2025擭7寧偺嫑



僀僩僸僉僴僫僟僀 Tosanoides filamentosus Kamohara, 1953 乮儁儖僇栚僴僫僟僀壢乯

丂僀僩僸僉僴僫僟僀懏 Tosanoides Kamohara, 1953 偼攚昲灆忦悢偑10丆攚昲戞1灆偑嵟挿丆攚昲擃忦偑怢挿偟側偄丆鋅昲偼3灆偱戞3灆偑嵟挿丆鋅昲擃忦偼悢杮怢挿偡傞丆嫻昲擃忦偼暘巬偟側偄丆旜昲偑怺偔榩擖偟忋曽丒壓曽擃忦偼怢挿偡傞丆愐捙崪悢偑10+16丆懁慄偼嬰姴晹忋曽偵埵抲偟丆攚昲擃忦廔晹傑偱橐阈偼嵶挿偄偙偲側偳偺摿挜偺慻傒崌傢偣偱梕堈偵摨壢懠懏偲幆暿偝傟傑偡乮Kamohara, 1953丟Katayama and Masuda, 1980丟悾擻丆2013丟Gill 2021乯丏杮懏偼摉尋媶幒弶戙嫵庼偺姉尨柅帯攷巑偵傛傝丆1952擭偵崅抦導壂僲搰偐傜摼傜傟偨僀僩僸僉僴僫僟僀 Tosanoides filamentosus Kamohara, 1953傪僞僀僾庬偲偟偰怴懏偲偟偰愝棫偝傟傑偟偨丏傑偨丆偙偺懏柤偼搚嵅偺柤傪姤偟丆崅抦偵墢偺偁傞妛柤偱偡丏

丂杮懏偵偼擔杮偵惗懅偡傞僀僩僸僉僴僫僟僀 T. filamentosus丆僉僔儅僴僫僟僀 T. flavofasciatus Katayama and Masuda, 1980偺傎偐丆僴儚僀彅搰偐傜T. obama Pyle, Greene and Kosaki, 2016丆僷儔僆偍傛傃儈僋儘僱僔傾偐傜T. annepatrice Pyle, Green, Copus and Randall, 2018丆僽儔僕儖偺僙儞僩億乕儖僘儘僢僋偐傜T. aphrodite Pinheiro, Rocha and Rocha, 2018丆僆乕僗僩儔儕傾傗僯儏乕僇儗僪僯傾偐傜T. benetti Allen and Walsh, 2019偑偦傟偧傟曬崘偝傟丆尰嵼6桳岠庬偑抦傜傟偰偄傑偡乮Kamohara, 1953; Katayama and Masuda, 1980; Pyle et al. 2014, 2016; Pinheiro; 2018; Anderson, 2018, 2022; Allen and Walsh, 2019; Parenti and Randall, 2020; Tea et al., 2025乯丏傑偨丆僀僩僸僉僴僫僟僀偼攚昲戞1灆偑挿偄偙偲偐傜梕堈偵摨懏懠庬偲幆暿偝傟傑偡乮Allen and Walsh, 2019乯丏

丂杮懏偺惗懺妛揑摿挜偲偟偰丆怺応偺娾徥懷偵扨撈傑偨偼孮傟偱惗懅偡傞偙偲偑抦傜傟偰偄傑偡丏椺偊偽丆僀僩僸僉僴僫僟僀偺惗懅娐嫬偼悈怺40 m埲怺偺娾徥懷偱丆偦偺悈怺懷偐傜偼摨懏偺僉僔儅僴僫僟僀 T. flavofasciatus傗儅僟儔僴僫僟僀 Odontanthias borbonius (Valenciennes, 1828)丆僔僉僔儅僴僫僟僀 Callanthias japonicus Franz, 1910丆僎僢僐僂僗僘儊僟僀 Chromis tingting Tea, Gill and Senou, 2019側偳偺嫑偑妋擣偝傟偰偄傑偡乮悾擻丆1993丟悾擻丒惎栰丆1999; Tea et al., 2019乯丏 僀僩僸僉僴僫僟僀偼擔杮崙撪偱偼崅抦導丆弜壨榩乮惷壀導戝悾嶈乯丆憡柾榩乮惷壀導擬奀丒晉屗丆埳摛戝搰乯丆擔杮崙奜偐傜偼僴儚僀-揤峜奀嶳楍偐傜偺傒抦傜傟偰偄傑偡乮Kamohara, 1953; Gooding, 1980; 悾擻丆1993丆2013乯丏偙偺僴儚僀-揤峜奀嶳楍偺婰榐偼丆僴儞僐僢僋奀嶳乮杒堒30搙15暘丆搶宱178搙50暘乯偱嵦廤偝傟偨1屄懱偵婎偯偒曬崘偝傟偨傕偺偱偟偨乮Gooding, 1980)丏偦偺屻丆Pyle et al. (2016)偼杮昗杮偺摨掕偵偮偄偰媈栤傪掓偟偰偄傑偡丏偟偐偟丆Gooding (1980)偱曬崘偝傟偨昗杮偼尰懚偟側偄偨傔丆杮庬偑杮摉偵僴儚僀彅搰杒惣偺揤峜奀嶳悈堟偵暘晍偡傞偐偺敾抐傪峴偆偵偼捛壛昗杮偺嵦廤偑朷傑傟傑偡丏

