僔儅僀僒僉 Rhyncopelates oxyrhynchus (Temminck and Schlegel, 1842) 乮僗僘僉栚僔儅僀僒僉壢乯

丂 僗僘僉栚僔儅僀僒僉壢 Terapontidae偼丆僀儞僪丒懢暯梞偺擬懷偐傜壏懷悈堟偵峀偔暘晍偟丆懱偑懁曃偟嵶偐偔忎晇側孂椮偱旐傢傟丆奺昲偺灆忦偑嫮戝偱攚昲灆偑忊忬偺椮偺峚偵廂擺偝傟傞丆偦偟偰殁慜幒攚柺偵晅拝偟偨堦懳偺敪壒嬝偱殁傪嫟柭偝偣偰敪壒偡傞摿挜偱掕媊偝傟傑偡乮Nelson et al., 2016丟悾擻丆2018乯丏杮壢偵偼16懏偑娷傑傟丆偦偺懡偔偼僆乕僗僩儔儕傾偲僯儏乕僊僯傾偺扺悈堟偺屌桳懏偵傛偭偰愯傔傜傟偰偄傑偡 (Vari, 2001丟Nelson et al., 2016)丏偦偺偨傔丆擔杮偱偺弌尰偼丆僐僩僸僉懏 Terapon Cuvier, 1816丆儓僗僕僔儅僀僒僉懏 Pelates Cuvier, 1829丆僔儅僀僒僉懏 Rhyncopelates Fowler, 1931丆偦偟偰儓僐僔儅僀僒僉懏 Datnia Cuvier, 1829偺4懏偵尷傜傟傑偡乮悾擻丆2013乯丏

丂僔儅僀僒僉 Rhyncopelates oxyrhynchus (Temminck and Schlegel, 1842)偼丆僔儅僀僒僉懏 Rhyncopelates 桞堦偺庬偱丆僔乕儃儖僩偑挿嶈偐傜僆儔儞僟偵帩偪婣偭偨昗杮傪婎偵丆乽擔杮摦暔帍乿 偺拞偱婰嵹偝傟偨嫑椶偺偆偪偺侾庬偱偡丏杮朚偱偼丆捗寉奀嫭偐傜嬨廈傑偱偺増娸偲媣暷搰乵堏擖乮媑嫿丆2007乯傕偟偔偼柪嫑乮嵶扟丆2015乯乶丆奀奜偱偼丆挬慛敿搰撿娸偲搶娸丆嵪廈搰丆拞崙暉寶徣偺傾儌僀偐傜僩儞僉儞榩偺撿僔僫奀増娸丆奀撿搰丆戜榩丆儖僜儞搰丆僗儔僂僃僔搰杒晹偐傜曬崘偝傟偰偄傑偡乮悾擻丆2013丆2018乯丏杮庬偺偍傕側昗挜偼丆懱偑傗傗嵶挿偔懁滸偟丆懱怓偑惵傒傪懷傃偨敀怓偱丆懱懁偵悢杮偺崟怓廲懷偑憱傞偙偲丆岥偑彫偝偔暙偑愲傝丆旜昲偵嵶偐偄幦偑曻幩忬偵峀偑傞偙偲偱偡乮栘壓丆1989丟悾擻丆2013丆2018丟嵶扟丆2015乯丏

丂幨恀屄懱偼2022擭11寧15擔栭偵丆塝屗榩撪偺娸暻偺奒抜偱怮偰偄偨偲偙傠傪塣埆偔曔妉偝傟偨傕偺偱偡丏杮庬偼増娸偐傜壨愳婦悈堟偵惗懅偟傑偡偑丆扺悈偺塭嬁偑嫮偄悈堟傪岲傓偨傔丆塝屗榩偱偼桪愯庬偲側偭偰偄傑偡丏偝傜偵丆僔儅僀僒僉偼儃儔傗儅僴僛偲摨偠偔丆偟偽偟偽壨愳撪偵怺偔怤擖偡傞偙偲偑抦傜傟偰偄傑偡乮栘壓丆1989丟戝捤傎偐丆2010乯丏偨偲偊偽丆崅抦導偺巐枩廫愳偱偼丆壨岥偐傜50km忋棳乮媽惣搚嵅懞峕愳嶈晅嬤乯偱傕娤嶡偝傟偰偍傝乮戝捤傎偐丆2010乯丆摉尋媶幒偺廂憼昗杮偵傕丆恗梽愳偺桍悾嫶乮媽埳栰挰桍悾杮懞乯偐傜嵦廤偝傟偨屄懱偑偁傝傑偡丏偨偩偟丆杮庬偼晜梀婜巈嫑偺弌尰忬嫷偐傜丆偐側傝壂崌偺奀堟偱嶻棏偡傞偲峫偊傜傟偰偍傝丆5寧偐傜8寧偺嶻棏婜偵偼丆惉嫑偑増娸偺掕抲栐偵傛偔擖傝傑偡乮栘壓丆1989乯丏

丂僔儅僀僒僉偺崟偄幦偼杗偱彂偄偨傛偆偱偁傞偙偲偐傜丆崅抦導偱偼僗儈僸僉乮杗堷乯偲偄偆曽尵偱恊偟傑傟偰偄傑偡乮姉尨丆1931丟栘壓丆1989乯丏摨壢偺僐僩僸僉傕懱懁偵3杮偺崟怓廲懷偑憱傝丆偦偺懠偺宍懺傕堦尒帡捠偭偰偄傑偡偑丆偙偪傜偼廲懷偑捈憱偣偢媩宍偱丆暙偑娵傒傪懷傃傞偙偲丆旜昲偵3乣4杮偺暆峀偄廲懷偑憱傝丆椉攚昲偲旜昲偺忋抂偵柧椖側1崟斄傪桳偡傞偙偲側偳偑摿挜偱偡乮栘壓丆1989丟悾擻丆2013丆2018丟嵶扟丆2015乯丏傑偨丆杮庬偼僔儅僀僒僉偵斾傋偰奀懁傪岲傒丆扺悈堟偵弌尰偡傞偙偲偼偁傝傑偣傫乮栘壓丆1989丟戝捤傎偐丆2010乯丏偙傟傜嬤墢偺2庬偑掅墫暘偲崅墫暘偺悈堟偱偡傒暘偗偰偄傞揰偼丆僊儞僈儊傾僕偲儘僂僯儞傾僕傗丆僉僠僰偲僋儘僟僀丆僗僘僉偲僸儔僗僘僉偺娭學偵帡偰偄傑偡偹丏偪側傒偵丆僐僩僸僉乮嬚抏乯偺昗弨榓柤傕搚嵅曎偑桼棃偱偡偑丆慜弎偺傛偆偵僌僌偭偲柭偔偦偺壒偑嬚偺壒偵帡偰偄傞偨傔偲偝傟丆塁傪摜傫偱偄傞偺偼嬼慠偱偡丏側偍丆僐僩僸僉偵偼儎僈僞僀僒僉側傞暿柤傕偁傝傑偡乮擔杮嫑椶妛夛丆1981乯丏僔儅僀僒僉偼偁傑傝巗応偵偼弌夞傝傑偣傫偑丆晄枴偄傢偗偱偼側偔丆扺敀側枴偱恎棧傟偑傛偄偺偱丆墫從偒傗幭晅偗側偳偵偡傟偽旤枴偟偔怘傋傜傟傑偡乮栘壓丆1989乯丏嫑椶暘椶妛偺愭払偱偁傞揷拞栁曚攷巑傕丆幭傞偲傗傗旤枴偱搤偵傗傗旤枴偲弎傋偰偄傑偡乮揷拞丆1926乯丏掁傝忋偘傞偲僌僂僌僂偲柭偔偺偱摝偑偟偰偁偘偨偔側傝傑偡偑丆旤枴偟偔偄偨偩偄偰偟傑偆偺傕偁傝偐傕偟傟傑偣傫偹丏

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嵶扟榓奀丏2015丏僔儅僀僒僉丏僐僩僸僉丏嵶扟榓奀乮曇乯丆pp. 324-325. 嶳宬僴儞僨傿恾娪15 擔杮偺扺悈嫑丏嶳偲宬扟幮丆搶嫗丏

姉尨柅帯. 1931. 崅抦巗晬嬤偺嫑椶丏摦暔妛嶨帍丆43(508丒509丒510): 79-95丏

栘壓 愹丏1989丏僔儅僀僒僉丏僐僩僸僉丏愳撨晹峗嵠丒悈栰怣旻乮曇乯丆pp. 527-528丏嶳宬僇儔乗柤娪 擔杮偺扺悈嫑. 嶳偲宬扟幮, 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.

擔杮嫑椶妛夛乮曇乯丏1981丏擔杮嶻嫑柤戝帿揟丏嶰徣摪丆搶嫗丏834 pp.

戝捤崅梇丒栰懞嵤宐丒悪懞岝弐丏2010丏巐枩廫愳偺嫑恾娪乮曗懌丒僇儔乕斉惓岆昞乯丏偄偐偩幮丆搶嫗丏163 pp.

悾擻 岹丏2013丏僔儅僀僒僉壢丆pp. 1067-1069丏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

悾擻 岹丏2018丏僔儅僀僒僉壢丏拞朧揙師乮曇乯丆p. 318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

揷拞栁曚. 1926. 怘梡嫑椶媦懘梡搑. 撿峹幮丆搶嫗丆310pp丏

Vari, R. P. 2001. Terapontidae (= Therapontidae, Theraponidae, Teraponidae), Terapon-perches (terapon-grunters), pp. 3305-3316. 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. Vol. 5. Bony fishes part 3 (Menidae to Pomacentridae). FAO, Rome.

媑嫿塸斖丏2007丏棶媴楍搰媣暷搰偺棨悈惈嫑椶丏斾榓壢妛攷暔娰尋媶曬崘, 48: 25-51丏

幨恀昗杮丗BSKU 132796丆168.0 mm SL丆2022擭11寧15擔丆崅抦巗悾屗搶挰 悾屗慏棴丆庤栐丆嵦廤丒幨恀嶣塭丗壀懞嫳暯丆栰懞楁執丏

乮壀懞嫳暯乯  

2022擭11寧偺嫑



僋儘僟儔Laemonema robustum Johnson, 1862乮僞儔栚僠僑僟儔壢乯

丂僞儔栚僠僑僟儔壢乮Moridae乯偼嶰戝梞偵峀偔暘晍偟丆偙傟傑偱19懏111桳岠庬偑抦傜傟偰偄傑偡乮Babu et al., 2022乯丏擔杮崙撪偱偼丆僇僫僟僟儔懏 Antimora Gunther, 1878丆僫僈僠僑僟儔懏 Gadella Lowe, 1843丆僸儊僟儔懏 Guttigadus Taki, 1953丆僇儔僗僟儔懏 Halargyreus Gunther, 1862丆僀僩僸僉僟儔懏 Laemonema Gu丯nther, 1862丆僜僐僋儘僟儔懏 Lepidion Swainson, 1838丆僀僜傾僀僫儊懏 Lotella Kaup, 1858丆偦偟偰僠僑僟儔懏 Physiculus Kaup, 1858偺8懏偑抦傜傟偰偄傑偡乮拞朧丒峛斻丆2013丟杮懞丆2022丟Fricke, 2022乯丏僠僑僟儔壢嫑椶偼愺奀偐傜怺奀堟偵惗懅偟丆懱挿偼捠忢30-50 cm偱嵟戝1 m慜屻傑偱惉挿偡傞庬傕偄傑偡乮墦摗丆2018乯丏傑偨丆杒擔杮偱偼僠僑僟儔壢偺僠僑僟儔 Physiculus japonicus Hilgendorf, 1879傪娷傓暋悢庬偼乽僪儞僐乿偲屇偽傟丆幭偮偗丆從偒暔丆撶暔丆枴慩廯乮僪儞僐廯乯側偳偱怘梡偵偝傟偰偄傑偡乮墦摗丆2018丟彫巬丆2020乯丏

