楌巎丗https://www.mmbs.s.u-tokyo.ac.jp/wp/嶰嶈椪奀幚尡強偺楌巎乮嶲徠2020-07-06乯
杮懞峗擵. 2020. 擔杮嶻嫑椶慡庬栚榐. 偙傟傑偱偵婰榐偝傟偨擔杮嶻嫑椶慡庬偺尰嵼偺昗弨榓柤偲妛柤. 幁帣搰戝妛憤崌尋媶攷暔娰, 幁帣搰. 558pp.

幨恀昗杮丗BSKU 44788, 265 mm SL, 1988擭5寧24擔, 搚嵅榩拞墰晹, 悈怺700 m.

乮郪揷彯杹乯

2020擭6寧偺嫑

僇働僴僔僴僞Epinephelus radiatus (Day, 1868) (僗僘僉栚僴僞壢)

丂僴僞壢Serranidae偼悽奅偱75懏栺560庬偑抦傜傟丆擔杮偐傜偼34懏153庬偑曬崘偝傟偰偄傑偡乮Fricke et al., 2020; 杮懞, 2020; Nelson et al., 2016; 悾擻, 2013乯丏偦偺偆偪儅僴僞懏Epinephelus偼悽奅偱354柤媊庬90桳岠庬偑抦傜傟丆擔杮偐傜偼45庬偑曬崘偝傟偰偄傑偡乮摗尨傎偐, 2015; Nakamura et al., 2018; 悾擻, 2013; 楅栘傎偐, 2020乯丏儅僴僞懏Epinephelus偼Bloch (1793)偵傛偭偰Epinephelus marginalis Bloch, 1793傪僞僀僾庬偲偟偰愝棫偝傟傑偟偨丏杮懏嫑椶偼丆懱偑怢挿偟懭墌宍丆摢挿偑昗弨懱挿偺36-45%丆懱崅偑摢挿偲摨摍偐偦傟埲壓偱昗弨懱挿偺27-43%丆懱暆偑懱崅偺35-56%丆攚昲偑捠忢11灆偲12-19擃忦丆攚昲婲晹偑橐奧屻抂傛傝慜偵偁傞丆鋅昲偑3灆偲7-10擃忦丆嫻昲偑娵傒傪懷傃拞墰偑嵟傕挿偄丆旜昲偑娵傒傪懷傃傞偙偲側偳偑摿挜偱偡乮Heemstra and Randall, 1993乯丏
丂僇働僴僔僴僞Epinephelus radiatus (Day, 1868)偼嵟戝懱挿70cm傎偳偱丆僀儞僪丒懢暯梞偵峀偔暘晍偟丆懱偑懭墌宍丆摢挿偑昗弨懱挿偺43-47%丆懱崅偑昗弨懱挿偺33-38%丆攚昲偑捠忢11灆偲13-15擃忦偱戞3灆偑怢挿偡傞丆鋅昲偑捠忢3灆偲8擃忦偱戞2灆偲戞3灆偑傎傏摨偠挿偝偱偁傞丆旜昲偑墌宍偵嬤偄宍忬傪掓偡傞丆岥偑抂埵偱岥楐偑戝偒偄丆懱懁偵偼拵怘偄忬偺徟偘拑怓偵墢庢傜傟偨扺怓懷偑偁傞偙偲側偳偑摿挜偱偡乮Craig et al., 2011; Heemstra and Randall, 1993; Hata and Motomura, 2020乯丏杮庬偼摨懏懠庬偺僋僄 E. bruneus Bloch, 1793傗儂僂僉僴僞E. morrhua (Valenciennes, 1883)偲娫堘偊傜傟傞偙偲偑偁傝傑偡偑丆慜幰偱偼懱懁偵6-7杮偺埫怓墶懷偑偁傝懱偺偳偙偵傕埫怓斄揰偑側偄丆屻幰偱偼懱懁偵屖忬偺斄栦偑偁傞偲偄偆揰偱幆暿偱偒傑偡乮Craig et al., 2011; 悾擻, 2013乯丏
丂幨恀屄懱偼丆2020擭6寧8擔偵崅抦導崟挭挰偺嵅夑嫏峘偱嵦廤偝傟傑偟偨丏偦偺擔偼丆僸儊僴僫僟僀傗丆僩儎儅僒僀僂僆丆儎儕僸僎側偳丆晛抜尒偐偗傜傟側偄庬傕悈梘偘偝傟偰偄傑偟偨丏 "傏偆偢僐儞僯儍僋偺巗応嫑夘恾娪"(傏偆偢僐儞僯儍僋, 2020)偵傛傞偲丆杮庬偼旕忢偵旤枴偱偼偁傞偑丆擖壸偼婬偱偁傝丆彫宆屄懱偱傕崅壙丆戝宆偱偼旕忢偵崅壙偱丆婓彮側嫑偱偁傝堦斒揑側壙奿偺嫑偱偼側偄偲偝傟偰偄傑偡丏2006擭偺1擭娫偵丆敧廳嶳奀堟偺増娸堟偵偍偄偰丆摨偠僴僞壢偺僗僕傾儔Plectropomus leopardus (Lacepe`de, 1802)偑11,681屄懱丆僫儈僴僞Epinephelus ongus (Bloch, 1790)偑32,518屄懱嫏妉偝傟偰偄傞偺偵懳偟丆杮庬偼57屄懱偟偐嫏妉偝傟偰偍傜偢乮懢揷, 2007乯丆崅壙偱偁傞棟桼偑悇嶡偝傟傑偡丏枴傕旕忢偵旤枴偲偺偙偲側偺偱丆傕偟尒偐偗傞婡夛偑偁傟偽丆惀旕怘傋偰傒偰偔偩偝偄丏