丂偙偺幨恀屄懱偼2023擭偺弔偵幒屗巗嵅婌昹嫏峘偵慏傪峔偊傞徏旜戱嵠巵偵傛偭偰掁妉偝傟丆嫑尋偵婑憽偝傟傑偟偨丏昗杮屔偵偼僀僩僸僉僴僫僟僀偺儂儘僞僀僾偑廂憼偝傟偰偄傑偡偑丆偦偺屻捛壛昗杮偼偁傝傑偣傫偱偟偨丏傑偨丆摉慠偺偙偲側偑傜摉帪偼儂儘僞僀僾偐傜堚揱巕愗曅偑嵦庢偝偰偄側偐偭偨偨傔丆73擭怳傝偵婑憽偝傟偨杮昗杮偼堚揱巕僒儞僾儖丒僇儔乕幨恀偑懙偭偨嵟崅偺屄懱偲側傝傑偟偨丏徏旜巵偵偼僀僩僸僉僴僫僟僀傪偼偠傔丆嬂応丒墦摗乮2024乯偱曬崘偟偨僣僉僸僴僫僟僀丆捗栰傎偐乮2024乯偱曬崘偟偨傾僇儂僔僉僣僱儀儔側偳懡婒偵搉傝挷嵏傊偛嫤椡傪偄偨偩偄偰偍傝傑偡丏嫑尋偵偼1擭偵悢愮屄懱偺嫑椶偑斃擖偝傟傑偡偑丆徏旜巵傪偼偠傔懡偔偺曽偺偛嫤椡偱婑憽偝傟偨嫑椶傕彮側偔偁傝傑偣傫丏杮峞傪傕偪傑偟偰奆條偵夵傔偰偍楃怽偟忋偘傑偡丏

堷梡暥專

嬂応嬻棡丒墦摗峀岝丏2024丏崅抦導偲榓壧嶳導偐傜摼傜傟偨杒尷婰榐傪娷傓僣僉僸僴僫僟僀丏Ichthy, Natural History of Fishes of Japan, 40: 17-21.

Allen, G. R. and F. Walsh. 2019. Tosanoides bennetti, a new species of anthiadine fish (Pisces: Serranidae) from the Coral Sea. aqua, International Journal of Ichthyology, 25: 25-34

Anderson, W. D., Jr. 2018. Annotated checklist of anthiadine fishes (Percoidei: Serranidae). Zootaxa, 4475: 1-62.

Anderson, W. D., Jr. 2022. Additions and emendations to the annotated checklist of anthiadine fishes (Percoidei: Serranidae). Zootaxa, 5195: 567-578.

Gill, A. C., J. J. Pogonoski, G. I. Moore and J. W. Johnson. 2021. Review of Australian species of Plectranthias Bleeker and Selenanthias Tanaka (Teleostei: Serranidae: Anthiadinae), with descriptions of four new species. Zootaxa, 4918: 1-116.

Gooding, R. M.  1980.  Exploratory fishing on the Hancock seamounts by the Townsend Cromwell, 1976-79. Pages 241-250 in  R. W. Grigg and R. T. Pfund, eds. Proceedings of the Symposium on Status of Resource Investigations in the Northwestern Hawaiian Islands. University of Hawai乪i Sea Grant College Program, Honolulu.

Kamohara, T. 1953. Marine fishes newly found in Prov. Tosa, Japan, with descriptions of a new genus and species. Research Reports of Kochi University, 2 (11): 1-10, 2 pls.

Katayama, M. and H.  Masuda. 1980. Tosanoides flavofasciatus, a new anthiine fish from Sagami Bay, Japan, and the Tonga Ridge, Melanesia. Japanese Journal of Ichthyology, 27(1): 51-55.

Parenti, P. and J. E. Randall. 2020. An annotated checklist of the fishes of the family Serranidae of the world with description of two new related families of fishes. FishTaxa, 15 (1): 1-170.

Pinheiro, H. T., C. R. Rocha and L. A. Rocha. 2018. Tosanoides aphrodite, a new species from mesophotic coral ecosystems of St. Paul乫s Rocks, Mid Atlantic Ridge (Perciformes, Serranidae, Anthiadinae). ZooKeys, (786): 105-115.

Pyle, R. L., B. D. Greene and R. K. Kosaki. 2016. Tosanoides obama, a new basslet (Perciformes, Percoidei, Serranidae) from deep coral reefs in the northwestern Hawaiian Islands. ZooKeys, (641): 165-181.

Pyle, R. L., B. D. Greene, J. M. Copus and J. E. Randall. 2018. Tosanoides annepatrice, a new basslet from deep coral reefs in Micronesia (Perciformes, Percoidei, Serranidae). ZooKeys, (786): 139-153.

悾擻 岹丏1993丏崱寧偺嫑 僀僩僸僉僴僫僟僀丏埳摛奀梞岞墍捠怣丆4 (2): 1

悾擻 岹丏2013丏僴僞壢丏拞朧揙師(曇)丆pp. 757-802, 1960-1971. 擔杮嶻嫑椶専嶕 慡庬偺摨掕 戞嶰斉.搶奀戝妛弌斉夛丆恅栰.