丂僀僩僸僉僟儔懏偼悽奅偱12桳岠庬偑抦傜傟丆偙偺偆偪擔杮偵偼僀僩僸僉僟儔 Laemonema longipes Schmidt, 1938丆僷儔僆僀僩僸僉僟儔 Laemonema rhodochir Gilbert, 1905丆偍傛傃僋儘僟儔Laemonema robustum Johnson, 1862偺3庬偑暘晍偟傑偡乮Carvalho-Filho et al., 2020丟杮懞丆2022乯丏僀僩僸僉僟儔懏偼椉娽鈢娫妘偑娽鈢宎偲摍偟偄乮傑偨偼抁偄乯丆彌崪帟偑偁傞丆捠忢壓妠偺旹偑偁傞丆戞1攚昲偑6-9杮偱丆戞1攚昲偺戞1擃忦偑傎偲傫偳旂晢偵杽杤偡傞丆戞2攚昲偑40亅73杮丆暊昲偺2昲忦偑傛偔敪払偟怢挿偡傞丆鋅昲偑41亅71杮丆旜暱晹偑嵶偄丆偦偟偰敪岝婍偑側偄側偳偺摿挜偐傜摨壢懠懏偲幆暿偱偒傑偡乮墦摗丆2014丟Carvalho-Filho et al., 2020乯丏僀僩僸僉僟儔偲暦偄偰丆側偐側偐僺儞偲偔傞曽偼彮側偄偲巚偄傑偡偑丆堄奜偵傕恎嬤側怘傋暔偵棙梡偝傟偰偄傑偡丏搶杒懢暯梞娸壂偵惗懅偡傞僀僩僸僉僟儔偼丆媨忛導愇姫峘偱偦偺戝晹暘偑悈梘偘偝傟丆姉杇側偳偺楙傝惢昳偺尨椏偵傛偔巊梡偝傟偰偄傑偟偨乮搶杒悈嶻尋媶儗僞乕丆2010乯丏偟偐偟丆2010擭傑偱擭娫1枩僩儞慜屻偁偭偨悈梘偘検偼丆2011擭3寧偺搶杒戝恔嵭埲崀偵偼丆傎偲傫偳嫏妉偝傟側偔側傝傑偟偨乮惉徏傎偐丆2021乯丏巹偑梒抰墍偺崰乮2007擭慜屻乯丆曎摉偺姉杇偵傕僀僩僸僉僟儔偑擖偭偰偄偨偐傕偟傟側偄偲巚偆偲姶奡怺偄偱偡丏偟偐偟丆崱偼嫏妉検偑尭傝丆偁傑傝怘傋傜傟側偔側偭偨偙偲傪抦傞偲丆壗偐斶偟偄婥帩偪偵側傝傑偡偹乧 丏

丂僋儘僟儔 Laemonema robustum Johnson, 1862偼丆椉娽鈢娫妘偑嫹偄乮懱挿偺3.0-7.0%乯丆戞1橐媩偺忋巬偺橐阈悢偑2埲忋丆戞1攚昲偺昲忦悢偑6杮丆嫻昲偺昲忦悢偑25-31杮丆暊昲偑拞掱搙偵怢挿偡傞乮懱挿偺19.6-35.2%乯丆攚昲偲鋅昲屻抂偵崟怓斄傪傕偨側偄側偳偺摿挜偵傛傝丆摨懏懠庬偲幆暿偱偒傑偡乮Mele丩ndez and Markle, 1997丟墦摗丆2014乯丏僋儘僟儔偼悈怺210-1200 m偺怺奀堟偵惗懅偟丆悽奅偱戝惣梞乮儊僉僔僐榩丆僽儔僕儖壂丆儅僨僀儔彅搰丆僙儞僩僿儗僫搰側偳乯丆僀儞僪梞丆偦偟偰懢暯梞乮僯儏乕僇儗僪僯傾丆僆乕僗僩儔儕傾搶娸丆僴儚僀彅搰側偳乯偱婰榐偑偁傝丆崙撪偱偼恄撧愳導墶昹乮偍偦傜偔憡柾榩乯丆恄捗搰乮埳摛彅搰乯丆崅抦導丆墏旤戝搰丆梌榑搰丆偍傛傃嬨廈丒僷儔僆奀椾偐傜婰榐偑偁傝傑偡乮墦摗丆2014丟Carvalho-Filho et al., 2020丟嫶杮傎偐丆2022乯丏

丂Melendez and Markle (1997)偼丆尨婰嵹埲棃曬崘偺側偐偭偨 Laemonema modestum Franz, 1910乮僞僀僾嶻抧偼憡柾榩嶻丗儂儘僞僀僾偼戞擇師悽奅戝愴偵傛傝從幐乯偲儂僥僀僀僩僸僉僟儔 Laemonema filodorsale Okamura, 1982乮僞僀僾嶻抧偼嬨廈丒僷儔僆奀椾乯傪丆宍懺揑嵎堎偑擣傔傜傟側偐偭偨偨傔巄掕揑偵 L. robustum Johnson, 1862乮僞僀僾嶻抧偼搶戝惣梞偺儅僨僀儔彅搰壂乯偺怴嶲堎柤偲傒側偟傑偟偨丏偟偐偟丆杮庬偼晄楢懕側暘晍堟傪帵偡偙偲偵壛偊偰丆慡悽奅偱廫暘側昗杮悢偑摼傜傟偰偄側偄偙偲偐傜丆嵞専摙偑昁梫偲偝傟傑偟偨乮Mele丩ndez and Markle, 1997丟墦摗丆2014乯丏 幨恀屄懱偼徏旜戱嵠偝傫偵傛偭偰丆2021擭3寧25擔偵崅抦導幒屗巗嵅婌昹壂偺悈怺420 m偐傜怺奀饽偱嵦廤偝傟傑偟偨丏偙偺応傪偍庁傝偟偰偍楃怽偟忋偘傑偡丏偦傠偦傠2022擭傕廔斦傪寎偊偮偮偁傝丆奜傕偩偄傇椻偊崬傫偱偒傑偟偨丏昅幰帺恎丆姦偄偺偑旕忢偵嬯庤偱壠偵堷偒饽偭偰僟儔僟儔偟丆偙偨偮偑垽偍偟偔側偭偰偔傞帪婜偱偡偑丆偦偆偼尵偭偰傜傟側偄偺偱丆婃挘偭偰尋媶偟偰丆忔傝愗偭偰偄偒偨偄偲巚偄傑偡両

堷梡暥專

Babu, K. K., H.-C. Ho, P. C. Mariyambi and S. Sureshkumar. 2022. Two new species of the codling fish genus Physiculus from Lakshadweep, India (Gadiformes: Moridae). Zootaxa, 5104(1): 111-124.

Carvalho-Filho, A., G. Marcovaldi, J. S. Maclaine and M. I. G. Paiva. 2020. First report of the rare morid Laemonema robustum (Gadiformes) from the southwestern Atlantic. Check List, 16: 177-182.

墦摗峀岝丏2014丏僋儘僟儔丏杮懞峗擵丒徏塝孾堦乮曇乯丆pp. 61-62丏墏旤孮搰嵟撿抂偺搰亅梌榑搰偺嫑椶丏幁帣搰戝妛憤崌尋媶攷暔娰丆幁帣搰丒崙棫壢妛攷暔娰丆偮偔偽丏

墦摗峀岝丏2018丏僠僑僟儔壢丏拞朧揙師乮曇乯丆pp. 160-161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

Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2022. Catalog of fishes: genera, species, reference: https://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Accessed 29 Oct. 2022 .

嫶杮怲懢榊丒慜愳棽懃丒杮懞峗擵丏2022丏墏旤戝搰弶婰榐偺嫑椶3庬乮僇僗僓儊丒僋儘僟儔丒僔儅僈僣僆乯偍傛傃僇僗僓儊偺惈揑擇宆偵娭偡傞宍懺妛揑抦尒丏Ichthy, Natural History of Fishes of Japan, 24: 50-55.

彫巬孿懢丏2020丏僞儔栚僠僑僟儔壢Moridae丏彫巬孿懢丒敤 惏椝丒嶳揷庣旻丒杮懞峗擵乮曇乯丆116 p丏戝嬿巗応嫑椶恾娪丏幁帣搰戝妛憤崌尋媶攷暔娰丆幁帣搰丏

Melendez, C. R. and D. F. Markle. 1997. Phylogeny and zoogeography of Laemonema and Guttigadus (Pisces; Gadiformes; Moridae). Bulletin of Marine Science, 61: 593-670.

杮懞峗擵丏2022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. 17丏https://www.museum.kagoshima-u.ac.jp/staff/motomura/jaf.html

拞朧揙師丒峛斻壝峎丏2013丏僠僑僟儔壢丏拞朧揙師乮曇乯丆pp. 482-486, 1867-1868. 擔杮嶻嫑椶専嶕慡庬偺摨掕 戞嶰斉丏搶奀戝妛弌斉夛丆恅栰丏

惉徏梖擇丒楅栘桬恖丒怷愳塸桽丒帪壀 弜丒嶰郪 椛丒嬥怷桼斳丒晊妦攷岾丏2021丏搶杒奀嬫偵偍偗傞壂崌掙傃偒栐嫏嬈偲庡梫掙嫑椶偺摦岦乮2019擭乯丏搶杒掙嫑尋媶丆41: 120-143丏

搶杒悈嶻尋媶儗僞乕丏2010丏僀僩僸僉僟儔傪怘傋偨偙偲偑偁傝傑偡偐丠丏悈嶻憤崌尋媶僙儞僞乕 尋媶奐敪忣曬, 17: 1丏

幨恀昗杮丗BSKU 129941丆314.2 mm SL丆悈怺420 m丆2021擭3寧25擔丆崅抦導幒屗巗嵅婌昹壂丆怺奀饽丆奀棃乮慏柤丗傒傜偄乯丏嵦廤丗徏旜戱嵠巵乮幒屗巗嵼廧乯傛傝婑憽丏

乮捗栰媊戝乯

  2022擭10寧偺嫑
  

僲儃儕僴僛 Oligolepis acutipennis (Valenciennes, 1837) 乮僴僛栚僴僛壢乯

丂僲儃儕僴僛懏 Oligolepis Bleeker, 1849 偼丆僴僛壢 Gobiidae 僆僋僗僨儖僋僗垷壢 Oxudercinae 偺懏偱丆Gobius melanostigma Bleeker, 1849乮僲儃儕僴僛 Oligolepis acutipennis (Valenciennes, 1837)偺怴嶲堎柤乯傪柾幃庬偲偟偰愝棫偝傟傑偟偨丏杮懏嫑椶偼丆僀儞僪-懢暯梞偺擬懷丒垷擬懷悈堟偐傜8庬偑抦傜傟丆偦偺偆偪擔杮偐傜偼丆僲儃儕僴僛 O. acutipennis 偲僋僠僒働僴僛 O. stomias (Smith, 1941) 偺2庬偑曬崘偝傟偰偄傑偡乮悾擻傎偐, 2021乯丏椉庬偼偍傕偵壨岥傗撪榩偺婦悈堟偵惗懅偟丆懱偑懁滸偟偨墌摏宍偱丆摢偑傗傗懁滸偟丆暙偑娵偄偺偑摿挜偱丆杮懏偼僒儖僴僛懏 Oxyurichthys Bleeker, 1857 偵帡傑偡偑丆忋妠帟偑悢楍偁傝丆椮偑傗傗戝偒偔丆攚昲慜曽偵旂幙棽婲慄偑側偄偙偲側偳偱嬫暿偝傟傑偡乮悾擻傎偐, 2021乯丏椉懏嫑椶偼Pezold and Larson乮2015乯偑峴偭偨暘椶妛揑嵞専摙偵傛傝丆廬棃 Oligolepis 偲偝傟偰偄偨 O. keiensis 偑 Oxyurichthys 偵堏偝傟丆O. formosanus 偲 O. nijsseni 偺俀庬偑Oxyurichthys 偐傜 Oligolepis 偵捛壛偝傟傑偟偨丏

丂僲儃儕僴僛 O. acutipennis 偼丆惣懢暯梞偲僀儞僪梞偺擬懷偐傜垷擬懷偵偐偗偰峀堟暘晍偟丆崙撪偱偼愮梩導壛栁愳偍傛傃挿嶈導屲搰楍搰埲撿偺奺抧偐傜婰榐偝傟偰偄傞撿曽宯偺庬偱偡乮嶳愳傎偐, 2018乯丏杮庬偼摨懏偺僋僠僒働僴僛 O. stomias 偲偼丆橐奧忋晹偵椮偑側偄偙偲丆旜昲屻墢偑愲傞偙偲丆岥偑彫偝偔偦偺屻抂偼娽偺屻墢傪墇偊側偄偙偲丆娽壓偺崟怓懷偑嵶偔岥妏晹偵偐偐傞偙偲偐傜嬫暿偱偒傑偡乮柧恗傎偐, 2013乯丏傑偨丆椉庬偲傕壨岥偺嵒揇掙偺寠偵扨撈偱尒傜傟丆屻幰偼慜幰傛傝忋棳懁偵曃偭偰惗懅偡傞偲偝傟傑偡乮楅栘, 1989乯丏杮庬偺徻偟偄惗懺偼晄柧偱偡偑乮晲撪, 2015乯丆戜榩偺恾娪偵偼僨僩儕僞僗傗僾儔儞僋僩儞丆彫嫑丆彫宆峛妅椶丆懡栄椶偍傛傃柍愐捙摦暔傪愛塧偡傞偲偺婰弎偑偁傝傑偡乮廃丒崅, 2011乯丏帞堢壓偱偼丆敿奀悈傪梡偄丆椻搥愒拵傗僀僒僓傾儈丆僽儔僀儞僔儏儕儞僾傪梌偊丆搤婫偼壛壏偡傟偽丆斾妑揑挿婜娫惗懚偟傑偡丏