堷梡暥專
Craig, M. T., Y. J. Sadovy de Mitcheson and P. C. Heemstra, eds. 2011. Groupers of the World: A Field and Market Guide. NISC, Grahamstown, xix+356 pp.
Day, F. 1867丏On some new or imperfectly known fishes of India. Proceedings of the Zoological Society of London 1867 (pt 3): 699-707.
Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 18. June.
摗尨嫳巌丒崅嶳恀桼旤丒嶗堜梇丒杮懞峗擵. 2015. 擔杮偵偍偗傞僴僞壢嫑椶僉僥儞僴僞 Epinephelus bleekeri 偺婰榐偲暘晍忬嫷. 僞僋僒擔杮摦暔暘椶妛夛帍, 39: 40亅46.
Hata, H., and H. Motomura. 2020 First records of two species of groupers (Perciformes: Serranidae), Epinephelus morrhua and Epinephelus radiatus, from the Tokara Islands, northern part of the Ryukyu Islands, Japan. Nature of Kagoshima 46: 573-579.
Heemstra, P.C. and J. E. Randall. 1993. FAO species catalogue Vol. 16. Groupers of the world (family Serranidae, subfamily Epinephelinae): an annotated and illustrated catalogue of the groupers, rockcod, hind, coral groupers, and lyretail species known to date. FAO Fisheries Synopsis, Rome, 16 (125), 1-382.
杮懞峗擵. 2020. 擔杮嶻嫑椶慡庬栚榐偙傟傑偱偵婰榐偝傟偨擔杮嶻嫑椶慡庬偺尰嵼偺昗弨榓柤偲妛柤. 幁帣搰戝妛憤崌尋媶攷暔娰. 幁帣搰.: 73-80.
Nakamura, J., M. Takayama, J. Worthington Wilmer, J. W. Johnson and H. Motomura. 2018. First Japanese record of the Speckled Grouper Epinephelus magniscuttis (Perciformes: Serranidae) from the Osumi Islands. Species Diversity, 23: 225-228.
Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli + 707pp.
懢揷奿. 2007. 敧廳嶳奀堟偵偍偗傞庡梫増娸惈嫑椶偺嫏妉忬嫷(敧廳嶳奀堟帒尮娗棟宆嫏嬈悇恑挷嵏). 壂撽導悈嶻奀梞僙儞僞乕帠嬈曬崘彂, 69: 189-196.
悾擻岹. 2013. 僴僞壢. pp. 757亅802, 1960-1971.拞朧揙師(曇)丆擔杮嶻嫑椶専嶕慡庬偺摨掕丆戞嶰斉丏搶奀戝妛弌斉夛丆恅栰.
楅栘桰棦丒墦摗峀岝丒杮懞峗擵丒悾擻岹丒徏徖悙庽. 2020. 崅抦導偍傛傃撿僔僫奀撿晹偐傜摼傜傟偨僴僞壢 Epinephelus cragi 僗儈僣僉傾僆僴僞乮怴徧乯偺婰榐偍傛傃傾僆僴僞儌僪僉偵揔梡偡傋偒妛柤偺嵞専摙. 擔杮嫑椶妛嶨帍, 67 (1): 31-40.

幨恀昗杮: BSKU 127839, 120.2mm SL, 崅抦導敠懡孲崟挭挰嵅夑嫏峘, 2020擭6寧8擔, 嵦廤丒幨恀嶣塭: 堜忋桾懢丒岾戝擇榊丏

乮岾戝擇榊乯

2020擭5寧偺嫑

僑儞僘僀Plotosus japonicus Yoshino and Kishimoto, 2008 (僫儅僘栚僑儞僘僀壢)