悾擻 岹丒惎栰 廋丏1999丏崱寧偺嫑 僶儔僴僫僟僀乮梒嫑乯丏埳摛奀梞岞墍捠怣丆10 (12): 1

Tea, Y.-K., A. C. Gill and H. Senou. 2019. Chromis tingting, a new species of damselfish from mesophotic coral ecosystems of southern Japan, with notes on C. mirationis Tanaka (Teleostei: Pomacentridae). Zootaxa, 4586: 249-260.

Tea, Y.-K., T.-L. Sih, F. Walsh, T. Bennett, L. A. Rocha, G. Bardout, A. Hay, K. Parkinson, S. Reader, I. J. Riley, J. J. Pogonoski, J. W. Johnson, G. I. Moore, A. C. Gill, G. F. Galbraith, B. J. Cresswell, A. S. Hoey, B. W. Frable, B. P. Brooke and R. J. Beaman. 2025. New records of fishes from the Coral Sea Marine Park, Australia. Coral Reefs:1-48. [First appeared online, pp. 1-48, on 16 June 2025.]

捗栰媊戝丒孎栘宒栱丒嬂応嬻棡丒墦摗峀岝丏2024丏幒屗枽壂偐傜摼傜傟偨崅抦導弶婰榐偺傾僇儂僔僉僣僱儀儔丏Ichthy, Natural History of Fishes of Japan, 44: 26-30.

幨恀昗杮丗BSKU 133733, 81.6 mm SL, 2023擭5寧25擔丆崅抦導幒屗巗嵅婌昹壂丆悈怺120 m丆掁妉丗徏旜戱嵠丆揥昲丒嶣塭丗嬂応嬻棡丏

乮嬂応嬻棡乯 

2025擭5寧偺嫑



僣儅儕儅僣僇僒Myripristis greenfieldi Randall and Yamakawa, 1996乮僉儞儊僟僀栚僀僢僩僂僟僀壢乯 

丂崱夞偼崅抦導偱僟僀價儞僌億僀儞僩偲偟偰桳柤側攼搰偵備偐傝偺偁傞愒偄嫑偺徯夘偱偡丏

丂傾僇儅僣僇僒懏Myripristis偼僀僢僩僂僟僀壢傾僇儅僣僇僒垷壢乮Holocentridae; Myripristinae乯傪峔惉偡傞1懏偱偁傝丆僼儔儞僗偺攷暔妛幰Georges Cuvier 偵傛傝Myripristis jacobus Cuvier, 1829傪僞僀僾庬偲偟偰愝棫偝傟傑偟偨乮Randall and Yamakawa, 1996乯丏杮懏偼丆嶰戝梞偺擬懷丒垷擬懷奀堟傪拞怱偵惗懅偟丆72柤媊庬30桳岠庬偑抦傜傟偰偄傑偡乮Randall and Greenfield, 1996; Nelson et al., 2016; Fricke at al., 2025乯丏偙偺偆偪丆擔杮偱偼15庬丆崅抦導偱偼7庬偑婰榐偝傟偰偄傑偡乮暯揷傎偐丆1996丟拞朧傎偐丆2001丟椦丆2013丟杮懞丆2025乯丏 僣儅儕儅僣僇僒Myripristis greenfieldi Randall and Yamakawa, 1996偼丆傾僇儅僣僇僒垷壢傾僇儅僣僇僒懏偵懏偟丆嶺岃徥惈嫑椶偺暘椶偱挊柤側John E. Randall攷巑偲杮尋媶幒OB偺嶳愳丂晲巵偵傛傝丆儂儘僞僀僾偲僷儔僞僀僾偺崌寁12昗杮偵傕偲偯偒怴庬婰嵹偝傟傑偟偨丏偙偺偆偪丆杮尋媶幒偵偼僷儔僞僀僾偺5昗杮偑強憼偝傟偰偄傑偡乮幨恀乯丏尨婰嵹偱偼丆崅抦導敠懡孲戝寧挰攼搰偲棶媴楍搰乮墏旤戝搰丆壂撽搰乯偐傜婰榐偝傟丆儂儘僞僀僾偲僷儔僞僀僾5昗杮偼攼搰廃曈偱偺巋偟栐嫏偱嵦廤偝傟傑偟偨丏尨婰嵹埲屻傕僀儞僪乮働儔儔廈乯偲擔杮偐傜捛壛婰榐偑偁傝丆擔杮崙撪偱偼彫妢尨彅搰丆憡柾榩埲撿偺撿擔杮偺懢暯梞娸偐傜敧廳嶳彅搰乮愇奯搰乯傑偱峀偔暘晍偟傑偡乮Randall and Yamakawa, 1996丟椦丆2013丟峕岥丒杮懞丆2016; Nair and Dineshkumar, 2016丟杮懞丆2025乯丏