丂僲儃儕僴僛偺榓柤偺娍帤昞婰偼涱槔偱偁傝丆桪夒偵怢挿偡傞戞侾攚昲偺斾歡偱偁傞乫乫涱乫乫偲偼尵傢偢傕偑側丆尰戙偱偼峀崘梡帒嵽偲偟偰懡梡偝傟傞婙偺堦庬偺偙偲偱偡丏偦偺婲尮偼幒挰帪戙偵晲彨偑屓傪屩帵偡傞偑偨傔偵梡偄偨婙報偱丆峕屗帪戙偵偼抂屵偺愡嬪偵忺傞屲寧涱側偳偲偟偰弾柉偵晛媦偟偨偲偝傟傑偡丏慜幰偲偟偰偼晲揷怣尯偺乬晽椦壩嶳乫乫傗忋悪尓怣偺乬旟乫乫偺婙偑桳柤偱丆屻幰偼崅抦導偱傕5寧崰偵乬僼儔僼乫乫偲堦弿偵忺傜傟偰偄傞偺傪尒偐偗傑偡偹丏悇應偡傞偵丆僲儃儕僴僛払傕揇偺拞偱乬涱乫乫傪宖偘偰愴偭偰偄傞偺偱偟傚偆偐丏偪側傒偵丆塸岅偱偼乬Sharptail goby乫乫丆拞崙岅偱偼乬愲昲壡椮橄屨乫乫偲屇徧偝傟丆偄偢傟傕攚昲偱偼側偔旜昲偺宍忬偵徟揰偑摉偰傜傟偰偄傞傛偆偱偡丏

丂幨恀屄懱偼丆2022擭10寧10擔偵崅抦導惣晹偺敠懡抧堟偱嵦廤偝傟傑偟偨丏導撪偱偼丆壞偐傜廐偵偐偗偰摨懏偺僋僠僒働僴僛 O. stomias 傗僒儖僴僛懏偺儅僣僎僴僛 Oxyurichthys ophthalmonema (Bleeker, 1856)丆僇儅僸儗儅僣僎僴僛 O. cornutus McCulloch and Waite, 1918 傜偲偲傕偵壨岥姳妰偵弌尰偟丆崅抦巗埲惣偺悢壨愳偐傜昗杮偑摼傜傟偰偄傑偡丏 杮庬偼棶媴楍搰埲撿偑杮棃偺暘晍堟偱偁傝丆廬棃崅抦導偱偺婰榐偼柍岠暘嶶偲偝傟偰偒傑偟偨丏偟偐偟丆嬤擭敠懡抧堟偱偼斾妑揑梕堈偵娤嶡偝傟傞傛偆偵側傝丆惉嫑偺昗杮傕暋悢摼傜傟偰偄傑偡丏偟偨偑偭偰丆杮庬偺崅抦導偱偺嵞惗嶻偺桳柍偵偮偄偰偼専摙傪梫偟傑偡偑丆彮側偔偲傕抐懕揑偵墇搤偟偨偙偲偑帵嵈偝傟傑偡丏摨條偵丆僆僇儊僴僛傗僸僩儈僴僛丆儈僫儈僒儖僴僛側偳傕惉嫑偑尒偮偐傞傛偆偵側偭偰偍傝丆偝傜偵偼僋儘儂僔儅儞僕儏僂僟僀乮壛摗傎偐, 2007丟曅嶳傎偐, 2009乯丆僥儞僌儓僂僕傗僇儚儓僂僕偺傛偆偵丆婛偵崅抦導偵掕拝偟偰偄傞壜擻惈偑崅偄庬傕弌偰偒偰偄傑偡乮崅嫶, 2010乯丏偙傟傜偺偡傋偰偑抧媴壏抔壔偵傛傞塭嬁偲偼尵偄愗傟傑偣傫偑丆撿曽宯嫑椶偺杒忋孹岦偼慡崙揑偵尠挊偱偁傝乮Yamakawa et al., 2021乯丆婛懚庬偲偺嫞憟傗岎嶨側偳偵傛傞惗懺宯傗悈嶻嬈傊偺埆塭嬁偑婋湝偝傟傑偡丏崱屻傕壏抔壔偺塭嬁傪昡壙偡傞偨傔偺堦娐偲偟偰丆崅抦導偱偺撿曽宯偺庬偺摦岦傪拲帇偟偰偄偔昁梫偑偁傞偱偟傚偆丏

堷梡暥專

柧恗丒嶁杮彑堦丒抮揷桽擇丒棔郪惓岹丏2013丏僴僛垷栚丏拞朧揙師乮曇乯丆pp.1347-1608. 擔杮嶻嫑椶専嶕 慡庬偺摨掕丏戞嶰斉丏搶奀戝妛弌斉夛丆恅栰丏

壛摗惓梞丒愇愳峎姲丒埳嵅惓庽丒挰揷媑旻丏2007丏僋儘儂僔儅儞僕儏僂僟僀偺恵嶈榩偐傜偺弶婰榐丏巐崙帺慠巎壢妛尋媶, (4): 24-26丏

曅嶳塸棦丒嶃杮嫥徦丒搉曈攷枮丒拞懞榓婌丒挰揷媑旻丏2009丏崅抦導塝屗榩偱摼傜傟偨僋儘儂僔儅儞僕儏僂僟僀偺惉嫑偲崄撿巗崄廆愳偱摼傜傟偨梒嫑(僗僘僉栚僋儘儂僔儅儞僕儏僂僟僀壢)丏巐崙帺慠巎壢妛尋媶丆(5): 11-14. 

悾擻 岹丒楅栘庻擵丒廰愳峗堦丒栴栰堐婔丏2021丏怴斉擔杮偺僴僛丏暯杴幮丆搶嫗丏588 pp.

Pezold, F. L. and H. K. Larson. 2015. A revision of the fish genus Oxyurichthys (Gobioidei: Gobiidae) with descriptions of four new species. Zootaxa, 3988 (1): 1-95.

楅栘庻擵丏1989丏僲儃儕僴僛丏愳撨晹峗嵠丒悈栰怣旻乮曇乯丆p. 570. 嶳宬僇儔乗柤娪 擔杮偺扺悈嫑. 嶳偲宬扟幮, 搶嫗.

廃柫懽丒崅悙嫧丏2011丏戜鄐扺悈媦壨岥嫑殼娪丏濏惎弌斉丆戜拞丏381 pp.

崅嫶峅柧丏2010丏崅抦導偺扺悈嫑椶丏娐嫬僾儘僕僃僋僩埾堳夛乮曇乯. 崅抦導偺帺慠娐嫬慡崙惗奤妛廗僼僅乕儔儉崅抦戝夛 傑側傃僺傾 2010丏http://www.cc.kochi-u.ac.jp/~okuda/pages/events/article/natureinKochi.pdf丏乮嶲徠2022-10-17乯 

晲撪孾柧丏2015丏僲儃儕僴僛丏嵶扟榓奀乮曇乯丆p. 381. 嶳宬僴儞僨傿恾娪15 擔杮偺扺悈嫑丏嶳偲宬扟幮丆搶嫗丏

嶳愳塅拡丒嶰堜隳懢丒娵嶳抭楴丒壛摗旳栫丒庰堜 戩丒悾擻 岹丏2018丏憡柾榩偲偦偺廃曈抧堟偺壨愳偍傛傃増娸堟偱婰榐偝傟偨拲栚偡傋偒嫑椶 18 庬亅嬤擭偵偍偗傞抔悈惈嫑椶偺杒忋孹岦偵偮偄偰亅丏恄撧愳導棫攷暔娰尋媶曬崘乮帺慠壢妛乯丆47: 35-57. 

Yamakawa, U., H. Senou and Y. Tsuda. 2021. Northernmost record of Eleotris oxycephala (Gobioidei: Eleotridae) based on a juvenile specimen from Akita Prefecture in northern Japan: range extension along the Sea of Japan coastline. Biogeography, 23: 6-12.

幨恀昗杮丗BSKU 132604, 50.4 mm SL, 2022擭10寧10擔丆崅抦導敠懡抧堟丆嵦廤仌幨恀丗壀懞嫳暯

乮壀懞嫳暯乯

2022擭9寧偺嫑


傾儅僑 Oncorhynchus masou ishikawae Jordan and McGregor, 1925乮僒働栚僒働壢乯

丂 僒働壢偼10懏223庬傪娷傒丆杒敿媴偵暘晍偡傞慿壨夞梀惈偺嫑椶偱丆堦惗傪扺悈堟偱夁偛偡傕偺傕偄傑偡乮Nelson et al., 2016丟婽峛傎偐丆2018乯丏杮壢偺摿挜偲偟偰丆帀昲傪傕偪丆偡傋偰偺昲偵灆忦偑側偔丆梒嫑偵尒傜傟傞懱懁偺僷乕儅乕僋傗泓晹偵椮傪傕偮偙偲側偳偑嫇偘傜傟傑偡乮堜揷丒墱嶳丆2017乯丏僒働壢偼僇儚僸儊儅僗垷壢 Thymallinae丆僔儘儅僗垷壢 Coregoninae丆偍傛傃僒働垷壢 Salmoninae偺3孮偵暘椶偝傟傑偡丏僇儚僸儊儅僗垷壢偵偼僇儚僸儊儅僗懏 Thymallus偺傒偑丆僔儘儅僗垷壢偵偼僔儘儅僗懏 Coregonus丆僾儘僜僺僂儉懏 Prosopium丆偍傛傃僗僥僲僪僁僗懏 Stenodus偺3懏偑丆偦偟偰僒働垷壢偵偼僐僋僠儅僗懏 Brachymystax丆僯僔僀僩僂懏 Hucho丆僀僩僂懏 Parahucho丆僀儚僫懏 Salvelinus丆僞僀僙僀儓僂僒働懏 Salmo丆偍傛傃僒働懏 Oncorhynchus偺6懏偑偦傟偧傟娷傑傟傑偡丏

丂僒働懏偺宍懺揑摿挜偼丆岥偑戝偒偔丆岥楐偑娽偺屻墢壓傪挻偊丆椉娽娫偑嶳宆偵朿傜傓偙偲丆鋅昲偑戜宍偱丆旜昲椉梩偺愭抂偑愲傝丆偝傜偵椮偑傎傏墌宍偲偄偭偨慻傒崌傢偣偱懠懏偲嬫暿偱偒傑偡乮堜揷丒墱嶳丆2017丟嵶扟丆2013乯丏傑偨丆僒働懏偺103柤媊庬偺偆偪丆尰嵼偼18偑桳岠庬偲偝傟偰偄傑偡乮Fricke et al., 2021乯丏偦偺偆偪丆擔杮偲偦偺廃曈奀堟偵偼丆僒僋儔儅僗丒儎儅儊 Oncorhynchus masou masou (Brevoort, 1856)丆僒僣僉儅僗丒傾儅僑 O. masou ishikawae Jordan and McGregor, 1925丆價儚儅僗 Oncorhynchus sp.丆儀僯僓働丒僸儊儅僗 O. nerka (Walbaum, 1792)丆僋僯儅僗 O. kawamurae Jordan and McGregor,1925丆僔儘僓働 O. keta (Walbaum, 1792)丆僇儔僼僩儅僗 O. gorbuscha (Walbaum, 1792)丆僯僕儅僗 O. mykiss (Walbaum, 1792)丆儅僗僲僗働 O. tshawytscha (Walbaum, 1792)丆偍傛傃僊儞僓働 O. kisutch (Walbaum, 1792)偑暘晍偟傑偡乮揷岥丆2021乯丏