丂僑儞僘僀壢 Plotosidae 偼僀儞僪梞偲惣懢暯梞乮擔杮偐傜僆乕僗僩儔儕傾丒僼傿僕乕傑偱乯偵峀偔暘晍偟丆10懏42庬偱峔惉偝傟傞僌儖乕僾偱偡乮Nelson et al., 2016; Fricke et al., 2020乯丏偙偺偆偪偺栺敿悢偑僆乕僗僩儔儕傾偲僯儏乕僊僯傾偺扺悈堟偵丆巆傝偼僀儞僪梞亅惣懢暯梞偺増娸乮帪乆傎傏扺悈偺壨岥堟偵怤擖偡傞乯偵惗懅偟傑偡 (Ferraris, 1999; Nelson et al., 2016)丏杮壢嫑椶偼昗弨懱挿10-30cm掱搙偺彫宆丒拞宆庬偑懡偄偱偡偑丆嵟戝僒僀僘偑100cm傪挻偊傞Plotosus albilabris Valenciennes in Cuvier and Valenciennes, 1840傗Plotosus canius Hamilton, 1822側偳偺戝宆庬傕懚嵼偟傑偡乮Ferraris, 1999乯丏杮壢偵娷傑傟傞僑儞僘僀懏Plotosus Lacepe`de, 1803偼悽奅偱偼9庬偑丆擔杮偱偼儈僫儈僑儞僘僀Plotosus lineatus (Thunberg, 1787)偲僑儞僘僀Plotosus japonicus Yoshino and Kishimoto, 2008偺2庬偑抦傜傟偰偄傑偡乮嵶扟, 2013; Nelson et al., 2016乯丏
丂僑儞僘僀懏偼汨栧捈屻偵墫椶傪攔弌偡傞婡擻傪桳偡傞庽忬撍婲乮dendritic organ乯傪傕偮偙偲丆攚昲婲揰偵偍偗傞懱崅偑昗弨懱挿偺15%埲忋偱偁傞偙偲丆嵍塃偺橐枌偑暘棧偟丆嫭晹偐傜傕棧傟傞偙偲丆4懳偺怗棰傪傕偮偙偲丆椉怬偵儘乕僽忬傑偨偼僸僎忬偺晅懏暔傪寚偔偙偲丆慜旲岴偺奐岥偑慜曽偵岦偄偰忋怬偺攚懁偵埵抲偡傞偙偲丆慜忋妠崪偵帟偑偁傞偙偲側偳偐傜摨壢懠懏偲幆暿偱偒傑偡乮娸杮丆1997丟Ferraris, 1999; Ng and Sparks, 2002; Murdy and Ferraris, 2006乯丏偙傟傑偱擔杮嶻僑儞僘僀壢嫑椶偼僀儞僪亅惣懢暯梞偵峀偔暘晍偡傞P. lineatus [偁傞偄偼Plotosus anguillaris (Bloch, 1794)] 偺1庬偺傒偲偝傟丆偙傟傜偺妛柤偵懳偟偰昗弨榓柤乬僑儞僘僀乭偑巊傢傟偰偄傑偟偨乮椺偊偽丆塿揷傎偐丆1975丟娸杮丆1997丟Hosoya, 2002乯丏偟偐偟丆Yoshino and Kishimoto (2008) 偼杒惣懢暯梞偱摼傜傟偨杮懏偺223昗杮傪惛嵏偟丆擔杮嶻偺乬僑儞僘僀乭偑宍懺揑偵堎側傞2庬偵暘椶偱偒傞偙偲傪柧傜偐偵偟傑偟偨丗僀儞僪梞亅惣懢暯梞偵峀偔暘晍偟丆擔杮偱偼偍傕偵棶媴楍搰乮婬偵擔岦撳乯偵惗懅偡傞P. lineatus乮P. anguillaris 偼 P. lineatus偺怴嶲僔僲僯儉乯偲擔杮廃曈偵偺傒暘晍偟丆偍傕偵杮廈偲嬨廈乮婬偵棶媴楍搰乯偺偡傞晛捠庬偱丆怴庬婰嵹偝傟偨 P. japonicus偱偡丏Yoshino and Kishimoto (2008) 偼昗弨榓柤乬僑儞僘僀乭傪 P. japonicus偵梌偊丆廬棃乬僑儞僘僀乭偲偝傟偰偄偨P. lineatus偵懳偡傞昗弨榓柤偵偮偄偰偼尵媦偣偢丆P. lineatus偼栺1擭娫偵傢偨傝昗弨榓柤偑側偄忬懺偱偟偨丏偦偟偰梻擭偵丆娸杮丒媑栰乮2009乯偼偦偺暘晍摿惈偐傜丆P. lineatus偵懳偟偰怴昗弨榓柤乬儈僫儈僑儞僘僀乭傪梌偊傑偟偨丏僑儞僘僀偲儈僫儈僑儞僘僀偼丆椉庬嫟偵懱懁偵2-3杮偺墿怓乮傕偟偔偼敀怓乯廲慄偑憱傝丆偦偺偆偪偺彮側偔偲傕2杮偑摢晹懁柺偵傑偱怢傃傞偙偲偐傜摨懏懠庬偲柧椖偵幆暿偱偒傑偡丏偝傜偵丆僑儞僘僀偼儈僫儈僑儞僘僀偲偼鋅昲昲忦悢偲懱攚晹旜昲昲忦悢 [dorsal procurrent caudal fin; 戞2攚昲偺傛偆偵尒偊傞昲偺偙偲偱丆偙偺昲偵偼扴昲崪偑側偄偙偲偐傜峔憿忋偼旜昲偱偁傝丆杮懏嫑椶偺旜昲偼攚昲捈屻傑偱慜恑偟偰偄傞偙偲偵側傝傑偡 (摗揷丆1990)] 偺崌寁偑142-174 (vs. 儈僫儈僑儞僘僀偱偼163-196)丆憤橐阈悢偑20-26乮vs. 25-31乯丆愐捙崪悢偑48-53 (vs. 52-56)丆dendritic organ偺婎掙屻晹偵偁傞旂硇偑1懳傕偟偔偼1枃乮vs. 昗弨懱挿100 mm埲忋偺屄懱偱偼旂硇偑側偄乯偱偁傞偙偲側偳偐傜幆暿偱偒傑偡乮Yoshino and Kishimoto, 2008丟嵶扟, 2013乯丏忋婰傪娷傓椉庬偺偄偢傟偺幆暿宍幙偼昗杮傪嶌惉偟側偗傟偽妋擣偱偒偢丆惗懺幨恀傗惗懱偱椉庬傪尒暘偗傞偙偲偼帄擄偺嬈偲偄偊傞偱偟傚偆乮娸杮丒媑栰丆2009丟杮懞丆2015乯丏
丂幨恀屄懱偼崅抦戝妛偐傜幵偱20乣30暘掱偱峴偗傞弔栰嫏峘偱栭偵掁傝忋偘傜傟傑偟偨丏弔栰嫏峘偱偼僇僞僋僠僀儚僔丆僂儖儊僀儚僔丆儅僀儚僔偺抰嫑乮崅抦偱偼偙傟傜傪乬偳傠傔乭偲屇傇乯傪懳徾偲偡傞僔儔僗僷僢僠栐嫏偑惙傫偵峴傢傟偰偄傑偡丏夁嫀偵杮尋媶幒偺儊儞僶乕偱弔栰嫏峘撪偺嫑椶憡挷嵏傪峴偭偨偲偙傠丆弔栰嫏峘撪偱偼97庬偺嫑椶偑妋擣偝傟丆偦偺偆偪僑儞僘僀偼捠擭娤嶡偝傟傑偟偨乮徏徖傎偐丆2017乯丏僑儞僘僀偼巋撆嫑偲偟偰桳柤偱丆攚昲灆偲嫻昲灆偺寁3杮偺灆偵撆嵶朎傪桳偟丆偝傜偵杮庬偼擲塼偵傕撆偑娷傑傟偰偄傑偡乮杮懞丆2015乯丏杮庬偵巋偝傟偨応崌丆巋偝傟偨彎岥偐傜巋撆偩偗偱側偔丆擲塼撆傕擖傝崬傓偲峫偊傜傟丆捠忢偼巋偝傟偨姵晹偼愒偔庮傟偁偑傝丆寖偟偄捝傒傪敽偆掱搙偱偡偑丆彎岥廃曈偺嵶朎偑夡巰偡傞偲偄偆廳徢偺応崌傕曬崘偝傟偰偄傑偡乮杮懞丆2015乯丏偦傫側婋尟側僑儞僘僀偱偡偑丆幚偼抦傞恖偧抦傞旤枴偟偄嫑偱偡丏杮庬偼撆灆偲擲塼傪庢傝彍偄偨偆偊偱丆枴慩廯丆揤傉傜傗幭偮偗側偳偱怘偝傟丆偝傜偵挿嶈導偱偼偦偆傔傫偺忋偵娒恏偔廮傜偐偔側傞傑偱幭崬傑傟偨杮庬傪忔偣偨乬僑儞僘僀偦偆傔傫乭偲偄偆椏棟偑偁傞偦偆偱偡乮嶳岥丆2016乯丏巹偼杮庬偺幭偮偗傪怘傋偨偙偲偑偁傝傑偡偑丆摢晹傗旂偑摿偵旤枴偟偔丆傑偨怘傋偨偄偲巚偊傞堦昳偱偟偨丏婡夛偑偁傟偽丆惀旕怘傋偰傒偰偔偩偝偄丏

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Ferraris, C. 1999. Plotosidae. Pages 1880-1883 in K. E. Carpenter and V. H. Niem, eds. FAO species identification guide for fishery purposes. The living marine resources of the western central Pacific. Volume 3. Batoid fishes, chimaeras and bony fishes part 1 (Elopidae to Linophrynidae). FAO, Rome.

Fricke, R., W. N. Eschmeyer, and J. D. Fong, 2020. Eschmyer's Catalog of Fishes: species by family/subfamily. http://researcharchive.calacademy.org/research/ichthyology/catalog/SpeciesByFamily.asp.乮嶲徠 2020-03-015乯丏

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摗揷惔丏1990丏嫑椶旜晹崪奿偺斾妑宍懺恾愢丏搶奀戝妛弌斉夛丆搶嫗丏xiv + 897 pp.

娸杮峗榓丏1997丏僑儞僘僀壢丏壀懞廂丒擈壀朚晇乮曇乯p. 95丆嶳宬僇儔乕柤娪擔杮偺奀悈嫑丏嶳偲宬扟幮丆搶嫗丏

娸杮峗榓丒媑栰揘晇丏2009丏擔杮嶻僑儞僘僀偲儈僫儈僑儞僘僀乮怴徧乯偵娭偡傞捛婰丏嫑椶妛嶨帍丆56丗78-80丏

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塿揷堦丒峳夑拤堦丒媑栰揘晇丏1975丏嫑椶恾娪撿擔杮偺増娸嫑丏搶奀戝妛弌斉夛丆搶嫗丏379 pp.