丂杮庬偼嫻昲泓晹偑柍椮丆懁慄桳岴椮悢偑28-29(捠忢29)丆懁慄壓曽偺懱懁椮墢曈偺彫灆偑35-52丆壓妠偺帟夠偑1懳丆慜摢崪慜抂偑傢偢偐偵墯忬丆橐奧枌偲嫻昲泓晹廃曈偑崟怓丆攚昲灆忦晹偺昲枌愭抂晅嬤偑愒怓丆暊昲慜墢偑敀怓 偲偄偭偨摿挜偐傜摨懏懠庬偲幆暿偱偒傑偡乮Randall and Greenfield, 1996; Randall and Yamakawa, 1996乯丏杮庬偼摿偵Myripristis randalli Greenfield, 1974偲椶帡偟傑偡偑丆摢挿偑攚昲嵟挿灆偺2.0-2.25攞乮vs. 1.8-2.0乯丆摢挿偑鋅昲戞3灆偺1.85-2.1攞乮vs. 1.5-1.8乯丆偦偟偰懁慄壓曽偺懱懁椮墢曈偺彫灆偑35-52乮vs. 21-30乯偱偁傞偙偲偐傜柧椖偵幆暿偝傟傑偡乮Randall and Greenfield, 1996乯丏 丂

丂幨恀嵍偺昗杮偼丆攼搰偵偍偄偰昅幰偑栭掁傝偱掁妉偟偨傕偺偱丆摨抧偺晛捠庬偱偁傞僫儈儅僣僇僒Myripristis kochiensis Randall and Yamakawa 1996偵崿偠傝1屄懱傪嵦廤偟傑偟偨丏傾僇儅僣僇僒懏嫑椶偵偼奜尒偑旕忢偵椶帡偡傞庬偑懡偔娷傑傟丆偦傟傜偺幆暿偑擄偟偄偨傔岆摨掕偝傟偑偪側暘椶孮偱傕偁傝傑偡丏摿偵丆傾僇儅僣僇僒偲摨掕偝傟偨昗杮偵偼暋悢庬偑崿摨偡傞応崌偑懡偄傛偆偱偡丏傕偟栭掁傝側偳偱嵦廤偡傞婡夛偑偁傝傑偟偨傜帩偪婣偭偰庬摨掕偵挧愴偟偰傒偰偔偩偝偄丏幚偼捒偟偄庬偐傕偟傟傑偣傫丏

堷梡暥專

峕岥宑曘丒杮懞峗擵丏2016丏棶媴楍搰偵偍偗傞僀僢僩僂僟僀壢嫑椶憡丏Nature of Kagoshima, 42: 57-112.

Fricke, R., W. N. Eschmeyer and R. van der Laan (eds.). 2025. Eschmeyer乫s catalog of fishes: genera, species, references. (http://researcharchive.calacademy.org/research/ichthyology/ catalog/fishcatmain.asp) (7 May 2025)

椦丂岞媊丏2013丏僀僢僩僂僟僀壢丆pp. 579-591, 1897-1899丏拞朧揙師乮曇乯擔杮嶻嫑椶専嶕丂慡庬偺摨掕丏戞 3 斉丏搶奀戝妛弌斉夛丆恅栰丏

暯揷抭朄丒嶳愳丂晲丒娾揷柧媣丒恀撶嶰榊丒暯徏丂榡丒戝惣怣峅丏1996丏崅抦導攼搰偺嫑椶憡丂峴摦偲惗懺偵娭偡傞婰弎傪拞怱偲偟偰丏崅抦戝妛奀梞惗暔嫵堢尋媶僙儞僞乕尋媶曬崘丆(16): 1-177丏

杮懞峗擵丏2025丏擔杮嶻嫑椶慡庬栚榐丏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丏Online ver. 30. (28 Apr. 2025)

Nair, R. J. and S. Dineshkumar. 2016. New distributional records of three soldier fishes (Pisces: Holocentridae: Myripristis) from Indian waters. Marine Biodiversity Records, 9: 1-5.

拞朧揙師丒挰揷媑旻丒嶳壀峩嶌丒惣揷惔摽乮曇乯丏2001丏埲晍棙崟挭偺嫑 僕儞儀僄僓儊偐傜儅儞儃僂傑偱丏奀梀娰丆戝嶃丏300 pp.

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.

Randall, J. E. and D. W. Greenfield. 1996. Revision of the Indo-Pacific holocentrid fishes of the genus Myripristis, with description of three new species. Indo-Pacific Fishes, (25): 1亅61.