丂傾儅僑 偼僒働壢僒働垷壢僒働懏偱偁傝丆僒僋儔儅僗偺垷庬偵暘椶偝傟傑偡丏傾儅僑偼壨愳忋棳堟偵惗懅偟丆掁傝偺懳徾嫑偲偟偰恊偟傑傟丆塉偺擔偵懡偔掁傟偨偙偲偐傜偙偺榓柤偑晅偗傜傟傑偟偨丏崅抦導偍傛傃巐崙偱偼傾儊僑偺垽徧偱恊偟傑傟偰偄傑偡丏傑偨丆妛柤偺 Onkos 偼 乬撍弌偟偨乭丆rhynchos偼 乬暙乬 傪昞偟丆乬撍弌偟偨暙乬偲偼斏怋婜偺梇偺宍懺傪帵偟偰偄傑偡丏傕偲傕偲丆杮庬偼恄撧愳導偺庰擋愳埲惣偺懢暯梞懁丆悾屗撪奀傪埻傓嬤婨丒拞崙丒巐崙抧曽偲戝暘導偵偼暘晍偟偰偄傑偟偨偑丆曻棳偵傛偭偰慡崙偵嶶傜偽傝傑偟偨乮堜揷丒墱嶳丆2017乯丏杮庬偼忋妠偑乬傊乭偺帤忬偵嬋偑傝丆崟揰偑攚懁偵嶶嵼偡傞偑旜昲偵偼側偄丆梒嫑偺僷乕儅乕僋偑懁慄傪挻偊傞傎偳戝偒偔丆偝傜偵懱懁偵偼崟揰偲庨怓偺斄揰偑嶶嵼偡傞偙偲偱摨懏懠庬偲嬫暿偱偒傑偡乮堜揷丒墱嶳丆2017丟嵶扟榓奀丆2013乯丏

丂僒働壢偺拞偵偼堦惗傪扺悈堟偱夁偛偡棨晻宆偲丆壨愳偱惗傑傟偰奀傊壓傞廗惈偑偁傝丆惉挿偟偨屻偵惗傑傟偨愳偵栠偭偰嶻棏偡傞崀奀宆偵暘偐傟傞庬偑偄傑偡乮揷岥丆2021乯丏傾儅僑傕偦偺拞偺1偮偱丆棨晻宆偵偼傾儅僑丆崀奀宆偵偼僒僣僉儅僗偺榓柤偑偦傟偧傟晅偗傜傟偰偄傑偡丏僒働壢偺曣愳夞婣儊僇僯僘儉偵偼晄柧側揰偑懡偔丆忋揷乮2007乯偼僒働偑帇妎婡擻傪梡偄偰捈慄揑偵夞婣偡傞峴摦傪偲傞偙偲丆擼偐傜暘斿偝傟傞僒働宆惗怋態巋寖儂儖儌儞曻弌儂儖儌儞乮sGnRH乯偑庡摫揑偵峴摦傪挷愡偡傞偙偲丆偦偟偰歬妎婡擻傪梡偄偰奺壨愳偵梟夝偟偰偄傞壨愳屌桳偺傾儈僲巁慻惉傪幆暿偡傞偲偟偰偄傑偡丏 巹偼崅抦導偵棃偰弶傔偰掁傝傪偟偨嵺偵傾儅僑傪掁傝丆偦偺嫑懱偺旤偟偝偵枺椆偝傟偰嫑傪岲偒偵側傝傑偟偨丏偟偐偟丆傑偩掁傝偺宱尡偑愺偔丆僒僣僉儅僗傪掁偭偨偙偲偑側偄偺偱丆崱屻僒僣僉儅僗偲弌夛偊傞偙偲傪栚昗偵丆嫑偺惗懺傗惗懅娐嫬偺抦幆傪愊傒側偑傜掁傝傪偟偰偄偒偨偄偲巚偭偰偄傑偡丏

嶲峫暥專

Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2021. Catalog of fishes: genera, species, reference: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 29 September 2022

嵶扟榓奀丏2013丏僒働壢丏拞朧揙師乮曇乯丆pp. 362亅367, 1833亅1834丏擔杮嶻嫑椶専嶕慡庬偺摨掕丏戞嶰斉丏搶奀戝妛弌斉夛丆恅栰丏

堜揷釼丒墱嶳暥栱丏2017丏僒働儅僗丒僀儚僫偺傢偐傞杮 夵掶怴斉 Salmon,Trout and Charr丏嶳偲宬扟幮丆搶嫗丏

婽峛晲巙丒拞朧揙師丒摗壀峃峅丏2018丏僒働壢丏拞朧揙師乮曇乯丆pp. 129亅141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

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.

揷岥揘丏2021丏僒働壢丆pp. 66-69丏僼傿乕儖僪僈僀僪擔杮偺恾娪 Field Guide to the freshwater fish of Japan丏惤暥摪怴岝幮丆搶嫗丏

忋揷岹丏2007丏僒働偺姶妎婡擻偲曣愳夞婣丏僶僀僆儊僇僯僘儉妛夛帍丆31(3): 123-129.

幨恀昗杮丗BSKU 132546丆151.5 mm SL丆崅抦導崅抦巗嬀愳悈宯乮搶愳愳乯丆掁傝丆2022擭9寧30擔丆嵦廤丒幨恀嶣塭丗嶳忋棾惗丏

乮嶳忋棾惗乯  

2022擭8寧偺嫑



傾儎僩價僂僆 Cypselurus poecilopterus crassus Shakhovskoy and Parin, 2022乮僟僣栚僩價僂僆壢乯

    1903擭12寧17擔偼丆偐偺桳柤側儔僀僩孼掜乮Wilbur and Orville Wright乯偑恖椶弶偺摦椡旘峴偵惉岟偟偨擔偱偡丏偙偺執嬈偼100擭埲忋傕愄偺榖偱偡偑丆恖椶偺嬻偵摬傟偰偒偨楌巎偺屆偝偼丆偦偺斾偱偼偁傝傑偣傫丏尰戙偱偼峲嬻椡妛偑敪揥偟丆偳偆偡傟偽捁偺傛偆偵旘傋傞偺偐丆壗偑揔偟偨宍忬側偺偐傪巹偨偪偼抦偭偰偄傑偡丏偟偐偟帺慠奅偵栚傪傗傞偲丆恑壔偺枛偵丆恖椶傛傝傕愭偵偦偺摎偊偵扝傝拝偄偨嫑偑偄傑偡丏崱夞偼丆偦傫側嫑偺偍榖偱偡丏

丂僟僣栚僩價僂僆壢Exocoetidae偼丆嶰戝梞偺壏丒擬懷奀堟偵峀偔暘晍偟丆奜梞堟偐傜増娸堟偵偐偗偰偺昞憌偵惗懅偟傑偡乮Nelson et al., 2016; 拞朧, 2018乯丏杮壢偼丆悽奅偱7懏78庬偑抦傜傟丆偙偺偆偪擔杮偐傜偼丆6懏28庬偑曬崘偝傟偰偄傑偡乮Fricke et al., 2022; 杮懞, 2022; Shakhovskoy and Parin, 2022乯丏杮壢偺宍懺揑摿挜偵偼丆椉妠偑斾妑揑抁偔摍挿乮梒嫑婜偱偼壓妠偑撍弌偡傞応崌偑偁傞乯丆堦晹傪彍偒梒嫑偱偼壓妠偵旹傪傕偮丆昲偵灆傪傕偨側偄丆嫻昲偼嫄戝偱懱懁偺崅偄埵抲偵偁傞丆暊昲偑戝偒偄庬傪娷傓乮2梼宆偲4梼宆偵戝暿偱偒傞乯丆攚昲偲鋅昲偼懱偺屻曽偱懳嵼偡傞丆旜昲偼壓梩偑挿偔丆怺偔2嵆偡傞丆懁慄偼暊墢晅嬤傪憱傞丆堓傪傕偨側偄乮柍堓嫑乬stomachless fish乭乯丆愐捙崪悢偼31-51丆棏偼棏枌偵揨棈巺傪傕偮摍偑嫇偘傜傟傑偡乮Heemstra and Parin, 1986; 棔郪丒搚嫃撪丆2013; 捖, 2014丟抮揷傎偐丆2014; 抮揷丒拞朧丆2015; 娾堜丆2017乯丏偝傜偵丆Dasilao and Sasaki (1998) 偼丆僩價僂僆壢嫑椶偺宍懺偵婎偯偔宯摑夝愅傪峴偄丆杮壢偑扨宯摑偱偁傞偙偲丆旜昲丆嫻昲偍傛傃暊昲傪彊乆偵曄堎偝偣偰妸嬻擻椡傪岦忋偝偣偰偒偨偲寢榑偟偰偄傑偡丏傑偨丆杮壢偺惗懺揑摿挜偵偼丆嫻昲偲暊昲傪梡偄偰妸嬻偡傞乮屻弎乯丆庡偵晜梀惈偺峛妅椶傪曔怘偡傞丆惓偺憱岝惈傪帵偡摍偑嫇偘傜傟傑偡乮Heemstra and Parin, 1986; Allen and Robertson, 1994; 拞朧丆2018乯丏
丂
丂僴儅僩價僂僆懏 Cypselurus偼丆悽奅偱12庬偑抦傜傟丆偙偺偆偪擔杮偐傜偼丆僂僠僟僩價僂僆 Cypselurus naresii (Gu丯nther, 1889)丆僸儊傾僇僩價 Cypselurus angusticeps Nichols and Breder, 1935丆儂僜僩價僂僆 Cypselurus hiraii Abe, 1953丆傾儕傾働僩價僂僆 Cypselurus starksi Abe, 1953丆偦偟偰傾儎僩價僂僆 Cypselurus poecilopterus crassus Shakhovskoy and Parin, 2022偑曬崘偝傟偰偄傑偡乮Heemstra and Parin, 1986; Nelson et al., 2016; 杮懞丆2022乯丏杮懏偼丆懢暯梞偲僀儞僪梞偺壏丒擬懷奀堟偵暘晍偟乮Parin, 1999丟Shakhovskoy, 2018乯丆宍懺揑摿挜偲偟偰丆壓妠偑忋妠傛傝傕傗傗抁偔丆彮側偔偲傕悢杮偼妠帟偑3愲摢偱偁傞偙偲丆梒嫑婜偺旹傪寚偔偐1杮偺傒偱偁傞偙偲偑嫇偘傜傟傑偡乮Parin, 1999丟Heemstra, 1986乯丏

丂傾儎僩價僂僆 Cypselurus poecilopterus crassus Shakhovskoy and Parin, 2022偼丆懱偑斾妑揑懢抁偔丆梒嫑婜偵旹傪傕偨側偄偙偲丆嫻昲偺埫怓斄偑婯懃惓偟偔攝楍偡傞偙偲偱摨懏懠庬偲梕堈偵幆暿偱偒傑偡乮Parin, 1999丟Heemstra, 1986搚嫃撪丆2001乯丏杮庬偼丆偙傟傑偱 Cypselurus poecilopterus (Valenciennes, 1847)偺妛柤偑揔梡偝傟丆僀儞僪-惣懢暯梞偐傜杒惣懢暯梞偵偐偗偰峀偔暘晍偡傞偲偝傟偰偒傑偟偨偑丆崱擭3寧偵Shakhovskoy and Parin (2022)偵傛偭偰3垷庬偵暘偗傜傟傑偟偨丏杮尋媶偼丆Shakhovskoy and Parin (2010)偲Shakhovskoy (2018)偑帵嵈偟偨寢榑傪摜傑偊偰偍傝丆C. poecilopterus偺偆偪丆傾儔價傾奀嶻丆擔杮奀嶻偍傛傃偦傟埲奜偺屄懱孮娫偱丆宍懺揑丒惗懺揑側嵎堎傪擣傔丆偦傟偧傟偵懳偟偰怴妛柤 Cypselurus poecilopterus arabicus Shakhovskoy and Parin, 2022丆Cypselurus poecilopterus crassus Shakhovskoy and Parin, 2022偦偟偰 Cypselurus poecilopterus poecilopterus Shakhovskoy and Parin, 2022傪採彞偟傑偟偨丏偦偺偨傔尰嵼偱偼丆擔杮嬤奀嶻偺屄懱孮 C. p. crassus偵懳偟偰偺傒昗弨榓柤乬傾儎僩價僂僆乭偑揔梡偝傟傑偡丏