徏徖悙庽丒撪摗戝壨丒嵅摗恀墰丒悈挰奀搇丒嶳杮徦戙愹岾擳丒嶳愳晲丒墦摗峀岝丒嵅乆栘朚晇丏2017丏崅抦導崅抦巗弔栰嫏峘撪偱嵦廤偝傟偨嫑椶丏Nature of Kagoshima, 44丗47-71丏

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幨恀昗杮: BSKU 127110丆199 mm SL丆2019擭11寧7擔丆崅抦導崅抦巗弔栰嫏峘丆掁傝丏嵦廤丒幨恀嶣塭丗撪摗戝壨丏
乮撪摗戝壨乯

2020擭4寧偺嫑

儂僔儎儕僈儗僀 Laeops nigromaculatus von Bonde, 1922 乮僇儗僀栚僟儖儅僈儗僀壢乯

丂僟儖儅僈儗僀壢嫑椶偼悽奅偺擬懷偐傜壏懷偺愺奀偐傜悈怺1500 m傑偱偺怺奀堟偵暘晍偟乮Fricke et al., 2020乯丆悽奅偵20懏163庬丆擔杮偵偼15懏41庬偑抦傜傟偰偄傑偡乮擈壀, 2016; Nelson et al., 2016乯丏杮壢偼嵍懱懁偵椉娽偑偁傞丆旜昲偺拞墰晹傪彍偔偡傋偰偺昲忦偑暘巬偟側偄丆暊昲偑嵍塃晄憡惈丆桳娽懁偺暊昲偺婎掙偑傢偢偐偁傞偄偼嬌傔偰挿偔怢挿偡傞丆柍娽懁偺暊昲偺婎掙偑抁偄丆旜昲忦悢偑17偱拞墰晹偺11亅13擃忦偑暘巬偡傞丆桳娽懁偺懁慄偑敪払偟丆柍娽懁偱偼戅壔揑偁傞偄偼側偄偙偲偑摿挜偱偡乮擈壀, 2016乯丏
丂儎儕僈儗僀懏 Laeops 偼Gu丯nther (1880) 偵傛偭偰Laeops parviceps Gu丯nther (1880) 傪僞僀僾庬偲偟偰愝棫偝傟丆尰嵼19柤媊庬偺偆偪13庬偑桳岠偲偝傟偰偄傑偡乮Fricke et al., 2020乯丏偙偺偆偪丆擔杮偵偼儎儕僈儗僀 L. kitaharae (Smith and Pope, 1906),偲儂僔儎儕僈儗僀L. nigromaculatus von Bonde, 1922偺2庬偑暘晍偟傑偡乮擈壀, 2016乯丏杮懏偼懱偑敄偔棳慄宆偱丆惉挿偵傛傞摢晹偺宍傗椉娽娫妘暆偵帗梇嵎偑側偄丆旜暱偑挊偟偔嵶偄丆椉妠帟偑彫偝偔柍娽懁偵偺傒敪払偡傞側偳偺摿挜傪傕偪傑偡乮擈壀, 2016乯丏
丂儂僔儎儕僈儗僀偼丆榓壧嶳導敀昹乮抰嫑乯丆幁帣搰導乮屻婜巈嫑乯丆崅抦導丆僀儞僪亅惣懢暯梞丆搶傾僼儕僇丆僒儎丒僨丒儅儖僴丒僶儞僋偐傜婰榐偑偁傝丆悈怺100-400m偺嵒揇掙偵惗懅偟丆偍傕偵掙惗惈偺彫摦暔傪怘傋傑偡乮擈壀, 2016乯丏彫宆掙塯栐偱嬌傔偰傑傟偵嫏妉偝傟丆怘梡偲偟偰棙梡偝傟傞傎偳妉傟傑偣傫乮擈壀, 2016乯丏擔杮偱偼搚嵅榩偐傜偺傒婰榐偝傟偰偄傑偟偨偑丆屻婜巈嫑偑幁帣搰導偲榓壧嶳導偐傜曬崘偝傟傑偟偨乮擈壀, 2016乯丏嵦廤偝傟偨巈嫑偼丆悈柺捈壓偱暊懁傪壓偵偟偰丆懱傪悅捈偵棫偰偰晜梀偟丆梀塲偟偰偄偨偦偆偱偡丏偦偺嵺偵丆僸儔儉僔椶傗僂儈僂僔椶偑塲偄偱偄傞傛偆偵尒偊偨偲偺偙偲偱偡乮壛夑丒擈壀, 2003乯丏
丂杮庬偼擔杮嶻偺摨懏偺儎儕僈儗僀偲偼丆師偺宍幙偺慻傒崌傢偣偱柧椖偵幆暿偱偒傑偡乮擈壀, 2016乯丗懱偺柾條乮儂僔儎儕僈儗僀偱偼慡柺偵懡悢偺彫崟斄偑嶶嵼偡傞vs. 儎儕僈儗僀偱偼尠挊側斄栦偼側偄乯丆攚昲慜晹昲忦乮慜晹3擃忦偑怢挿偡傞vs. 攚昲慜晹擃忦偼怢挿偟側偄乯丆椉妠帟乮1楍vs. 帟懷乯丆懁慄椮悢乮140-144 vs. 93-105乯丆摢挿偲旜暱崅偺妱崌乮摢挿偑旜暱崅偺2.9-3.1攞vs. 2.1-2.7攞乯丏
丂儂僔儎儕僈儗僀偼怘梡偲偟偰棙梡偝傟傞傎偳嫏妉偝傟側偄偨傔丆枴偼傢偐傝傑偣傫偑丆儎儕僈儗僀偼姳暔傗楙傝暔偲偟偰棙梡偝傟偰偄傑偡乮擈壀, 2016乯丏幨恀昗杮偼丆2020擭1寧22擔偵崅抦導崅抦巗偺屼忯悾嫏峘偺戝庤孞傝偱嵦廤偝傟丆偦偺擔偼僒儔僒僴僊傗僯僥儞僫僈僟儖儅僈儗僀偺帗側偳丆晛抜尒偐偗傜傟側偄庬傕悈梘偘偝傟偰偄傑偟偨丏杮尋媶幒OB偺撪摗攷巑偑堎懱椶偵偮偄偰徻偟偔丆偄偮傕偍悽榖偵側偭偰偄偨偨傔丆愭攜曽偺傛偆偵彮偟偢偮抦幆傪偮偗偰偄偒偨偄偲巚偭偰偄傑偡丏

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擈壀朚晇. 2016. 擔杮嶻僸儔儊丒僇儗僀椶. 229pp. 搶奀戝妛弌斉晹, 恅栰.

Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 2 April. 2020.

