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乽摦暔暘椶妛乿偺忣曬儁乕僕丂(峏怴擔2022/01/21)丂仛島媊PDF偲夁嫀偺帋尡栤戣傊偺儕儞僋偼堦斣壓偵偁傝傑偡丏
儕儏僂僌僂僲僣僇僀 Regalecus russelii (Cuvier, 1816) 乮傾僇儅儞儃僂栚儕儏僂僌僂僲僣僇僀壢) 幨恀侾丂幨恀俀
BSKU 39999丆394+ cm TL, neotype乮僱僆僞僀僾乯, 1984擭8寧24擔丆搚嵅榩拞墰晹乮尰嵼偺崄撿巗丆媽媑愳懞壂偺掕抲栐乯丏幨恀昗杮偼丆Roberts (2012)偵傛傝杮庬偺僱僆僞僀僾偵巜掕偝傟偨丏儕儏僂僌僂僲僣僇僀壢偼1懏2庬偱丆傕偆1庬偼 Regalecus glesne Ascanius, 1772 (YouTube 摦夋丆5暘夁偓偐傜巔偑傛偔尒偊傑偡乯丏
Roberts, T. R. 2012. Systematics, biology, and distribution of the species of the ocean oarfish
genus Regalecus (Teleostei, Lampridiformes, Regalecidae). Mémoires du Muséum national d'Histoire naturelle, Tome 202. Publications Scientifiques du Musém, Paris. 268pp.
2013/06/28 Tyson R. Roberts偝傫乮幨恀1丆幨恀俀乯偲壂撽旤傜奀悈懓娰偺弌岥奜偺巤愝偵揥帵偝傟偰偄傞儕儏僂僌僂僲僣僇僀
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BSKU僞僀僾昗杮儕僗僩丂崅抦戝妛棟妛晹奀梞惗暔妛尋媶幒偵強憼偝傟傞嫑椶偺僞僀僾偱偡丏丂
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YouTube: 亂暘椶妛亃僼傽乕僽儖攷巑偺報徾丠屆偔偐傜偁傞暘椶妛偺嵟怴帠忣傪偍揱偊偟傑偡両壀惣惌揟偝傫僀儞僞價儏乕乮榑暥YouTuber嶚扟備偆傗偝傫偺僠儍儞僱儖丗2019.9.1)丟擔杮偱偨偭偨堦恖偺愱栧壠偵側傞偨傔偺摴偺傝丏壀惣惌揟偝傫僀儞僞價儏乕乮榑暥YouTuber嶚扟備偆傗偝傫偺僠儍儞僱儖丗2019.9.2)
YouTube: 怴庬偺敪尒偩偗偠傖側偄両丠暘椶妛偑扴偆戝偒側仜仜嶌傝偲偼...丠媏抧攇婸偝傫僀儞僞價儏乕乮榑暥YouTuber嶚扟備偆傗偝傫偺僠儍儞僱儖丗2019.3.3)
TED: Clues to prehistoric times, found in blind cavefish by Prosanta Chakrabarty (Feb. 2016)仏摯孉嫑偺怴庬偺榖
TED: A dive into the reef's Twilight Zone by Richard Pyle (Feb. 2004)仏僒儞僑徥偺儕乕僼奜偺偍傛偦悈怺60-150m偵惗懅偡傞嫑椶偺怴庬傪嵦廤偟偨榖
TED: A simple way to tell insects apart by Anika Hazra (Apr. 2018)
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攷暔恾晥偺悽奅傊傛偆偙偦 晲憼栰旤弍戝妛 旤弍娰 恾彂娰 Musashino Art University M&L 峳枔 岹偝傫 (2016.8.26) new!
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崙棫壂撽帺慠巎攷暔娰偺愝棫弨旛埾堳夛偺HP
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壀嶳戝妛僾儗僗儕儕乕僗丗嬃湵偺怴庬両偦偺柤偼乽僒僓僄乿乣250擭偺憇戝側揱尵僎乕儉乣乮壀嶳戝妛戝妛堾娐嫬惗柦壢妛尋媶壢 弝嫵庼 暉揷 岹, 2017.5.19) new !