丂埲忋偺3垷庬偺偆偪丆傾儎僩價僂僆C. p. crassus乮擔杮嬤奀嶻偺屄懱孮乯偼丆懠偺2垷庬偲斾妑偟偰丆25-80 mm SL偵偍偗傞懱暆偑20.0% SL傪挻偊傞乮vs. 懠偺2垷庬偱偼20.0% SL枹枮乯丆椉娽娫妘偑14.5% SL傪挻偊傞乮vs. 14.5% SL枹枮乯丆80-120 mm SL偵偍偗傞懱暆偑18.0% SL傪挻偊傞乮vs. 18.0% SL枹枮乯丆椉娽娫妘偑12.0% SL傪挻偊傞乮vs. 12.0% SL枹枮乯偙偲偐傜幆暿偱偒丆杒奀摴撿娸偐傜戜榩嬤奀傑偱偺杒惣懢暯梞偵暘晍偟丆暘晍堟偑椬愙偡傞 C. p. poecilopterus傛傝傕崅堒搙偺奀堟偵惗懅偟傑偡丏堦曽丆傾儔價傾奀嶻偺屄懱孮 C. p. arabicus偼丆懠偺2垷庬偲斾妑偟偰丆惉嫑偺暊昲偺枛抂晅嬤偺抧怓偑埫怓乮vs. 懠2垷庬偱偼扺怓乯丆攚昲慜曽椮悢偑27-32乮vs. 23-32丆捠忢24-28乯丆愐捙崪悢偑41-44丆捠忢42-43乮vs. 40-43丆捠忢41-42乯偱偁傞偙偲偐傜幆暿偱偒丆傾僨儞榩傗傾儔價傾奀偺崅墫暘奀堟偵暘晍偟丆暘晍堟偑椬愙偟偰偄傞傕偺偺丆掅墫暘奀堟傪岲傓 C. p. poecilopterus偲偼惐傒暘偗偰偄傑偡乮Shakhovskoy and Parin, 2010; Shakhovskoy, 2018; Shakhovskoy and Parin, 2022乯丏偝傜偵丆廬棃偱偼塸柤偲偟偰庡偵乬Spotwing flying fish乭偑梡偄傜傟偰偒傑偟偨偑丆杮尋媶偱偼傾儎僩價僂僆 C. p. crassus偲C. p. arabicus傪暘椶偟丆偦傟偧傟乬Japanese spotwing flying fish乭偲乬Arabian spotwing flying fish乭傪怴偨側塸柤偲偟偰採彞偟偰偄傑偡丏傑偨丆傾儎僩價僂僆 C. p. crassus偺垷庬彫柤乬crassus乭偼丆儔僥儞岅偱乬傇岤偄丒偢傫偖傝偟偨乭傪堄枴偟丆懠偺垷庬偲偺幆暿宍幙傪昞尰偟偰偄傑偡乮Shakhovskoy and Parin, 2022乯丏

丂幨恀屄懱偼丆2022擭8寧23擔偵崅抦導搚嵅惔悈巗埲晍棙嫏峘乮戝晘栐乯偱嵦廤偝傟傑偟偨丏昗杮嶌惢帪偼丆傾儎僩價僂僆偵摨掕偝傟傑偟偨偑丆幨恀屄懱偼163.8 mm SL偱偁傞偨傔丆Shakhovskoy and Parin (2022)偑帵偟偨幆暿宍幙傪偦偺傑傑摉偰偼傔傞偙偲偼偱偒傑偣傫丏偟偐偟丆Shakhovskoy (2018)偱帵偝傟偨暘晍偺暘偐傟曽偼嬌傔偰柧椖偱偁傝丆擔杮嬤奀嶻偼偡傋偰Japanese subspecies偱偁傞偲偝傟偰偄傑偡丏偟偨偑偭偰丆幨恀屄懱偼Japanese subspecies偵懏偟丆惓恀惓柫偺傾儎僩價僂僆Cypselurus poecilopterus crassus偱偁傞偲巚傢傟傑偡丏

丂僩價僂僆壢偼丆尵傢偢偲抦傟偨旘傇嫑乬flying fish乭偱偡偑丆傛傝尩枾偵尵偊偽妸嬻偡傞嫑偱偡丏幚嵺丆彂愋偺婰嵹暥偱傕榓暥側傜乽妸嬻乿丆塸暥側傜乬gliding乭偺岅偑忢梡側偺偱丆乬gliding fish乭偲偟偨曽偑揔摉偐傕偟傟傑偣傫丏偁偔傑偱乽妸嬻乿偼乽旘傇乿偺斖醗側偺偱丆偳偪傜傪梡偄偰傕寛偟偰岆傝偱偼側偄偲巚偄傑偡偑丆杮峞偱偼丆乽妸嬻乿偲昞尰偟傑偡丏偦傟偱偼丆杮壢偺妸嬻偲偦傟偵揔墳偟偨宍懺傪夝愢偟傑偟傚偆丏

丂僩價僂僆壢嫑椶偼丆晛抜偼懠偺嫑椶偲摨條偵悈拞傪梀塲偟偰偄傑偡偑丆奜揋乮僔僀儔壢丆僇僕僉垷栚丆僒僶垷栚側偳乯傪夞旔偡傞嵺偼丆堦帪揑偵嬻拞偵弌偰懱偑庴偗傞掞峈傪尭傜偡愴弍傪偲傝傑偡乮Helfman et al., 2009乯丏僩價僂僆壢偺妸嬻偼丆悈拞壛懍婜丆妸憱婜丆妸嬻婜偺3抜奒偵暘偗傞偙偲偑偱偒傑偡丏 嵟弶偺悈拞壛懍婜偱偼丆旜昲傪寖偟偔怳偭偰悈忋偵旘傃弌偡偨傔偵壛懍偟傑偡丏偙偺帪丆忋梩傛傝傕壓梩偑挿偄摿庩側宍忬偺旜昲傪怳傞偙偲偱丆慜曽傊偺悇恑椡偲偲傕偵懱傪忋曽傊岦偗傞椡偑敪惗偟傑偡乮拞朧, 2018乯丏偙偺尰徾偼丆巹偨偪偑僔儏僲乕働儕儞僌偺嵺偵巊梡偡傞僼傿儞傪椺偵偟偰捈姶揑偵棟夝偱偒傑偡丏晛捠偼傑偢傗傜側偄偙偲偱偡偑丆摨偠峝偝偱丆挿偝偺堎側傞僼傿儞傪憰拝偟偰僪儖僼傿儞僉僢僋塲朄偱塲偄偩応崌丆奺僼傿儞偐傜摼傜傟傞悇恑椡偵嵎堎偑惗偠丆抁偄僼傿儞傪憰拝偟偰偄傞曽傊恑楬偑堩傟傑偡丏偙傟偲摨偠尨棟偱忋曽傪岦偄偨嫑懱偼悈柺偵摓払丆偦偺傑傑悈忋偵旘傃弌偟偰妸憱婜偵堏峴偟傑偡丏

丂妸憱婜偼丆嫑懱偵梘椡傪敪惗偝偣傞抜奒偱丆嫑懱偼傎傏慡恎偑悈忋偵弌偰偄傑偡偑丆旜昲偺挿偄壓梩偼悈拞偵棷傑傝丆偙偺旜昲偱嫮偔悈柺傪扏偄偰悈忋傪妸憱偟傑偡丏丂僩價僂僆壢偺旜昲偼丆昗杮嶌惢帪偵揥昲梡偺恓偑捠傜側偄傎偳昲忦偑枾偵攝楍偟丆昲枌偺柺愊偑彫偝偔丆偦傕偦傕揥昲偑晄昁梫側傎偳嬌傔偰忎晇側偺偱丆壛懍傗妸憱帪偺嫮偄徴寕偵懴偊傞偺偵揔偟偰偄傑偡丏摨帪偵丆嫻昲傪峀偘偰嬻婥偺棳傟傪庴偗傞偙偲偱丆悈拞壛懍婜偺傛偆偵摢晹偑旜晹傛傝傕崅偄埵抲偵偁傞巔惃傪曐帩偟傑偡丏偙偺孹偄偨巔惃偼丆棧棨帪偺峲嬻婡偺梼偲摨條偱偁傝丆敪惗偟偨梘椡偱嫑懱偑嬻拞偵晜偐傃忋偑傝傑偡丏

丂僩價僂僆壢嫑椶偺嵟戝梀塲懍搙偼35 km/h掱搙偱偡偑丆妸嬻婜偵堏峴偡傞偲70km/h偵払偡傞懍搙偱妸嬻偟傑偡乮Helfman et al., 2009乯丏悈柺偐傜栺2 m偺崅偝傪妸嬻偟丆偦偺妸嬻嫍棧偼200-400 m埲忋偲偝傟偰偄傑偡乮Allen and Robertson, 1994; Helfman et al., 2009乯丏幚嵺偵妸嬻傪慏忋偐傜娤嶡偡傞偲丆妸嬻拞偺曽岦揮姺傗媫掆巭傕壜擻偱偁傞偙偲偑暘偐傝傑偡丏愭弎偺捠傝丆杮壢嫑椶偼柍堓嫑偱偁傝徚壔娗傪抁偔偡傞偙偲偱丆怘暔傪懱撪偵曐帩偡傞帪娫傪抁偔偟偰懱傪寉検壔偟丆攚暊曽岦偐傜尒偨椫妔偼捈慄揑偱掞峈傪尭傜偡懱宍傪偟偰偄傑偡丏杮壢偺妸嬻帪娫偺悽奅嵟挿婰榐偼丆擔杮偱婰榐偝傟偰偍傝丆NHK幁帣搰曻憲嬊偺僇儊儔儅儞怷弮堦巵偑壆媣搰儘働嵟廔擔偺2008擭5寧18擔偵丆僼僃儕乕懢梲乮壆媣搰挰塩乯偐傜嶣塭偟偨傕偺偱偡丏45昩娫偺妸嬻傪懆偊偨偙偺塮憸偼丆摉擔偺NHK僯儏乕僗偲摨寧20擔晅偺BBC NEWS乮塸崙乯偱曬偠傜傟丆偦偟偰摨擭11寧2擔偺亀僟乕僂傿儞偑棃偨両亁乮NHK乯偺乽惗偒傕偺怴揱愢僩價僂僆戝旘峴乿偲柫懪偭偨夞偱曻憲偝傟傑偟偨丏偙偺婰榐偼丆Breder (1929)偵傛傝曬崘偝傟偨婰榐偺42昩傪3昩峏怴偟丆2019擭偵僊僱僗悽奅婰榐偵擣掕偝傟偰偄傑偡丏僱僢僩偱偄偮偱傕帇挳偱偒傞偺偱偤傂堦搙丆偛棗偔偩偝偄丏 摦夋侾乮僩價僂僆偺嵟挿旘峴帪娫乯丂摦夋俀(BBC Earth Hant)

丂 杮峞傪幏昅偡傞拞偱丆巹偼曐堢墍帪戙偵撉傫偩奊杮亀僩價僂僆偺傏偆傗偼傃傚偆偒偱偡亁傪巚偄弌偟傑偟偨丏奀梞惗暔傪庡恖岞偵偟偰妀暫婍攑愨傪慽偊傞捒偟偄嶌昳偱偡偑丆摉帪6嵨偩偭偨巹偼丆廳偔媬偄偺側偄暔岅傪棟夝偱偒偢丆梒怱偵偦偙偼偐偲側偄晄埨傪妎偊傑偟偨丏峲嬻巎偺斶嶴側懁柺傪屭傒傟偽丆偁偺奊杮偱尒偨偍傃偨偩偟偄悢偺嫑偺巰奫傪尰幚偵栚偺摉偨傝偵偡傞擔偑棃側偄偲偼尵偄愗傟偢丆偁傞偄偼偦偺帪丆偦偺巰巖椵乆偼嫑偱偼側偔丆巹偨偪帺恎偐傕偟傟傑偣傫丏巹偨偪偼丆巹偨偪偑抦偭偰偄傞偡傋偰偺惗柦偲嫟懚偟偰偄傞帠幚偲丆懡偔偺儗僢僪儔僀儞傪婛偵墇偊偮偮偁傞尰忬傪崱堦搙丆怱偵棷傔偹偽側傝傑偣傫丏愭偺戝愴偐傜77擭栚偺斢壞丆曄傢傜偢偵悈忋傪桪夒偵隳偗傞僩價僂僆偼丆暯榓偲帺桼偺徾挜偱偁偭偰傎偟偄傕偺偱偡丏

嶲峫暥專

棔郪惓岹丒搚嫃撪棿丏2013丏僩價僂僆壢丏拞朧揙師乮曇乯丆pp. 655-664, 1928-1933 . 擔杮嶻嫑椶専嶕慡庬偺摨掕 戞嶰斉丏搶奀戝妛弌斉夛丆恅栰丏

Allen, G. R. and D. R. Robertson. 1994. Fishes of the tropical eastern Pacific. University of Hawaii Press, Honolulu. i-xx + 1-332 pp.

Breder, Jr., C. M. 1929. Field observation on flying fishes: A suggestion of methods. Zoologica, 9 (7): 295亅312. 

捖 弔濘丏2014丏僩價僂僆壢Exocoetidae丏壂嶳廆梇乮曇乯丆pp. 550-577 . 擔杮嶻抰嫑恾娪 戞擇斉丏搶奀戝妛弌斉夛丆恅栰丏

Dasilao, Jr., J. C. and Kunio Sasaki. 1998. Phylogeny of the flyingfish family Exocoetidae (Teleostei, Beloniformes). Ichthyol. Res., 45 (4): 347-353.

搚嫃撪棿丏2001丏僩價僂僆壢丏拞朧揙師丒挰揷媑旻丆嶳壀峩嶌丒惣揷惔摽乮曇乯丆pp. 166-170. 埲晍棙 崟挭偺嫑 僕儞儀僀僓儊偐傜儅儞儃僂傑偱丏戝嶃 奀梀娰丆戝嶃丏

Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2022. Catalog of fishes: genera, species, reference: https://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Accessed 23 Aug. 2022 .