幨恀丗杮尋媶幒強憼偺僣儅儕儅僣僇僒M. greenfieldi偺僷儔僞僀僾昗杮乮BSKU 82130-82134乯 LINK 

昗杮幨恀丗BSKU 137109丆91.0 mm SL丆崅抦導敠懡孲戝寧挰攼搰丆2024擭9寧26-27擔丆嵦廤丒幨恀嶣塭丗徏塱 梼傎偐丏

乮徏塱 梼乯 

2025擭3寧偺嫑




儚僯僌僠僣僲僓儊 Trigonognathus kabeyai Mochizuki and Ohe, 1990乮僣僲僓儊栚僇儔僗僓儊壢乯

丂儚僯僌僠僣僲僓儊偼彫宆偺怺奀惈僒儊椶偺婬庬偱丆1986擭偵榓壧嶳導挭枽壂乮悈怺330 m丆儂儘僞僀僾乯偲摽搰導擔榓嵅壂乮悈怺360 m丆僷儔僞僀僾乯偐傜掙塯栐嫏偱摼傜傟偨2昗杮傪婎偵丆1990擭偵怴懏怴庬偲偟偰婰嵹偝傟傑偟偨乮Mochizuki and Ohe, 1990乯丏Shirai and Okamura (1992)偼1988擭偵崅抦巗屼忯悾嫏峘偺戝庤孞傝栐嫏偱摼傜傟偨杮庬偺侾昗杮乮BSKU 44653, 慡挿258 mm丆崅抦壂偱偺嵟弶偺昗杮乯偺崪奿宯偲嬝擏宯傪斾妑夝朥偟丆妠偺婡擻宍懺傗尰嵼偺僇儔僗僓儊壢偺懠懏偲嬤墢偱偁傞偙偲傪悇應偟丆摉帪偼嫟偵僇儔僗僓儊垷壢偵暘椶偝傟傑偟偨丏杮庬偼岥偑戝偒偔丆挿偄椉妠偵偼塻偔丆傗傗嬋偑偭偨嵶挿偄帟偑傑偽傜偵暲傃傑偡丏壓妠偼嶰妏宍偱嵶偔愲傝丆忋妠偼摢晹偐傜棧傟偰慜曽傊撍弌偡傞偨傔丆妠偑弌傞偲杮壢偺拞偱傕撈摿偺晽杄偵側傝丆彮偟儈僣僋儕僓儊偵帡偰偄傑偡丏儚僯僌僠僣僲僓儊傕儈僣僋儕僓儊偲摨條偵丆慺憗偔妠傪撍弌偟偰妉暔傪塻偄帟偱懆偊傞曔怘條幃乮clutching-type feeder乯偲峫偊傜傟傑偟偨丏堦曽丆懠偺僣僲僓儊壢偺庬偼丆懡愲摢偺忋妠帟偲塻偄嫎忬偺壓妠帟傪巊偭偰丆摢傪擯傝側偑傜塧偺摦暔偺擏傪壓妠帟偱姎傒庢傞偨傔曔怘條幃偑堎側傝傑偡丏偦偺屻丆Yano et al. (2003) 偼孎栰撳偱嵦廤偝傟偨杮庬偺36昗杮偲彫妢尨彅搰嬤奀偱儊僶僠傗僔儅僈僣僆椶偵曔怘偝傟偨3昗杮丆僞僀僾偺2昗杮傪婎偵丆杮庬偺惉挿傗惉弉丆怘惈傪挷嵏偟傑偟偨丏杮庬偺僆僗偼慡挿43 cm丆儊僗偼慡挿52 cm偱惉弉偟丆嵟戝偱慡挿54 cm偵払偟傑偡丏杮庬偼偍傕偵僴僟僇僀儚僔椶傪怘傋偰偍傝丆曔怘屄懱偺慡挿30~40%偺懱僒僀僘偺塧傪娵撣傒偵偟偰偄傑偟偨丏偟偐偟丆曔怘偝傟偨嫑椶偵偼杮庬偺塻偄帟偺愓偑晅偄偨屄懱傕偁傟偽丆慡偔彎偺側偄傕偺傕懡偔丆Yano et al. (2003) 偼Shirai and Okamura (1992)偑悇應偟偨曔怘條幃偲偼堎側偭偰丆塲偓側偑傜戝偒偔岥傪奐偗偰塧傪妉傞姺悈宆偺曔怘條幃乮ram-feeder乯偱偼側偄偐偲峫偊傑偟偨丏傕偟偐偟偨傜丆杮庬偼2捠傝偺條幃傪巊偄暘偗偰偄傞偺偐傕偟傟傑偣傫丏