僗儅僩儔搰偱妋擣偝傟偨乽戞嶰乿偺怴庬僆儔儞僂乕僞儞乮WWF Japan)
*Nater et al. (2017) Morphometric, behavioral, and genomic evidence for a new orangutan species. Current Biology, 27(22): 3487-3498 (20 Nov. 2017)
乽杔偨偪偺慶愭傪傔偖傞15壄擭偺椃乿挿扟愳惌旤
仏挿扟愳惌旤丏2014丏宯摑庽傪偝偐偺傏偭偰尒偊偰偔傞恑壔偺楌巎丏儀儗弌斉丏192pp.
仏Nature偺榑暥傗Nature Digest 偺婰帠偼丆妛撪偐傜墈棗壜擻偱偡
帺慠巎攷暔娰偺昗杮僐儗僋僔儑儞偵娭偡傞婰帠
Nature (07 April 2017): Natural-history collections face fight for survival
Nature (29 March 2017): Natural history: Backstage at the museum
Nature (21 March 2016): Biological specimen troves threatened by funding pause
Nature (02 July 2015): Plant collections left in the cold by cuts
Nature (18 February 2015): Museums: The endangered dead
僱乕僠儍乕僟僀僕僃僗僩乮2019 vol. 17, no. 1):擇懌曕峴偺恑壔偺庤偑偐傝傪帵偡怴庬偺壔愇椶恖墡
僱乕僠儍乕僟僀僕僃僗僩 (2017, vol. 14, No. 5): 嫲棾宯摑庽偺巬傇傝偑曄傢傞丠
僱乕僠儍乕僟僀僕僃僗僩 (2016, vol. 13, No. 12丆擔宱僒僀僄儞僗2017擭1寧崋) :暘椶妛偺暘楐
僫僔儑僫儖丒僕僆僌儔僼傿僢僋乮2016.9.12): 僉儕儞偼1庬偱偼側偔4庬偲偺曬崘丆堚揱巕夝愅偱
僱乕僠儍乕僟僀僕僃僗僩 (2016, vol. 13, No. 12): 僉儕儞偼4庬偵暘椶偝傟傞丠
僱乕僠儍乕僟僀僕僃僗僩 (2016, vol. 13, No. 11) :僝僂偺恑壔巎偑彂偒姺偊傜傟傞丠
僱乕僠儍乕僟僀僕僃僗僩 (2016, vol. 13, No. 5) :僥傿儔僲僒僂儖僗椶恑壔偺撲傪夝偔 怴庬偐丠丂
僱乕僠儍乕僟僀僕僃僗僩 (2016, vol. 13, No. 5) :捒塓拵椶偺埵抲晅偗
僫僔儑僫儖丒僕僆僌儔僼傿僢僋乮2015.10.24):僈儔僷僑僗偺僝僂僈儊偵乽怴庬乿敪尒
仛ESF Top 10 New species of 2016: Giant Tortoise: 185 Years Post-Darwin, a New Species in Galapagos
Poulakakis et al. 2015. Description of a new Galapagos Giant Tortoise species (Chelonoidis; Testudines: Testudinidae) from Cerro Fatal on Santa Cruz Island. PLOS ONE 10(10): e0138779. https://doi.org/10.137/journal.pone.0138779
Top 10 New Species
仛惗暔懡條惈忦栺偍傛傃柤屆壆媍掕彂偺嫑椶暘栰傊偺塭嬁乣抦傜側偐偭偨偱偼嵪傑偝傟側偄ABS栤戣乣
嫑椶妛嶨帍, 62(1): 84-90, 2015 夛堳捠怣丒News & Comments 僩僺僢僋僗
仛妛弍偺摦岦 2015擭20姫5崋丂摿廤丂帺慠巎昗杮偺宲彸亅恖椶偺嵿嶻傪幐傢側偄偨傔偵崱側偡傋偒偙偲亅丂
仛ESF Top 10 New Species of 2015: Pufferfish: 'Crop Circles' under the Sea丂
僆僗偑儈僗僥儕乕僒乕僋儖乮嶻棏彴乯傪嶌傞傾儅儈儂僔僝儔僼僌偑擖傝傑偟偨丏
丂擔杮嫑椶妛夛偺僾儗僗儕儕乕僗PDF丒崙棫壢妛攷暔娰偺僾儗僗儕儕乕僗PDF丒徏塝孾堦攷巑
Rocha et al. 2014.