Heemstra, P. C. and N. V. Parin. 1986. Exocoetidae. Pages 391亅396 in M. M. Smith and P. C. Heemstra, eds. Smith乫s Sea Fishes. Macmillan, South Africa, Johannesburg.

Helfman, G. S., B. B. Collette, D. E. Facey and B. W. Bowen. 2009. The Diversity of Fishes. Biology, Evolution, and Ecology. 2nd ed. Wiley-Blackwell, Hoboken. i-xvi+1-720 pp.

抮揷抦巌丒暯堜柧晇丒揷抂廳晇丒戝惣梖夘丒悈屗 晀丏2014丏嫑棏偺夝愢偲専嶕丏壂嶳廆梇乮曇乯丆pp. 1-108. 擔杮嶻抰嫑恾娪 戞擇斉丏搶奀戝妛弌斉夛丆恅栰丏

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

娾堜 曐丏2017丏6復 愛怘丒徚壔丏栴晹 塹丒孠懞揘惗丒搒栘桋彶乮曇乯丆pp. 55-72. 嫑椶妛丏峆惎幮岤惗妕丆搶嫗丏

杮懞峗擵丏2022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. 15丏https://www.museum.kagoshima-u.ac.jp/staff/motomura/jaf.html. Accessed 23 Aug. 2022.

拞朧揙師丏2018丏僩價僂僆壢丏拞朧揙師乮曇乯丆pp. 196-197. 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

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幨恀昗杮丗BSKU 132414丆163.8 mm SL丆2022擭8寧23擔丆崅抦導搚嵅惔悈巗埲晍棙嫏峘乮戝晘栐乯丏嵦廤丒嶣塭丗嶳岥 楡丏

(嶳岥 楡)

2022擭7寧偺嫑


僊儞儐僑僀Kuhlia mugil (Forster, 1801) (僗僘僉栚儐僑僀壢乯

  丂僗僘僉栚儐僑僀壢乮Kuhliidae乯偼丆僀儞僪-懢暯梞偺壏丒擬懷奀堟偵暘晍偟丆儐僑僀懏Kuhlia Gill, 1801偺傒偱峔惉偝傟傑偡乮抮揷丒拞朧丆2015丟Nelson et al., 2016乯丏儐僑僀壢嫑椶偼丆掅墫暘偐傜崅墫暘偵傢偨偭偰揔墳偱偒傞峀墫惈乮euryhaline乯傪傕偮偨傔丆扺悈堟偐傜増娸堟傑偱暆峀偔惗懅偡傞偙偲偑抦傜傟乮搉绮丆2017丟悾擻丆2018乯丆僴儚僀廈偱偼傾儂儗儂儗乮aholehole乯偺柤徧偱恊偟傑傟傞億僺儏儔乕側嫑偱偡乮Nelson et al., 2016乯丏

丂儐僑僀懏偼悽奅偱12庬偑抦傜傟偰偍傝丆偙偺偆偪擔杮偵偼僊儞儐僑僀Kuhlia mugil (Forster, 1801)丆僆僆僋僠儐僑僀Kuhlia rupestris (Lacepède, 1802)丆儐僑僀Kuhlia marginata (Cuvier, 1829)丆僴儚僀傾儞僼儔僢僌僥乕儖乮昗弨榓柤側偟乯Kuhlia sandvicensis (Steindachner, 1876)丆僩僎僫僈儐僑僀Kuhlia munda (De Vis, 1884)偺5庬偑暘晍偟傑偡乮Randall and Randall, 2001丟杮懞丆2022乯丏儐僑僀懏偺宍懺揑摿挜偵偼丆懱偼崅偔懁曃偡傞丆岥偼挊偟偔幬埵丆橐奧偵2灆偑偁傞丆攚昲偲旜昲偺奺婎掙偵椮忊乮傝傫偟傚偆/忊忬偺椮乯偑敪払偡傞丆攚昲偼怺偔寚崗偡傞丆攚昲昲忦悢偼10灆9–13擃忦丆鋅昲昲忦悢偼3灆9–13擃忦丆愐捙崪悢偼25丆堦斒揑偵懱怓偼嬧怓丆懡偔偼旜昲偵埫怓偺斄栦偑偁傞側偳偑嫇偘傜傟丆庡偵晜梀惈偺峛妅椶傪曔怘偟傑偡乮Allen and Robertson, 1994丟嵅乆栘丆1997丟椦丒攱尨丆2013 丟抮揷丒拞朧丆2015丟Nelson et al., 2016乯丏

丂僊儞儐僑僀Kuhlia mugil (Forster, 1801)偼増娸惈偺嫑偱偡偑丆偦偺暘晍偼嬌傔偰峀偔丆擔杮偱偼堬忛導偐傜嬨廈撿娸偺懢暯梞増娸丆埳摛-彫妢尨彅搰丆懳攏丆嬨廈杒娸丒惣娸丆壆媣搰丆棶媴楍搰丆奀奜偱偼挬慛敿搰撿娸丆嵪廈搰丆戜榩丆惣嵐孮搰丆僀儞僪-斈懢暯梞偺壏丒擬懷奀堟偵暘晍偟丆儐僑僀壢偺偆偪丆搶懢暯梞乮傾儊儕僇戝棨惣娸乯偱傕暘晍偑妋擣偝傟偰偄傞偺偼杮庬偺傒偱偡乮椦丒攱尨丆2013丟Nelson et al., 2016丟悾擻丆2018乯丏僊儞儐僑僀偼丆懁慄椮悢偑49–53丆攚昲擃忦悢偑9–11乮捠忢10乯丆旜昲偺椉梩偵柧椖側5杮偺崟怓幬懷偑偁傞偙偲偱摨懏懠庬偲梕堈偵幆暿偱偒丆擔杮偵暘晍偡傞儐僑僀壢嫑椶偺偆偪杮庬偺傒偑惗奤傪奀悈堟偱夁偛偟傑偡乮椦丒攱尨丆2013丟栚崟丆2013丟抮揷丒拞朧丆2015丟彫巬丆2020丟僕儑儞丆2022乯丏

丂僊儞儐僑僀偼丆乽嬧搾岋乿偲娍帤昞婰偝傟傞傛偆偵丆嬧怓偵婸偔椮偑栚傪堷偔嫑偱偡偑丆奀拞偱偼捠忢丆奀悈偱嶶棎偟偨惵偄帺慠岝傪斀幩偟丆嬧怓偵偼尒偊傑偣傫丏幚偼偙偺椮偼丆帺慠岝傪岻傒偵斀幩偟丆奜揋偺帇奅偐傜帺恎偺巔傪徚偡栶妱傪扴偆偺偱偡丏

丂偙偺椮偵娷傑傟傞嬧怓偺暔幙偼丆妀巁偺墫婎偲偟偰桳柤側僌傾僯儞乮guanine: C5H5N5O乯偺斅忬偺寢徎偱偡丏杮棃丆僌傾僯儞偼柍怓摟柧偺暔幙偱偡偑丆寢徎峔憿偺応崌丆傎傏姰慡偵帺慠岝傪斀幩偟丆嬧怓乮佮敀怓乯偲偟偰帇擣偝傟傑偡丏惗懱撪偱峴傢傟傞寢徎惗惉夁掱傪僶僀僆僋儕僗僞儔僀僛乕僔儑儞乮biocrystallization乯偲偄偄丆惗惉偝傟偨僌傾僯儞寢徎偼丆椮偺忋壓丒慜屻曽岦偵攝楍偡傞偲偲傕偵丆廳側傝崌偭偰憌傪宍惉偟偰偄傑偡乮Helfman et al., 2009 乯丏偟偐偟丆偙傟傜奺憌偺嫬奅柺偱擖幩岝傪斀幩偡傞帪丆奺斀幩岝偑媡埵憡偱姳徛偟偨応崌偼丆慡懱偲偟偰斀幩岝偑庛傑傝丆廃埻傛傝埫怓偵尒偊傞偙偲偑憐憸偱偒傑偡丏偙傟偵懳偟丆嬧怓偺椮偼丆帺慠岝偺攇挿偺1/4偵憡摉偡傞娫妘偱僌傾僯儞寢徎偺憌傪嶌傞偙偲偱丆偙偺栤戣傪僋儕傾偟偰偄傑偡乮Helfman et al., 2009乯丏偙偺傛偆偵丆擖幩岝偺1/4攇挿娫妘偱斀幩攠幙傪廳偹偨嬀傪暘晍僽儔僢僌斀幩嬀乮DBR: Distributed Bragg Reflector乯偲偄偄丆1/4攇挿娫妘偱廳側傞奺嫬奅柺偐傜偺斀幩岝偺埵憡傪偡傋偰懙偊丆崅岠棪斀幩傪幚尰偡傞傕偺偱偡乮柤屆壆岺嬈戝妛嬌旝彫峔憿僨僶僀僗尋媶僙儞僞乕丆2003乯丏偡側傢偪丆椮偺拞偱僌傾僯儞寢徎偼丆帺慠岝傪斀幩偡傞偨傔偵棟榑忋嵟揔側娫妘偱攝抲偝傟偰偄傞偺偱偡丏偝傜偵丆僊儞儐僑僀偼懁曃偟偰懱懁偺嬋棪傪彫偝偔偡傞偙偲偱丆椮偦偺傕偺偑帺慠岝偺斀幩偵揔偟偨悅捈偵嬤偄攝抲偲側偭偰偄傑偡乮Helfman et al., 2009乯丏偦偟偰嵟屻偵丆僊儞儐僑僀帺懱偑悈拞偱悅捈偵巔惃傪曐帩偡傞偙偲偱丆帺慠岝偺斀幩傪埨掕偝偣偰偄傑偡丏

丂埲忋偺乽僌傾僯儞寢徎偺攝抲乿乽椮偺攝抲乿乽悈拞偵偍偗傞巔惃曐帩乿偺3偮偺梫場偵傛偭偰丆僊儞儐僑僀偼嬃偔傎偳奀拞偺攚宨偵梟偗崬傒丆偝側偑傜丆晄壜帇偺嫑偲側傞偺偱偡丏傑傞偱丆塸崙偺彫愢壠J. K. Rowling巵偺亀Harry Potter亁嶌昳孮偵搊応偡傞乽摟柧儅儞僩乿偺傛偆偩偲巚偄傑偣傫偐丠

丂幨恀屄懱偼丆2020擭7寧21擔偵幚巤偝傟偨杮妛偺椪奀幚廗偵偰丆崅抦導搚嵅巗塅嵅挰敀僲旲偱墦摗峀岝嫵庼偵傛偭偰嵦廤偝傟傑偟偨丏偳偆傗傜墦摗嫵庼偺帇奅偐傜偼丆巔傪偔傜傑偡偙偲偼偱偒側偐偭偨傛偆偱偡偹丏旜昲偺慛傗偐側敀崟偺僐儞僩儔僗僩偑旕忢偵旤偟偔丆崱偱偼巹偺戝岲偒側嫑偱偡丏儐僑僀壢嫑椶偼丆旜昲偵斄栦傪傕偮庬偑懡偄偙偲偐傜丆塸柤偱偼“flagtail”乮婙偺傛偆側旜昲乯偲屇偽傟偰偄傑偡乮椦丒攱尨丆2013丟Nelson et al., 2016乯丏條乆側崲擄偵捈柺偟偰偄傞嶐崱偺幮夛偱偡偑丆壗帠傕娙扨偵乽敀婙乿傪梘偘傞傢偗偵偼偄偒傑偣傫偹丏