壛夑払栫丒擈壀朚晇. 2003. 榓壧嶳導敀昹偐傜摼傜傟偨僟儖儅僈儗僀壢儂僔儎儕僈儗僀 Laeops nigromaculatus偺屻婜巈嫑. 嫑椶妛嶨帍, 50 (2): 131亅136.

拞朧揙師丒峛斻壝峎. 2013. 僟儖儅僈儗僀壢. 拞朧揙師丒搚嫃撪棿乮曇乯, pp. 1662-1674, 2228-2229丏擔杮嶻嫑椶専嶕慡庬偺摨掕戞嶰斉. 搶奀戝妛弌斉夛, 恅栰丏

Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli + 707pp.

von Bonde, C. 1922. The Heterosomata (flatfishes) collected by the S. S. "Pickle.". Report Fisheries and Marine Biological Survey, Union of South Africa Rep. 2 (art. 1): 1-29, pls. 1-6.

幨恀昗杮丗BSKU 127484, 135.5 mm SL, 崅抦導崅抦巗屼忯悾嫏峘乮巌娵丆戝庤孞傝栐乯丆2020擭1寧22擔丏嵦廤幰丒幨恀嶣塭丗岾戝擇榊丏

乮岾戝擇榊乯

2020擭3寧偺嫑

僴僆僐僛 Paracentropogon rubripinnis (Temminck and Schlegel, 1843)乮僗僘僉栚僴僆僐僛壢乯

丂僴僆僐僛壢 Tetrarogidae 偼僀儞僪亅惣懢暯梞偵暘晍偟丆悽奅偵17懏40庬丆擔杮偵6懏9庬偑抦傜傟偰偄傑偡乮拞朧丒峛斻; 2013; Nelson et al., 2016乯丏杮壢嫑椶偺偆偪丆僆乕僗僩儔儕傾搶晹偵惗懅偡傞Notesthes robusta (Gu丯nther, 1860) 偼桞堦偺扺悈嫑偱丆偦傟埲奜偺庬偼偡傋偰奀悈嫑偱偡乮Nelson et al., 2016乯丏杮壢偺摿挜偼丆攚昲婲晹偑摢奧崪忋乮娽偺屻墢偺慜曽偐傜屻墢忋偺斖埻乯偵偁傞丆攚昲婎掙偑挿偔丆13亅17灆6亅11擃忦丆椮偑戅壔揑側偳偱丆偡傋偰偺庬偑桳撆偲峫偊傜傟偰偄傑偡乮愇揷, 1997; 拞朧丒峛斻; 2013; 抮揷丒拞朧, 2015; 杮懞, 2015乯丏
丂僴僆僐僛懏 Paracentropogon 偼Bleeker乮1876乯偵傛偭偰Apistus longispinis Cuvier, 1829傪僞僀僾庬偲偟偰愝棫偝傟傑偟偨丏杮懏偵偼丆Paracentropogon longispinis (Cuvier, 1829)丆Paracentropogon rubripinnis (Temminck and Schlegel, 1843)丆Paracentropogon vespa Ogilby, 1910丆偍傛傃 Paracentropogon zonatus (Weber, 1913)偺4庬偑娷傑傟丆偙偺偆偪擔杮偐傜偼僴僆僐僛 P. rubripinnis偺傒偑曬崘偝傟偰偄傑偡乮拞朧丒峛斻; 2013; Fricke et al., 2020乯丏僴僆僐僛偺懏柤偼尨婰嵹偱偼Apistus Cuvier in Cuvier and Valenciennes, 1829偱偟偨偑丆偦偺屻2000擭傑偱偼 Hypodytes Gistel, 1848傪梡偄傞尋媶幰偑懡偔偄傑偟偨乮椺偊偽丆拞朧, 1984, 2000乯丏偦偟偰丆Mandrytsa乮2001乯偼宍懺偵婎偯偔宯摑夝愅偱丆杮庬偑 Paracentropogon偵婣懏偟丆Hypodytes偑Apistus偺怴嶲僔僲僯儉偲傒側偟傑偟偨丏偟偐偟丆尰嵼偱偼杮庬偺懏柤偼尋媶幰偵傛偭偰堎側傝丆Pracentropogon 偲偡傞偐乮椺偊偽丆壃尨丒杮懞, 2012; 杮懞, 2015乯偁傞偄偼 Hypodytes偲偡傞偐乮椺偊偽丆拞朧丒峛斻; 2013; 峛斻, 2018乯尒夝偑堎側傝傑偡丏杮峞偱偼丆Mandrytsa乮2001乯偵廬偄傑偟偨丏僴僆僐僛偼擔杮偺嵔崙帪戙偵Von Siebold乮1796-1866乯偲Burger乮1806-1858乯偑僆儔儞僟傊帩偪婣偭偨挿嶈導嶻偺昗杮傪傕偲偵,乽Fauna Japonica乮擔杮摦暔帍乯乿偺拞偱婰嵹偝傟傑偟偨乮Temminck and Schlegel, 1843乯丏偟偐偟, 尨婰嵹偱偼僞僀僾偑巜掕偝傟偢丆偦偺屻偙傟傜傪強憼偡傞僆儔儞僟偺儔僀僨儞崙棫帺慠巎攷暔娰偺僉儏乕儗乕僞乕偱偁偭偨Marinus Boeseman攷巑乮1916-2006乯偵傛偭偰8昗杮偺僔儞僞僀僾偐傜儗僋僩僞僀僾乮RMNH 716a乯偑巜掕偝傟傑偟偨乮Boeseman, 1947乯丏杮庬偼擔杮偱偼惵怷導捗寉奀嫭偐傜嬨廈撿娸偺擔杮奀丆搶僔僫奀丆懢暯梞増娸丆偦偟偰悾屗撪奀偵丆奀奜偱偼挬慛敿搰撿娸偲搶娸丆戜榩偵暘晍偟丆愺奀偺傾儅儌応傗娾徥堟偵惗懅偟偰偄傑偡乮峛斻, 2018乯丏
丂僴僆僐僛偼暊昲偑1灆4擃忦偱丆攚昲戞6亅9灆偺婎掙晹偵偐偗偰崟怓斄偑偁傞偙偲偑摿挜偱偡乮Temminck and Schlegel, 1843; 拞朧丒峛斻; 2013乯丏傑偨丆巹偺懖嬈尋媶偱僴僆僐僛偺懁慄宯傪娤嶡偟偨寢壥丆杮庬偼懁慄椮傪寚偒丆懁慄娗偺傒偑旂壓偵杽杤偡傞偙偲丆摢晹偐傜旜晹傊偲懕偔懁慄娗偑戞13亅15斣栚偺懁慄岴偱拞抐偝傟丆偦傟埲崀偼懁慄娗偑4亅5杮偺抐曅偵側偭偰攝楍偡傞偙偲偑敾柧偟傑偟偨丏偝傜偵丆杮庬偼巋撆嫑偲偟偰桳柤偱丆攚昲丆暊昲丆偍傛傃鋅昲灆偵撆傪桳偡傞偲偝傟偰偄傑偡丏偨偩偟丆杮庬偺灆偵偼撆塼擷傗娗宯偼側偔丆撆偼灆傪曪傓昲枌慡懱偵偁傝丆灆偑昲枌傪撪懁偐傜撍偒攋傝側偑傜懳徾偵巋偝傞偙偲偱摨帪偵撆偑棳傟崬傓偲偄偆巇慻傒偵側偭偰偄傑偡乮幝塱傎偐, 2013乯丏傑偨丆杮庬偼慜橐奧崪灆偵傕撆傪桳偟偰偄傞傛偆偱丆懠偺灆偵巋偝傟偨帪偲摨條丆姵晹偼攞偵庮傟忋偑傝丆昦堾偱帯椕偟偰傕傜偭偨屻傕捝傒偑悢擔懕偔偦偆偱偡乮杮懞, 2015乯丏杮庬偺撆偼僇儔僩僉僔儞乮karatoxin乯偲偄偆儅儞僲乕僗娷桳摐僞儞僷僋丆偄傢備傞僞儞僷僋撆側偺偱丆巋偝傟偨嵺偼撆傪峣偭偰40亅50亷偺偍搾偵30亅90暘掱姵晹傪怹偗傞偙偲偱徢忬傪娚榓偱偒傑偡偑丆壜擻側尷傝憗媫偵昦堾偱帯椕傪庴偗偰偔偩偝偄乮幝塱傎偐, 2013; 杮懞, 2015乯丏幨恀昗杮偼丆2014擭10寧25擔偵尋媶幒OB偺陰摗煩夘偝傫偑崅抦導崟挭挰堜僲枽偺僞僀僪僾乕儖偵偰嵦廤偟偨屄懱偱偡丏棫攈側攚昲偼傕偼傗敮宆偵傕尒偊偰側偐側偐偐偭偙偄偄偺偱偡偑丆撆嫑偱偁傞偑屘偵僑儞僘僀偲嫟偵掁傝恖偐傜寵傢傟偰偄傞偙偺嫑丆懖嬈尋媶偱埖偭偰偄偨偨傔屄恖揑偵巚偄擖傟偑嫮偄偺偱偡丏尋媶幒偺愭攜傗屻攜丆桭恖偵偛嫤椡偄偨偩偒壗擔傕姦偄拞丆栭傪揙偟偰偺掁傝偵椪傒傑偟偨偑丆偳偆偄偆傢偗偐丆僴僆僐僛偼巔傪尒偣偰偔傟傑偣傫偱偟偨丏嫑尋偺壧恖丆愭攜偺悈挰奀搇偝傫偑偦偺婥帩偪傪塺傫偱偔傟傑偟偨丏
亀傑偩掁傟偢媮傔偰掁傞傕梩屨嫑傪巋偝傟傞捝傒側偮偐偟偒偐側亁杮摉偼巋偝傟偨偔側偄偗傟偳丆掁傟側偄偁傑傝丆傕偆巋偝傟傞捝傒偡傜夰偐偟傒丆楒偟偔憐偆婥帩偪偑傂偟傂偟偲揱傢偭偰偔傞慺揋側嬪偱偡偹丏