丂儚僯僌僠僣僲僓儊偼庡梫側塧偱偁傞僴僟僇僀儚僔椶偲摨條偵丆昞憌偐傜拞怺憌乮悈怺200 m偐傜1,000 m乯偱擔廃墧捈堏摦傪峴偆偲峫偊傜傟偰偄傑偡乮Yano et al., 2003; Claes et al., 2014乯丏杮庬偺懱偼崟怓偱丆僇儔僗僓儊壢偺懠庬偲摨條偵丆傛傝擹偄崟怓偺暊懁偵偼懡悢偺旝彫側敪岝婍偑暘晍偟丆拞怺憌偱偺僇僂儞僞乕僀儖儈僱乕僔儑儞偺栶妱傗敪岝晹埵偺暘晍偺懡條惈偐傜丆庬傗帗梇娫偺僔僌僫儖丆揋偐傜偺杊屼乮攚昲灆偺廃埻乯側偳丆懠偺栶妱傕悇應偝傟偰偄傑偡乮Duchatelet et al., 2021丟戝応丆2022乯丏擃崪嫑椶偱敪岝偡傞庬偼丆僣僲僓儊栚偺儓儘僀僓儊壢丆僇儔僗僓儊壢丆偦偟偰僆儞僨儞僓儊壢偺3壢偵尷傜傟傑偡乮戝応丆2022乯丏偙傟傜偺僒儊椶偺敪岝偼偡傋偰惵怓偱丆僇儔僗僓儊壢僇儔僗僓儊懏偱偼丆僙儗儞僥儔僕儞傪婎幙偲偟偨儖僔僼僃儕儞亅儖僔僼僃儔乕僛斀墳偲敾柧偟傑偟偨乮Mizuno et al., 2021丟戝応丆2022乯丏僄價椶傗僇僀傾僔椶偑嶌傞僙儗儞僥儔僕儞偼丆怘暔楢嵔傪捠偠偰僇儔僗僓儊懏偺傛偆側曔怘幰偵傕丆僇僀傾僔椶傪塧偲偡傞僴僟僇僀儚僔椶側偳偐傜娫愙揑偵庢傝崬傑傟傞傛偆偱偡丏偦偺偨傔丆敪岝偡傞僒儊椶偼乽敿帺棩敪岝僞僀僾乿偲梊憐偝傟偰偄傑偡乮戝応丆2022乯丏
丂拞怺憌偼乽僩儚僀儔僀僩僝乕儞乿偲屇偽傟丆擔拞偼昞憌偐傜偺傢偢偐側岝偑撏偔娐嫬偱偡丏僇儔僗僓儊壢傗儓儘僀僓儊壢偺敪岝偡傞僒儊椶傕丆偙偺摿庩側娐嫬傊傛偔揔墳偟偨娽傪傕偪傑偡乮Claes et al., 2014乯丏僇儔僗僓儊壢偼娽偺忋墢偵敿摟柧堟偲偦傟偵椬愙偡傞敪岝婍傪傕偪丆偙偺晹暘偼擔拞偵忋曽偐傜撏偔岝検傪姶抦偟偰丆僇僂儞僞乕僀儖儈僱乕僔儑儞偺敪岝婍偺岝検偺僐儞僩儘乕儖傗偦偺夝彍偵娭學偡傞偲峫偊傜傟偰偄傑偡乮Claes et al., 2014乯丏儚僯僌僠僣僲僓儊偱偼偙偺敿摟柧堟偑戝偒偔丆僇儔僗僓儊懏偺庬偵斾傋偰栚棫偪傑偡丏 傑偨丆杮庬偺娽媴撪柺乮柆棈枌忋乯偵偁傞岝庴梕婍偺暘晍偲枾搙偼丆擇師尦揑側岝娐嫬偵偡傓摿挜傪帵偟丆擔拞偵偼奀掙晅嬤偵偄傞偙偲傪巟帩偟傑偡乮Claes et al., 2014乯丏偙傟偼擔拞偵杮庬偑掙塯栐偱嫏妉偝傟傞棟桼偱偟傚偆丏 杮庬偼擔杮偱偼弜壨榩偐傜搚嵅榩傑偱偺杮廈偲巐崙偺懢暯梞娸壂丆孎杮壂偺搶僔僫奀丆偦偟偰彫妢尨彅搰嬤奀偐傜婰榐偑偁傝丆崙奜偱偼戜榩偲僴儚僀彅搰偐傜曬崘偑偁傝傑偡乮杧峕丒揷拞丆2015丟嶰郪丆2024乯丏嵦廤悈怺偼昞憌偐傜悈怺 1,000 m傑偱丆拞怺憌傪拞怱偵弌尰偟傑偡丏
丂Shirai and Okamura (1992)偑夝朥梡偵巊梡偟偨BSKU偺昗杮偼丆巹偑廋巑1擭帪偺1988擭4寧偵崅抦巗偺屼忯悾嫏嫤傊嵦廤偵峴偭偨嵺偵廍偭偨傕偺偱丆嫏嫤壓偺僐儞僋儕乕僩偺彴偵侾屄懱偩偗棊偪偰偄傑偟偨丏偦偺帪揰偱偼枹婰嵹庬偱偟偨偑丆朷寧尗擇攷巑乮摉帪丆搶嫗戝妛乯偑婰嵹梊掕偲傢偐傝傑偟偨丏偦偺屻丆1990擭偵巹偑杒奀摴戝妛悈嶻妛晹偺攷巑壽掱傊恑妛偟偨嵺偵丆尋媶幒偺愭攜偱偁偭偨敀堜帬攷巑偵偙偺昗杮偺忣曬傪揱偊偰丆偦偺屻偵斾妑夝朥偝傟偰壀懞澗愭惗偲偺嫟挊榑暥偵側偭偰偄傑偡丏偙偺幨恀屄懱偼杮尋媶幒偺孎栘宒栱孨偑侾擭偺帪偵屼忯悾嫏嫤強懏偺巌娵傊忔慏偟丆嵦廤偟偨2昗杮偺偆偪偺1偮偱偡丏