嶲峫暥專

Allen, G. R. and D. R. Robertson. 1994. Fishes of the tropical eastern Pacific. University of Hawaii Press, Honolulu. i–xx + 1–332 pp.
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Helfman, G. S., B. B. Collette, D. E. Facey and B. W. Bowen. 2009. The Diversity of Fishes. Biology, Evolution, and Ecology. 2nd ed. Wiley-Blackwell, Hoboken. i–xvi+1–720 pp.
抮揷攷旤丒拞朧揙師丏2015丏撿擔杮懢暯梞増娸偺嫑椶丏搶奀戝妛弌斉晹丆恅栰丏xxii + 597 pp., pls. 1–256.
僕儑儞 價儑儖丏2022丏儐僑僀壢丏娾捸煩庽丒埳摗惓塸丒嶳揷庣旻丒杮懞峗擵乮曇乯丆187 p. 嶧杸敿搰増娸偺嫑椶丏幁帣搰悈寳惗暔攷暔娰丆枍嶈丒幁帣搰戝妛憤崌攷暔娰丆幁帣搰丏
彫巬孿懢丏2020丏僗僘僉栚儐僑僀壢Kuhlidae. 436 p. 彫巬孿懢丒敤丂惏椝丒嶳揷庣旻丒杮懞峗擵乮曇乯丏戝孏巗応嫑椶恾娪丏幁帣搰戝妛憤崌尋媶攷暔娰丆幁帣搰丏
栚崟徆棙丏2013丏儐僑僀壢丏杮懞峗擵丒弌塇怲堦丒屆揷榓旻丒徏塝孾堦乮曇乯丆205–206 pp. 幁帣搰導嶰搰懞丂棸墿搰丒抾搰偺嫑椶丏幁帣搰戝妛憤崌攷暔娰丆幁帣搰丒崙棫壢妛攷暔娰丆偮偔偽巗丏
杮懞峗擵丏2022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. 15丏https://www.museum.kagoshima-u.ac.jp/staff/motomura/jaf.html. Accessed 21 July. 2022.
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幨恀昗杮丗BSKU 127968丆132.5 mm SL丆2020擭7寧21擔丆崅抦導搚嵅巗塅嵅挰敀僲旲丆庤栐丏嵦廤丗墦摗峀岝丆幨恀嶣塭丗嶳岥丂楡丏

 乮嶳岥 楡乯

2022擭6寧偺嫑


僆僯傾儞僐僂Linophryne densiramus Imai, 1941乮傾儞僐僂栚僠儑僂僠儞傾儞僐僂垷栚僆僯傾儞僐僂壢乯

丂僆僯傾儞僐僂 Linophryne densiramus Imai, 1941 乮僆僯傾儞僐僂壢 Linophrynidae)偼丆僠儑僂僠儞傾儞僐僂椶偲偟偰抦傜傟傞怺奀嫑偺拠娫偱丆嶰戝梞偵5懏27庬偑抦傜傟偰偄傑偡乮Nelsen et al., 2016; Fricke et al., 2022乯丏偦偺偆偪丆擔杮偐傜偼儐僂儗僀僆僯傾儞僐僂 Haplophryne mollis (Brauer 1902)丆僆僯傾儞僐僂 Linophryne densiramus Imai 1941丆僀儞僪僆僯傾儞僐僂 Linophryne indica (Brauer 1902)丆僸僎儌僕儍僆僯傾儞僐僂 Linophryne polypogon Regan 1925丆偦偟偰僸僇儕僆僯傾儞僐僂Photocorynus spiniceps Regan 1925偺5庬偑曬崘偝傟傑偟偨乮杮懞丆2020乯丏杮壢嫑椶偼丆帗偺娽忋晹偵嫮偄灆傪傕偮丆攚昲偲鋅昲偑捠忢3擃忦丆暊昲偑側偄丆汨栧偑懱偺惓拞慄偐傜嵍婑傝偵奐岥偡傞側偳偺摿挜偑偁傝傑偡乮Pietsch, 2009丟拞朧丆2018乯丏汨栧埵抲偺摿挜偼丆僇儗僀栚嫑椶偺惉嫑傗僞儔栚偺巈嫑側偳偱傕抦傜傟偰偄傑偡丏慜幰偼懱慡懱偺嵍塃旕懳徧惈偵娭偡傞傕偺偱偡乮Pietsch, 2009乯丏屻幰偺偆偪丆僜僐僟儔壢偺儉僱僟儔 Coryphaenoides pectoralis (Gilbert, 1891)偺嫄戝巈嫑偱偼丆惓拞慄偺塃懁偵埵抲偟傑偡乮Endo et al., 2010乯丏

丂僆僯傾儞僐僂懏 Linophryne Collett, 1886 偼嶰戝梞偺怺奀堟偵22桳岠庬偑抦傜傟丆忋帹崪偲屻懁摢崪偺灆傪寚偔丆慜橐奧崪屻墢偵1灆傪傕偮丆懱怓偑埫怓側偳偺摿挜傪傕偪傑偡乮Pietsch, 2009; Fricke et al., 2022乯丏偦偺偆偪丆僆僯傾儞僐僂偼嶰戝梞偺昞憌偐傜悈怺 2250 m偺娫偱偺嵦廤婰榐偑偁傝丆擔杮偱偼杒奀摴偐傜弜壨榩偵偐偗偰弌尰偑妋擣偝傟傑偟偨乮拞朧丆2018丟墦摗丆2021丟Fricke et al., 2022乯丏杮庬偼壓妠偺傂偘偑戝偒偔丆3杮偺懢偄姴偲偦偺愭抂偑懡暘巬偲側傞丆帗偱偼桿堷撍婲偑抁偄丆媅塧忬懱偑戝偒偔昗弨懱挿偺16亅39%丆梇偱偼挶帹崪灆傪寚偔偐枹敪払側偳偺摿挜偵傛傝丆摨懏懠庬偲幆暿偱偒傑偡乮Pietsch, 2009丟拞朧丆2018乯丏 僠儑僂僠儞傾儞僐僂椶偼丆奀掙偐傜棧傟偰惗妶傪偡傞偨傔暊昲傪傕偨偢丆帗偵偼塧傪桿偆偨傔偵梡偄傞愭抂偵敪岝婍傪旛偊偨媅塧忬懱傪傕偪傑偡乮Pietsch, 2009丟拞朧丆2018乯丏傑偨丆儈僣僋儕僄僫僈僠儑僂僠儞傾儞僐僂壢乮Ceratiidae乯丆僆僯傾儞僐僂壢乮Linophrynidae乯丆偦偟偰僉僶傾儞僐僂壢乮Neoceratiidae乯偺3壢偱偼丆梇偼帺桼梀塲惗妶傪憲傝丆惉弉偡傞偲帗偺懱昞偵晅拝偟偰塰梴傪愛庢偟傑偡偑丆怺奀偱偼梇偲帗偑弌夛偆婡夛偑彮側偔丆帗偵弌夛偊側偐偭偨梇偼巰傫偱偟傑偄傑偡乮拞朧丆2018丟墦摗丆2021乯丏

丂幨恀屄懱偼2022擭3寧偵崅抦巗撪偺屼忯悾嫏峘偺巌娵偵傛傞掙塯栐嫏乮戝庤孞傝栐乯偵傛傝嵦廤偝傟傑偟偨丏杮庬偼弜壨榩嶻偺昗杮傪婎偵怴庬婰嵹偝傟丆忋弎偺捠傝擔杮偱偼杒奀摴偐傜弜壨榩偵偐偗偰暘晍偟傑偡丏偙傟傑偱偵搚嵅榩偐傜嵦廤偝傟偨婰榐偼側偔丆幨恀屄懱偼搚嵅榩弶婰榐偲側傝傑偡丏偄偮傕夣偔嫑傪採嫙偟偰偔偩偝傞屼忯悾嫏峘偺奆條偵丆偙偺応傪庁傝偰偍楃怽偟忋偘傑偡丏3寧偱廋巑壽掱傪廋椆偟4寧偐傜幮夛恖偲側傝傑偟偨偑丆僀僔儓僂僕傗僟儖儅傾儞僐僂偵偮偄偰偺榑暥傕堷偒懕偒搳峞偟偰偄偔強懚偱偡丏

堷梡暥專

墦摗峀岝丏2021丏傾儞僐僂偺側偐傑丏摗尨媊峅丒墦摗峀岝乮曇乯丆pp. 86亅91丏彫妛娰偺恾娪NEO 怺奀惗暔丏彫妛娰丏搶嫗丏
Endo, H., N. Nakayama, K. Suetsugu and H. Miyake. 2010. A larva of Coryphaenoides pectoralis (Gadiformes: Macrouridae) collected by deep-sea submersible from off Hokkaido, Japan. Ichthyological Research, 57(3): 272亅277.
Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2022. Catalog of fishes: genera, species, reference: https://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp. Electronic version accessed 31 March 2022.
杮懞峗擵丏2020丏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丏幁帣搰戝妛憤崌尋媶攷暔娰丆幁帣搰丏560 pp.
拞朧揙師丏2018丏僆僯傾儞僐僂壢丏拞朧揙師乮曇乯丆pp. 172亅173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
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.
Pietsch, T. W. 2009. Oceanic anglerfishes. Extraordinary diversity in the Deep Sea. University of California Press, Berkeley. i亅xii + 1亅557.

幨恀昗杮丗BSKU 131633, 53.2 mm SL, 2022擭3寧丆搚嵅榩丆崅抦導崅抦巗屼忯悾嫏峘丆戝庤孞傝栐丆巌娵丏嵦廤幰丗堜忋桾懢丆岾戝擇榊丏 丂丂

(岾丂戝擇榊乯

 2022擭2寧偺嫑


僀僢僥儞僇僑儅僩僂僟僀Cyttopsis cypho (Fowler, 1934) (儅僩僂僟僀栚儀僯儅僩僂僟僀壢乯

丂儅僩僂僟僀栚儀僯儅僩僂僟僀壢乮Parazenidae乯偼丆嶰戝梞偵暘晍偡傞嬤掙憌梀塲惈偺嫑椶偱丆儀僯儅僩僂僟僀懏 Parazen Kamohara, 1935丆僇僑儅僩僂僟僀懏 Cyttopsis Gill, 1862偍傛傃 Stethopristes Gilbert, 1905偺3懏傪娷傒傑偡乮Tyler et al., 2003丟Nelson etal., 2016乯丏杮壢偺偆偪擔杮偵偼丆儀僯儅僩僂僟僀懏偺儀僯儅僩僂僟僀Parazen pacificus Kamohara, 1935丆僇僑儅僩僂僟僀懏偺僇僑儅僩僂僟僀Cyttopsis rosea (Lowe, 1843)丆偦偟偰僀僢僥儞僇僑儅僩僂僟僀Cyttopsis cypho (Fowler, 1934)偺3庬偑抦傜傟偰偄傑偡乮拞朧丒峛斻丆2013丟杮懞丆2020丟悈挰傎偐丆2022乯丏

丂僇僑儅僩僂僟僀懏Cyttopsis Gill, 1862偼丆嶰戝梞偺悈怺100-1000 m偵暘晍偟丆乮拞朧丒峛斻丆2013丟Bray, 2021a, b乯丆師偺宍幙偺慻傒崌傢偣偱摿挜偯偗傜傟傑偡丗懱偼懁滸偟懱崅偑崅偄丆懱偼扙棊偟傗偡偔敄偄彫墌椮偱暍傢傟傞丆攚昲偲鋅昲擃忦偺婎掙偵偼擃忦偲傎傏摨悢偺彫崪幙斅偑暲傇丆嫻昲昲忦悢偼13亅14丆暊昲昲忦悢偼9-10丆鋅昲昲忦悢偼I-II, 28-30丆旜昲偺暃旜昲忦偼彫灆忬偱忋梩偵3杮偲壓梩偵4杮丆偍傛傃暊晹惓拞慄忋偵塻偄灆傪旛偊傞椗椮傪傕偮乮Heemstra, 1980乯丏杮懏偵偼4柤媊庬偑抦傜傟偰偍傝丆僇僑儅僩僂僟僀C. rosea (Lowe, 1843)偲僀僢僥儞僇僑儅僩僂僟僀C. cypho (Fowler, 1934)偺2庬偑桳岠偲偝傟丆Cyttopsis itea Jordan and Fowler, 1902偲Paracyttopsis scutatus Gilchrist and von Bonde, 1924偼丆慜幰偺怴嶲堎柤偲側偭偰偄傑偡乮Heemstra, 1980丟Fricke et al., 2021乯丏僇僑儅僩僂僟僀偲僀僢僥儞僇僑儅僩僂僟僀偼丆懱懁屻敿晹偺懁慄忋偵偁傞1崟怓斄偺桳柍偲懁慄椮悢偱幆暿偱偒傞偲偝傟傑偟偨偑乮Fowler, 1934丟Heemstra, 1980丟Bray, 2021a乯丆悈挰傎偐乮2022乯偵傛偭偰慜弎偺2宍幙傪娷傓師偺7屄偺幆暿宍幙偑帵偝傟傑偟偨丗懱懁屻敿晹偺懁慄忋偵偁傞1崟怓斄乮僀僢僥儞僇僑儅僩僂僟僀偱偼偁傞 vs. 僇僑儅僩僂僟僀偱偼側偄乯丆懁慄椮悢乮59–64 vs. 73–82乯丆暊晹偺戞4 椗椮偲戞5 椗椮忋偺灆偺娫妘乮挊偟偔嫹偄 vs. 斾妑揑峀偄乯丆娽鈢宎乮13.6–16.6% vs. 14.7–19.1% of SL丟14.2–17.8% vs. 15.9–20.7% of SL'乯丆椉娽娫妘乮5.8–6.6% vs. 5.8–8.0% of SL丟6.0–7.5% vs.6.1–8.4% of SL'乯丆暙挿乮21.1–27.4% vs. 17.8–23.3% of SL丟13.7–19.6% vs. 8.7–15.0% of SL'乯丆偍傛傃壓妠挿乮22.6–25.6% vs. 22.1–26.9% of SL丟23.7–27.9% vs. 24.0–28.5% of SL'乯乮SL' 偼岥暙撍弌晹偺婎晹偐傜旜昲婎掙傑偱乯丏傑偨丆偙傟傑偱偵抦傜傟偰偄傞僀僢僥儞僇僑儅僩僂僟僀偺嵟戝僒僀僘偼90mm SL偱偁傞偺偵懳偟偰僇僑儅僩僂僟僀偱偼186 mm SL偱偁傞偙偲偐傜丆杮庬偼僇僑儅僩僂僟僀傛傝傕彫宆庬偱偁傞偲峫偊傜傟偰偄傑偡乮悈挰傎偐丆2022乯丏僀僢僥儞僇僑儅僩僂僟僀偼僆乕僗僩儔儕傾偐傜擔杮廃曈偺惣懢暯梞偺悈怺100-520 m偐傜嵦廤偝傟偰偍傝丆擔杮偱偺婰榐偼搚嵅榩偲墦廈撳偱偡乮Fowler, 1934丟Paxton et al., 1989, 2006丟Mok, 1993丟Bray, 2021a丟Shao, 2021丟悈挰傎偐丆2022乯丏墦廈撳嶻偺昗杮偼丆杮尋媶幒OB偺嵅摗恀墰偝傫偑Twitter偵搳峞偝傟偨昗杮幨恀傪敪尒偟偨偙偲偑偒偭偐偗偱丆戞嶰挊幰偲偺嫟摨尋媶偵帄傝傑偟偨丏榑暥偑僆儞儔僀儞偱弌斉偝傟偨屻傕丆偪傜傎傜杮庬偺幨恀偑Twitter偱曬崘偝傟偰偍傝丆榑暥偺挊幰偲偟偰偼旕忢偵婐偟偄尷傝偱偡丏Twitter傪偼偠傔偲偡傞SNS偼朿戝側嫑偺忣曬偱枮偪偰偄傞偺偱丆偙傟傜傪忋庤偔妶梡偟偨尋媶傪峴偄偨偄傕偺偱偡丏