嶲峫暥專

Boeseman, M. 1947. Revision of the fishes collected by Burger and Von Siebold in Japan. Zoologische Mededelingen (Leiden) , 28: i-vii亄1-242, pls. 1-5.

Fricke, R., W. N. Eschmeyer, and R. Van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 6 Mar. 2020.

抮揷攷旤丒拞朧揙師. 2015. 撿擔杮懢暯梞増娸偺嫑椶. 搶奀戝妛弌斉晹, 恅栰. xxii + 597 pp., pls. 1-256.

愇揷丂幚. 1997. 僴僆僐僛壢丏壀懞廂丒擈壀朚晇乮曇乯丆pp. 210-211. 嶳宬僇儔乗柤娪擔杮偺奀悈嫑. 戞嶰斉. 嶳偲宬扟幮, 搶嫗.

峛斻壝峎. 2018. 僴僆僐僛壢. 拞朧揙師乮曇乯丆p. 217丏彫妛娰偺恾娪Z丂擔杮嫑椶娰惛鉱側幨恀偲徻偟偄夝愢丏彫妛娰丆搶嫗.

Mandrytsa, S. A. (2001) Seismosensory system and classification of scorpionfishes (Scorpaeniformes: Scorpaenoidei). Perm State University Press, Perm. 1-393.

杮懞峗擵. 2015. 徏塝孾堦丒挿搰桾擇乮曇乯, pp. 209, 254. 撆嫑偺帺慠巎亂撆偺撲傪捛偆亃. 杒奀摴戝妛弌斉夛, 嶥杫.

拞朧揙師. 1984. 僴僆僐僛壢. 憹揷堦丒擈壀朚晇丒峳夑拤堦丒忋栰婸淺丒媑栰揘晇乮曇乯, pp. 304-305. 擔杮嶻嫑椶戝恾娪. 搶奀戝妛弌斉夛, 搶嫗.

拞朧揙師. 2000. 僴僆僐僛壢. 拞朧揙師乮曇乯, pp. 599-600丏擔杮嶻嫑椶専嶕慡庬偺摨掕戞擇斉. 搶奀戝妛弌斉夛, 搶嫗.

拞朧揙師丒峛斻壝峎. 2013. 僴僆僐僛壢. 拞朧揙師乮曇乯, pp. 707-709丏擔杮嶻嫑椶専嶕慡庬偺摨掕戞嶰斉. 搶奀戝妛弌斉夛, 恅栰.

Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli + 707pp.

壃尨崑懢丒杮懞峗擵. 2012. 幁帣搰導弶婰榐偺僫僈僴僠僆僐僛 Neocentropogon aeglefinus japonicus 偲昗杮偵婎偯偔幁帣搰導嶻僴僆僐僛壢嫑椶偺婰榐. Nature of Kagoshima 38: 139-144.

幝塱揘丒栰岥嬍梇丒崱愹拤柧丒彫愳尗堦乮娔廋乯2013. Gakken 僼傿乕儖僪儀僗僩恾娪 Vol. 17 婋尟丒桳撆惗暔. 妛尋嫵堢弌斉, 搶嫗. 1-256 pp.

幨恀昗杮: BSKU 116421, 33. 5 mm SL, 崅抦導敠懡孲崟挭挰堜僲枽偺僞僀僪僾乕儖, 2014擭10寧25擔嵦廤幰丒幨恀嶣塭: 陰摗煩夘.