堷梡暥專

Claes, J. M., J. C. Partridge, N. S. Hant, E. Garza-Gissholt, H.-C. Ho, J. Mallefet and S. P. Collin. 2014. Photon hunting in the twilight zone: visual features of mesopelagic bioluminescent sharks. PloS One, 9(8): e104213. DOI:10.1371/journal.pone.0104213 LINK

Duchatelet, L., J. M. Claes, J. Delroisse, P. Flammang and J. Mallefet. 2021. Glow on sharks: state of the art on bioluminescence research. Oceans, 2: 822-842. LINK

杧峕 戶丒揷拞 彶丏2015丏弜壨榩偺怺奀掙塯栐偱嵦廤偝傟偨儚僯僌僠僣僲僓儊 Trigonognathus kabeyai 偵偮偄偰丏斅橐椶尋媶夛曬丆(51): 17-18.

嶰郪 椛丏2024丏僇儔僗僓儊壢丆pp. 17-18丏壀杮 惤丒杮懞峗擵乮曇乯丏擔杮偺怺奀嫑恾娪丏嶳偲宬扟幮丆搶嫗丏 LINK 丂儎儅働僀偺杮 note

Mizuno, G., D. Yano, J. Paitio, H. Endo and Y. Oba. 2021. Etmopterus lantern sharks use coelenterazine as the substrate for their luciferin-luciferase bioluminescence system. Biochem. Biophys. Res. Commun., 577: 139-145. LINK

Mochizuki, K. and F. Ohe. 1990. Trigonognathus kabeyai, a new genus and species of the squalid sharks from Japan. Japan. J. Ichthyol., 36(4): 385-390.

戝応桾堦丏2022丏悽奅偺敪岝惗暔丏暘椶丒惗懺丒敪岝儊僇僯僘儉丏柤屆壆戝妛弌斉夛丆柤屆壆丏433 pp. LINK

Shirai, S. and O. Okamura. 1992. Anatomy of Trigonognathus kabeyai, with comments on feeding mechanism and phylogenetic relationships (Elasmobranchii, Squalidae). Japan. J. Ichthyol., 39(2): 139-150.

榓揷塸晀丒嶰栘椓暯丒忋忛戱栫丒杮懞峗擵丏2019丏孎杮導揤憪巗嬤奀偐傜摼傜傟偨孎杮導弶婰榐傪娷傓嫑椶丏孎杮栰惗惗暔尋媶夛帍丆(9): 17-24.

Yano, K., K. Mochizuki, O. Tabeta and K. Suzuki. 2003. Further description and notes of natural history of the viper dogfish, Trigonognathus kabeyai from the Kumano-nada Sea and the Ogasawara Islands, Japan (Chondrichthyes: Etmopteridae). Ichthyol. Res., 50: 251-258.

幨恀昗杮丗BSKU 130940丆慡挿 410 mm, 僆僗丆崅抦巗屼忯悾嫏嫤丆巌娵丆戝庤孞傝栐丆悈怺 380 m丆2021擭10寧21擔丆嵦廤幰丗孎栘宒栱丏
仏BSKU 44653, 慡挿258 mm丆崅抦巗屼忯悾嫏嫤丆戝庤孞傝栐丆嫽捗壂丆悈怺 200-230 m丆1988擭4寧20擔丆嵦廤幰丗墦摗峀岝丏