丂僀僢僥儞僇僑儅僩僂僟僀偺榑暥偼攷巑壽掱傪廋椆偟丆廇怑偟偨屻偵尋媶傪恑傔傑偟偨丏巹偼柉娫婇嬈偵嬑傔傞偄傢備傞“嵼栰偺尋媶幰”側偺偱丆尋媶帪娫偲椃旓偺妋曐偑戝曄偱丆偙偺榑暥傪巇忋偘傞偺偼彮乆恏偐偭偨偱偡丏偦傟偱傕崱偼師偺榑暥偵岦偗偰弨旛傪巒傔偰偄偰丆恠偒傞偙偲偺側偄嫑偺柺敀偝偑帺暘偺尨摦椡偵側偭偰偄傑偡丏

堷梡暥專

Bray, D. J. 2021a. Fishes of Australia, Cyttopsis cypho: https://fishesofaustralia.net.au/Home/species/1863.乮嶲徠 2021-5-25乯

Bray, D. J. 2021b. Fishes of Australia, Cyttopsis rosea: https://fishesofaustralia.net.au/Home/species/1864.乮嶲徠 2021-5-25乯

Fowler, H. W. 1934. Descriptions of new fishes obtained 1907 to 1910, chiefly in the Philippines Islands and adjacent seas. Proc. Acad. Nat. Sci. Phila., 85: 233–367.

Fricke, R., W. N. Eschmeyer and R. Van der Laan. 2021. Eschmeyer’s catalog of fishes: genera, species, references: http://researcharchive.calacademy.org/research/ichthyology/catalog/fishcatmain.asp乮嶲徠2021-5-25乯

Gilchrist, J. D. F. and C. von Bonde. 1924. Deep-sea fishes procured by the S. S. Pickle (Part II). Rep. Fish. Mar. Biol. Surv. Un. S. Afr., 2: 1–24, pls. 1–6.

Gill, T. N. 1862. On the limits and arrangement of the family of scombroids. Proc. Acad. Nat. Sci. Phila., 14: 124亅127.

Heemstra, P. C. 1980. A revision of the zeid fishes (Zeiformes: Zeidae) of South Africa. Ichthyol. Bull. J.L.B. Smith Inst. Ichthyol., 41: 1–18.

Jordan, D. S. and H. W. Fowler. 1902. A review of the Chaetodontidae and related families of fishes found in the waters of Japan. Proc. U. S. Natl. Mus., 25: 513亅563.

Kamohara, T. 1935. On a new fish of the Zeidae from Kochi, Japan. Dobutsugaku Zasshi, 47: 245亅247.

Lowe, R. T. 1843. Notices of fishes newly observed or discovered in Madeira during the years 1840, 1841, and 1842. Proc. Zool. Soc. Lond., 1843: 81–95.

悈挰奀搇丒拞嶳丂摟丒庤椙懞抦岟丒墦摗峀岝丏2022丏擔杮弶婰榐偺僀僢僥儞僇僑儅僩僂僟僀乮怴徧乯Cyttopsis cypho乮儅僩僂僟僀栚儀僯儅僩僂僟僀壢乯偲僇僑儅僩僂僟僀C. rosea偲偺宍懺斾妑丏嫑椶妛嶨帍丏J-STAGE 憗婜岞奐斉丏DOI: 10.11369/jji.21-027乮2022擭2寧8擔弌斉乯丏

Mok, H. K. 1993. Zeiformes. Pages 219亅220 in S.-C. Shen, ed. Fishes of Taiwan. Department of Zoology, National Taiwan University, Taipei.

杮懞峗擵丏2020丏擔杮嶻嫑椶慡庬栚榐丂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幁帣搰戝妛憤崌尋媶攷暔娰丆幁帣搰丏560 pp丏

拞朧揙師丒峛斻壝峎丏2013丏 儀僯儅僩僂僟僀壢丏拞朧揙師乮曇乯丆pp. 598, 1900丏擔杮嶻嫑椶専嶕丂慡庬偺摨掕丏戞嶰斉丏搶奀戝妛弌斉夛丆恅栰丏

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

Paxton, J. R., D. F. Hoese, G. R. Allen and J. E. Hanley. 1989. Zoological catalogue of Australia. Volume 7. Pisces. Petromyzontidae to Carangidae. Australian Government Public Service, Canberra. xii + 665 pp.

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(悈挰奀搇乯

2022擭1寧偺嫑


僥儕僄價僗

丂僀僢僩僂僟僀壢 (Holocentridae) 偼丆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). 杮壢偵偼儕儞僉僋僠僗婜 (rhynchichthys stage) 偲屇偽傟傞巈嫑婜偑偁傝丆偙偺帪婜偵偼戝偒側摢晹偵嫎帟墢偺偁傞嫄戝側灆傪旛偊偨摿挜揑側宍懺偱偁傞偨傔丆懠壢偺巈嫑偲梕堈偵幆暿偱偒傑偡 (彫惣丒壂嶳, 2014; 彫巬, 2018)丏杮壢6懏偺偆偪丆僀僢僩僂僟僀懏乮Sargocentron乯偼僼儔儞僗椞億儕僱僔傾偺儃儔儃儔搰嶻偺Holocentrum leo Cuvier, 1829傪僞僀僾庬偲偟偰丆 Fowle (1904)偵傛傝愝棫偝傟傑偟偨丏杮懏偼攚昲偑11灆偱偡傋偰偑嫮偔丆偦偺婎掙偑挿偄丆慜橐奧崪嬿妏晹灆偲鋅昲戞3灆偑嫮偔敪払偡傞側偳偺摿挜偐傜懠懏嫑椶偲偺幆暿偼梕堈偱丆僀儞僪-惣懢暯梞偺擬懷偐傜垷擬懷愺奀堟偺娾徥傗娾応偵惗懅偟傑偡乮椦丆2013丟Kotlyar, 2017乯丏尰嵼丆杮懏偼悽奅偱34桳岠庬丆崙撪偐傜偼師偺16庬偑妋擣偝傟偰偄傑偡丗僴僫僄價僗 Sargocentron ensiferum Jordan and Evermann, 1903丆僩僈儕僄價僗 S. spiniferum Forsskål, 1775丆僋儔僇働僄價僗 S. caudimaculatum Rüppell, 1838丆僶儔僄價僗 S. dorsomaculatum Shimizu and Yamakawa, 1979丆僗儈僣僉僇僲僐S. melanospilos Bleeker, 1858丆僗儈儗僄價僗 S. violaceum Bleeker, 1853丆傾儎儊僄價僗 S. rubrum Forsskål, 1775丆僋儘僆價僄價僗 S. praslin Lacepède, 1802丆傾僆僗僕僄價僗 S. tiere Cuvier, 1829丆僯僕僄價僗 S. diadema Lacepède, 1802丆僥儕僄價僗 S. ittodai Jordan and Fowler, 1902丆僀僢僩僂僟僀 S. spinosissimum Temminck and Schlegel, 1844丆僸儊僄價僗 S. microstoma Günther, 1859丆僒僋儔僄價僗 S. tiereoides Bleeker, 1853丆儂僔僄價僗S.  punctatissimum Cuvier, 1829丆偦偟偰僐僈僔儔僄價僗 S. iota Randall, 1998乮Randall, 1998丟椦, 2013丟Kotlyar, 2017丟攱尨丒杮懞, 2018乯丏 偙傟傜偺庬偺偆偪丆僥儕僄價僗 S. ittodai 偼僞僀僾嶻抧偑壂撽導撨攅偱丆僀儞僪梞偐傜惣懢暯梞偵峀偔暘晍偟丆懁慄忋曽墶楍椮悢偑2.5丆旲崪屻晹偵彫灆偑側偄丆偦偟偰杍晹椮悢偑5側偳偺摿挜偐傜摨懏懠庬偲幆暿偱偒傑偡乮Randall, 1998丟椦丆2013乯丏 杮庬偼栭峴惈偱偁傝丆摉尋媶幒偱偼娾徥偱偺栭掁傝偱偍傕偵嵦廤偝傟偨昗杮偑傎偲傫偳偱丆僩僇儔楍搰傗壂撽楍搰嶻偺昗杮傕懡悢曐娗偝傟偰偄傑偡丏僀僢僩僂僟僀壢嫑椶偼懱偑慛傗偐側愒怓偱鉟楉側偨傔丆偐偭偙偄偄偲屄恖揑偵巚偄傑偡丏娤徿嫑偲偟偰傕斕攧偝傟偰偍傝丆偄偮偐帞堢偟偨偄偲峫偊偰偄傑偡丏

嶲峫暥專

攱尨惔巌丒杮懞峗擵丏2018丏墏旤孮搰壛寁楥杻搰偐傜嵦廤偝傟偨擔杮弶婰榐偺僀僢僩僂僟僀壢嫑椶 Sargocentron iota 僐僈僔儔僄價僗 (怴徧)丏嫑椶妛嶨帍丆66: 1–5. DOI: 10.11369/jji.18–035, 66: 1–5

椦 岞媊丏2013丏僀僢僩僂僟僀壢丆拞朧揙師 (曇), pp. 579–591, 1897–1899丏擔杮嶻嫑椶専嶕慡庬偺摨掕丂戞3斉丏搶奀戝妛弌斉夛丆恅栰丏

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.

彫巬孿懢丏2020丏僉儞儊僟僀栚僀僢僩僂僟僀壢 Holocentrid丆pp. 132–133丏彫巬孿懢丒敤丂惏椝丒嶳揷庣旻丒杮懞峗擵乮曇乯丏戝孏巗応嫑椶恾娪丏幁帣搰戝妛憤崌尋媶攷暔娰丆幁帣搰丏

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

Kotlyar, A. N. 2017. Holocentridae from Borodino submarine elevation (Philippine Sea). Journal of Ichthyology, 57: 37–44.

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丏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 ed. John Wiley and Sons, Hoboken. xli + 707 pp.

Randall, J. E. 1998. Revision of the Indo-Pacific squirrelfishes (Beryciformes: Holocentridae: Holocentrinae) of the genus Sargocentron, with description of four new species. Indo-Pacific Fishes, 27: 1–105, pls. 1–11.

幨恀昗杮丗BSKU 130139, 126 mm SL, 嶰廳導撿埳惃挰, 2021擭5寧14擔, 嵦廤丒幨恀嶣塭丗堜忋桾懢丏 仏偙偺昗杮偼 Srgocentron sp. 2偲偟偰専摙拞偱偡丏

乮嵅摗桪媑乯