乮嶳岥丂楡乯

2020擭2寧偺嫑

僱僘儈僊僗 Gonorynchus abbreviatus Temminck and Schlegel, 1846 (僱僘儈僊僗栚僱僘儈僊僗壢)

丂僱僘儈僊僗栚僱僘儈僊僗壢 (Gonorynchidae) 偼丆僀儞僪亅懢暯梞偍傛傃撿戝惣梞偺抔奀堟偵惗懅偟傑偡 (抮揷丒拞朧, 2015; Nelson et al., 2016; 拞嶳, 2018). 杮壢偼懱偑嵶挿偄墌摏宍偱, 暙偑愲傝丆偦偺慜抂拞墰偵1杮偺擏幙偺傂偘傪傕偪, 殁傪傕偨側偄偙偲側偳偑摿挜偱偡 (抮揷丒拞朧, 2015). 杮壢偼僱僘儈僊僗懏 Gonorynchus Scopoli, 1777偺傒傪娷傒, 8柤媊庬偺偆偪5庬偑桳岠偲偝傟, 擔杮偐傜偼僱僘儈僊僗Gonorynchus abbreviatus Temminck and Schlegel, 1846偺傒偑曬崘偝傟偰偄傑偡 (Nelson et al., 2016; 拞嶳, 2018; Fricke et al., 2020). 杮壢嫑椶偼尰惗偱偼僱僘儈僊僗懏偺傒偱偡偑, 愨柵偟偨6懏偑抦傜傟偰偍傝, 偙偺拞偱Notogoneus懏偑僱僘儈僊僗懏偲巓枀孮傪宍惉偟, Sapperichthys懏偑嵟傕尨巒揑偩偲峫偊傜傟偰偄傑偡(Grande, 1999; Nelson et al., 2016). 杮壢嫑椶偼嵟慜晹偺3屄偺愐捙崪偑曄宍偟, 僐僀栚側偳偵尒傜傟傞僂僃乕僶乕婍姱偺慜嬱懱傪傕偮偙偲偐傜丆崪殁忋栚慜崪殁宯偵娷傑傟傑偡 (姰慡側僂僃乕僶乕婍姱偱偼戞1亅4捙懱偑曄宍偡傞) (栴晹, 2017).
丂僱僘儈僊僗G. abbreviatus偼擔杮偺嵔崙帪戙偵僔乕儃儖僩偑僆儔儞僟傊帩偪婣偭偨擔杮嶻偺昗杮傪傕偲偵,乽Fauna Japonica (擔杮摦暔帍)乿偱婰嵹偝傟傑偟偨 (Temminck and Schlegel, 1846). 偟偐偟, 尨婰嵹偱偼僞僀僾偑巜掕偝傟偢丆偦偺屻偙傟傜傪強憼偡傞僆儔儞僟偺儔僀僨儞崙棫帺慠巎攷暔娰偺僉儏乕儗乕僞乕偱偁偭偨Marinus Boeseman攷巑乮1916亅2006乯偵傛偭偰2昗杮偺僔儞僞僀僾偐傜儗僋僩僞僀僾 (RMNH 2686a) 偑巜掕偝傟傑偟偨 (Boeseman, 1947; Fricke et al., 2020). 杮庬偼摢晹偑戝偒偄乮摢挿偑昗弨懱挿偺25%傪挻偊傞乯, 娽偑彫偝偄乮娽宎偑昗弨懱挿偺5%枹枮乯, 暊昲擃忦悢偑8偱偁傞偙偲側偳偐傜摨懏懠庬偲幆暿偱偒傑偡 (Ferraris, 1999; Grande, 1999). 杮庬偼悈怺50亅200m偺嵒揇掙偵惗懅偟, 庒嫹榩偐傜嬨廈撿娸偺擔杮奀偲搶僔僫奀増娸, 堬忛導偐傜嬨廈撿娸偺懢暯梞増娸, 嬨廈亅僷儔僆奀椾, 僼傿儕僺儞側偳偵暘晍偟偰偄傑偡 (拞嶳, 2018).
丂幨恀屄懱偼, 2020擭2寧7擔偵崅抦導崅抦巗屼忯悾嫏峘偺戝庤孞傝偱嵦廤偝傟傑偟偨. 崱擭偼巕擭偲偄偆偙偲偱丆徯夘偡傞偺偵偪傚偆偳傛偄柤慜偺偙偺嫑, 尋媶幒偵攝懏偝傟偨3擭惗偨偪偼摨掕慜偵乽僴儉僗僞乕傒偨偄乿偲惙傝忋偑偭偰偄傑偟偨偑, 崱傕愄傕姶惈偼偁傑傝曄傢傜側偄傕偺側偺偐傕偟傟傑偣傫偹.

嶲峫暥專

Boeseman, M. 1947. Revision of the fishes collected by Burger and Von Siebold in Japan. Zoologische Mededelingen (Leiden) , 28: i-vii亄1-242, pls.1-5.

Ferraris, C. J. 1999. Gonorynchidae. Pages 1825-1826 in K. E. Carpenter and V. H. Niem, eds. FAO species identification guide for fishery purposes. The living marine resources of the western central Pacific Volume 3: Batoid, chimaeras and bony fishes. part 1 (Elopidae to Linophrynidae). FAO, Rome.

Fricke, R., W. N. Eschmeyer, and R. Van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 15 February 2020.

Grande, T. C. 1999. Revision of the genus Gonorynchus Scopoli, 1777 (Teleostei: Ostariophysi). Copeia, 1999: 453-469.

抮揷攷旤丒拞朧揙師. 2015. 撿擔杮懢暯梞増娸偺嫑椶. 搶奀戝妛弌斉晹, 恅栰. xxii + 597 pp., pls. 1-256.

拞嶳峩帄. 2018. 僱僘儈僊僗壢. 拞朧揙師 (曇), p. 86. 彫妛娰偺恾娪Z 擔杮嫑椶娰惛鉱側幨恀偲徻偟偄夝愢. 彫妛娰, 搶嫗.

Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli + 707 pp.

Temminck, C. J. and H. Schlegel. 1846. Pisces (Part 5). Pages 173-269 in P. F. Von Siebold, ed. Fauna Japonica. Leiden. 323 pp., pls. 1-144.

栴晹塹. 2017. 26復峝崪嫑椶. 栴晹迨丒孠懞揘惗丒搒栘桋彶乮曇乯, pp. 325-365.嫑椶妛. 峆惎幮岤惗妕, 搶嫗.

幨恀昗杮: BSKU 127569, 196.8 mm SL,崅抦巗屼忯悾嫏峘乮巌娵丆戝庤孞傝栐乯, 2020擭2寧7擔.