乮墦摗峀岝乯 

2025擭1寧偺嫑


僆僯傾僆儊僄僜  Bathysauroides gigas (Kamohara, 1952)乮僸儊栚僆僯傾僆儊僄僜壢乯

丂僆僯傾僆儊僄僜偼1950擭4寧15擔偵崅抦巗屼忯悾嫑巗応乮戝庤孞傝栐嫏乯偱嵦廤偝傟偨侾昗杮乮BSKU 3852, 儂儘僞僀僾丆242 mm SL乯偵婎偯偒丆傾僆儊僄僜壢 Bathysaurops Fowler, 1938偺怴庬偲偟偰姉尨柅帯攷巑乮1901-1972乯偵傛傝婰嵹偝傟傑偟偨乮Kamohara, 1952乯丏偟偐偟丆偦偺梻擭偵姉尨攷巑偼偙偺懏傪 Bathysauropsis Regan, 1911偺怴嶲堎柤偲尒側偟偰偄傑偡乮Kamohara, 1953乯丏偦偺屻丆Baldwin and Johnson (1996)偼杮庬傪僞僀僾庬偲偟偰怴懏偺 Bathysauroides 傪愝棫偟丆杮庬傪僠儑僂僠儞僴僟僇壢 Ipnopoidae 偵娷傔傑偟偨丏偝傜偵丆Sato and Nakabo (2002)偼 Bathysauroides Baldwin and Johnson, 1996傪僞僀僾懏偲偟偰丆怴壢 Bathysauroididae 僆僯傾僆儊僄僜壢傪愝棫偟偰偄傑偡丏戞侾挊幰偺嵅摗桭峃攷巑偼丆杮尋媶幒偱妛晹偲廋巑壽掱傪夁偛偟偰丆嫗搒戝妛戝妛堾偺攷巑壽掱傑偱傾僆儊僄僜壢傪拞怱偵僸儊栚撪偺宯摑椶墢娭學傪尋媶偟丆怴壢怴懏偺僫僈傾僆儊僄僜壢僫僈傾僆儊僄僜懏乮Paraulopidae, Palaurops乯傪愝棫偟傑偟偨乮Sato and Nakabo丄2002)丏僆僯傾僆儊僄僜壢偼僸儊栚偺儃僂僄儞僊儑垷栚偵暘椶偝傟偨偙偲傕偁傝傑偟偨偑丆尰嵼偼巄掕揑偵儈僘僂僆垷栚偵娷傔傜傟偰偄傑偡乮拞朧丒峛斻丆2013; Near and Thacker, 2024乯丏
丂僆僯傾僆儊僄僜偼婬庬偱丆Yamakawa (1981)偵傛傝尨婰嵹埲棃偲側傞捛壛偺侾昗杮乮BSKU 50035, 195.7 mm SL丆1980擭12寧11擔丆崅抦巗屼忯悾嫑巗応乯偑惗慛帪偺幨恀偲嫟偵曬崘偝傟傑偟偨丏偦偺梻擭偺1981擭3寧23擔偵傕丆屼忯悾嫑巗応偱3斣栚偲側傞侾昗杮偑嵦廤偝傟丆偦傟傪婎偵杮庬偺摿庩側娽偺擑嵤傗栐枌偺悕懱偵娭偡傞怴抦尒偑曬崘偝傟傑偟偨乮Somiya et al., 1996乯丏杮庬偺巈抰嫑偵偮偄偰偺抦尒傕彮側偔丆擔杮嶻抰嫑恾娪戞2斉偵偼 7.5 mm SL乮朳憤壂偺崟挭棳堟乯偲10.1 mm SL乮僆乕僗僩儔儕傾嬤奀嶻乯偺巈嫑偺慄夋偑宖嵹偝傟偰偄傑偡丏嬤擭丆栭娫偵昞憌堟偵晜梀偡傞嫑椶偺巈抰嫑傗柍愐捙摦暔偺梒惗傪悈拞嶣塭偡傞 "Blackwater diving" 偑惙傫偵峴傢傟偰偄傑偡乮椺偊偽丆Milisen, 2020; Nonaka et al., 2021乯丏偙偺傛偆側愽悈偱偼丆偙傟傑偱慡偔抦傜傟偰偄側偐偭偨怺奀嫑偺巈抰嫑偺幨恀傗摦夋丆昗杮偑嵦廤偝傟傞偙偲傕偁傝丆懱怓傪娷傔偨巈抰嫑偺姰慡側宍懺傗峴摦偑柧傜偐偵側偭偰偄傑偡丏堦嶐擭7寧偵丆悈拞幨恀壠偺曱悈椇偝傫偑媣暷搰偱嶣塭偟偨僆僯傾僆儊僄僜巈嫑偺摦夋偑youTube偱岞奐偝傟偰偄傑偟偨丏偙偺屄懱偼傗傗忋晅偒偺嫻昲偺忋敿暘偑慛傗偐側僆儗儞僕怓傪偟偰偍傝丆嫻昲傪慜曽偵峀偘偰僶儞僓僀傪偟偨忬懺偱丆悈拰偱捈棫偟偨巔惃傪庢偭偰偄傑偡丏傑偨丆偙偺屄懱偼攚昲偲鋅昲丆暊昲偼傑偩弌尰偟偰偄側偄傛偆偱偡丏壂嶳乮2013乯偵傛傟偽丆杮庬偺昲偼旜昲丆嫻昲丆鋅昲偲暊昲丆偦偟偰攚昲偺弴斣偵敪尰偡傞偲婰嵹偟偰偄傑偡丏偦偙偐傜悇應偡傞偲丆偙偺屄懱偺懱僒僀僘傕懱挿 10 mm 掱搙偐傕偟傟傑偣傫丏
丂偙偺幨恀昗杮偼忬懺傕傛偔丆崱屻昗杮悢偺彮側偔撲偺懡偄僆僯傾僆儊僄僜偺尋媶偵栶棫偮偱偟傚偆丏

堷梡暥專

Kamohara, T. 1952. Revised description of the offshore bottom-fishes of Prov. Tosa, Shikoku, Japan. Reps Kochi Univ., Nat. Sci., (3): 1-122.

Kamohara, T. 1953. A review of the fishes of the family Chlorophthalmidae found in the waters of Japan. Japan. J. Ichthyol., 3(1): 1-6.

Milisen, J. 2020. A field guide to blackwater diving in Hawai'i. Mutual Publishing, Honolulu. 282 pp.

拞朧揙師丒峛斻壝峎丏2013丏僆僯傾僆儊僄僜壢丆pp. 426, 1851-1852. 拞朧揙師乮曇乯 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

Near, T.J. and C. e. Thacker. 2024. Phylogenetic classification of living and fossil ray-finned fishes (Actinopterygii). Bull. Peabody Mus. Nat. Hist., 65(1): 3-302.

Nonaka, I., J. W. Milisen, B. C. Mundy and G. D. Johnson. 2021. Blacwater diving: an exciting window into the planktonic area and its potential to enhance the quality of larval fish collections. Ichthyol.Herpetol., 109(1): 138-156. Link

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幨恀昗杮丗BSKU 137940丆175.5 mm TL丆2025擭1寧12擔丆崅抦導崅抦巗屼忯悾嫏峘丆巌娵丆 戝庤孞傝栐丆搚嵅榩惣晹丆悈怺 200-318 m丆嵦廤幰丗孎栘宒栱丆崅棞桟恀丆彫愳弒曘丏 

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