乮峚榚堦婸乯

2020擭1寧偺嫑

僄價僗僟僀 Ostichthys japonicus (Cuvier in Cuvier and Valenciennes, 1829)乮僉儞儊僟僀栚僀僢僩僂僟僀壢乯

丂僉儞儊僟僀栚僀僢僩僂僟僀壢 (Holocentridae) 偼嶰戝梞偺擬懷丒垷擬懷堟偵惗懅偟, 悽奅偱偼2垷壢8懏栺80庬偑, 擔杮偱偼2垷壢6懏40庬偑抦傜傟偰偄傑偡 (Nelson et al., 2016; 彫巬, 2018). 杮壢嫑椶偼戝偒側摢晹偵嫎帟墢傪傕偮嫄戝側灆偺偁傞儕儞僉僋僠僗婜 (rhynchichthys stage) 偲徧偝傟傞摿堎側梒婜宍懺偑偁傝, 壢儗儀儖偱偼梕堈偵幆暿偡傞偙偲偑偱偒傑偡 (彫惣丒壂嶳, 2014; 彫巬, 2018).
丂僄價僗僟僀懏 (Ostichthys Cuvier in Cuvier and Valenciennes, 1829) 偼, 慜橐奧崪嬿妏晹偵嫮偄灆偑側偄偙偲, 鋅昲擃忦悢偑10-16偱偁傞偙偲側偳偑摿挜偺傾僇儅僣僇僒垷壢偵懏偟偰偍傝 (Nelson et al., 2016), 攚昲灆悢偑12, 旲岴娫偺峚偑峀偄V帤忬偱偁傞偙偲側偳偐傜摨垷壢懠懏偲幆暿偝傟傑偡 (椦, 2013). 尰嵼, 杮懏嫑椶偼悽奅偵21柤媊庬偑懚嵼偟, 偦偺偆偪16庬偑桳岠偲偝傟偰偄傑偡 (Fricke et al. 2020). 擔杮偐傜偼, 師偺4庬偑曬崘偝傟偰偄傑偡: 僄價僗僟僀O. japonicus (Cuvier in Cuvier and Valenciennes, 1829), 僆僉僄價僗O. archiepiscopus (Valenciennes, 1862), 僇僀僄價僗O. kaianus (Günther, 1880), 偍傛傃僸儗僟僇僄價僗O. hypsipterygion (Randall, Shimizu and Yamakawa, 1982) (椦, 2013; Fricke et al., 2020).
丂僄價僗僟僀偼擔杮偱嵦廤偝傟, 儀儖儕儞攷暔娰偵強憼偝傟偰偄偨昗杮傪傕偲偵, 1829擭偵婰嵹偝傟傑偟偨 (Cuvier and Valenciennes, 1829). 偟偐偟, 婰嵹偵梡偄傜傟偨昗杮偼尰嵼峴曽晄柧偵側偭偰偄傑偡. 杮庬偼攚昲灆忦晹拞墰壓偺懁慄忋曽墶楍椮悢偑3.5, 嫻昲擃忦悢偑15-18, 桳岴懁慄椮悢偑27-29, 嵟廔攚昲灆偑傂偲偮慜偺灆傛傝挿偄偙偲側偳偐傜摨懏懠庬偲幆暿偝傟傑偡 (椦, 2013; Matsunuma et al., 2018). 杮庬偼悈怺93-700 m偺娾斦堟偵惗懅偟, 彫妢尨彅搰, 惵怷導偐傜嬨廈杒惣娸偺擔杮奀丒搶僔僫奀増娸, 惵怷導偐傜壆媣搰傑偱偺懢暯梞増娸, 搶僔僫奀戝棨扞墢曈堟, 嬨廈亅僷儔僆奀椾, 嵪廈搰, 忋奀, 僆乕僗僩儔儕傾杒惣娸丒撿搶娸側偳偵暘晍偟偰偄傑偡 (椦, 2013; 彫巬, 2018).
丂幨恀屄懱偼, 2018擭11寧17擔偵崅抦導崅抦巗屼忯悾嫏峘偺戝庤孞傝偱嵦廤偝傟傑偟偨. “傏偆偢僐儞僯儍僋偺巗応嫑夘恾娪”(傏偆偢僐儞僯儍僋, 2020) 偵傛傞偲, 僄價僗僟僀偼峝偡偓傞椮偺撪懁偵偼摟柧姶偺偁傞敀恎偑偁偭偰, 旕忢偵偆傑偄抦傞恖偧抦傞枴偺椙偄嫑偱, 枴偺昡壙偼媶嬌偺旤枴偲側偭偰偄傑偡. 宐斾庻偝傑偺柤慜傪姤偟偨側傫偲傕偍傔偱僞僀偙偺偍嫑, 尒偐偗偨嵺偵偼怘傋偰傒偰偼偄偐偑偱偟傚偆偐, 壗偐椙偄偙偲偑偁傞偐傕偟傟傑偣傫傛.

嶲峫暥專

傏偆偢僐儞僯儍僋. 2020. 僄價僗僟僀. 巗応嫑夘恾娪: https://www.zukan-bouz.com/syu/僄價僗僟僀 (嶲徠2020-01-16).

Cuvier, G. and A. Valenciennes. 1829. Histoire naturelle des poisons, vol 4. Chez F. G. Levrault, Paris.

Fricke, R., W. N. Eschmeyer, and R. Van der Laan. 2020. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 15 January 2020.

椦丂岞媊. 2013. 僀僢僩僂僟僀壢. 拞朧揙師 (曇), pp. 579亅591, 1897亅1899. 擔杮嶻嫑椶専嶕慡庬偺摨掕. 戞3斉. 搶奀戝妛弌斉夛, 恅栰.

彫惣朏怣丒壂嶳廆梇. 2014. 僀僢僩僂僟僀壢. 壂嶳廆梇 (曇), pp. 484亅488. 擔杮嶻抰嫑恾娪. 戞2斉. 搶奀戝妛弌斉, 恅栰.

彫巬孿懢. 2018. 僀僢僩僂僟僀壢. 拞朧揙師 (曇), pp. 176亅177. 彫妛娰偺恾娪Z丂擔杮嫑椶娰丂惛鉱側幨恀偲徻偟偄夝愢. 彫妛娰, 搶嫗.

Matsunuma, M., Y. Fukui and H. Motomura. 2018. Review of the Ostichthys japonicus complex (Beryciformes: Holocentridae: Myripristinae) in the northwestern Pacific Ocean, with description of a new species. Ichthyological Research, 65: 285亅314.

Nelson, J. S., T. C. Grande and M. V. H. Wilson. 2016. Fishes of the world. 5th ed. John Wiley and Sons, Hoboken. xli + 707 pp.

幨恀昗杮: BSKU 125027, 151.2 mm SL, 崅抦導崅抦巗屼忯悾嫏峘, 戝庤孞傝, 2018擭11寧17擔.

乮峚榚堦婸乯