Specimen collection: an essential tool. Science, 344(6186): 814-815 *Research Gate
*崙棫壢妛攷暔娰僾儗僗儕儕乕僗
丂悽奅66尋媶婡娭123恖偺帺慠巎尋媶幰偑堄尒昞柧丗嵦廤偼昁梫晄壜寚側庤抜乮2014.5.23乯
**Minteer et al. 2014. Avoiding (Re)extinction. Science, 344
歁擕椶偺暘椶偵娭偡傞榖戣丗傾僕傾僝僂偺僞僀僾昗杮 Nature 04 November 2013 (2013.11.19)
Cappellini et al. (2013) Resolution of the type material of the Asian elephant, Elephas maximus Linnaeus, 1758 (Proboscidae, Elephantidae). Zoological Journal of the Linnean Society, published on line: 4 Nov. 2013 DOI: 10.111/zoj.12084
*Cappellini et al. (2014) Zool. J. Linn. Soc.,170(1): 222-232.
僱乕僠儍乕僟僀僕僃僗僩 : 儕儞僱偺僝僂昗杮傪傔偖傞暔岅乮忋乯2014擭3寧崋偺婰帠 Nature News (pp. 20-23)丆乮壓乯2014擭4崋偺婰帠 Nature News (pp. 30-32) 仏儕儞僋廋惓偟傑偟偨両
International Commission on Zoological Nomenclature:
Who is the type of Homo sapience ?
庬懡條惈偵偮偄偰丂抧媴忋偵惗懅偡傞庬偺悢偼?
儕儞僋
EoL: Encyclopedia of Life
International Commission on Zoological Nomenclature
抧媴婯柾惗暔懡條惈忣曬婡峔(GBIF: Global Biodiversity Information Facility)
DARWIN ONLINE/The Zoology of the Voyage of H.M.S. Beagle
僌儔僶乕恾晥乮挿嶈戝妛晬懏恾彂娰乯
奀梞惗暔偺僙儞僒僗Census of Marine Life: CoML 奀梞惗暔偺懡條惈偲惗懺傪夝柧偡傞崙嵺僾儘僕僃僋僩
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擔杮摦暔帍 嫑椶 Fauna Japonica Pisces乮嫗搒戝妛摦暔妛嫵幒強憼乯
擔杮嫑椶妛夛丗昗弨榓柤専摙埾堳夛丆擔杮嶻捛壛庬儕僗僩丆僔僲僯儉丒妛柤偺曄峏
擔杮摦暔暘椶妛夛: 崙嵺摦暔柦柤婯栺戞係斉偺2012擭俋寧夵惓 *栰揷丒惣愳 (2013)僞僋僒, (34):71-77.
仏崙嵺摦暔柦柤婯栺戞4斉偺2017擭3寧夵惓偲偦偺攚宨丆揷拞丒惗栰 (2018) 僞僋僒丆(45): 28-32. 丂
擔杮僶乕僐乕僪僆僽儔僀僼丒僀僯僔傾僠僽 仏DNA僶乕僐乕僨傿儞僌乮DNA barcoding)偲偼丆DNA僶乕僐乕僪偲柤晅偗傜傟偨抁偄DNA墫婎攝楍傪庬偺昞挜偲偟偰惗暔庬偺摨掕傪懀恑偡傞僥僋僯僢僋偱偡丏摦暔偱偼丄儈僩僐儞僪儕傾僎僲儉忋偺COI堚揱巕偺5'抂栺650墫婎挿偑昗弨揑側僶乕僐乕僪椞堟偲偝傟偰偄傑偡丏
僒僀僄儞僗 儈儏乕僕傾儉 僱僢僩
Welt der Fische(World of Fishes): Scientific News丂仏悽奅拞偱婰嵹偝傟偨怴庬傪偄偪憗偔儕僗僩傾僢僾偟偰偄傑偡丏
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丂仏Zootaxa偐傜弌斉偝傟偨摦暔偺懡條惈偵娭偡傞榑暥廤 Animal biodiversity
丂仏Nezumia shinoharai Nakayama and Endo, 2012僔僲僴儔僸僎(僞儔栚僜僐僟儔壢乯偺榑暥偼偙偙偵偁傝傑偡乮Zootaxa 3410: 61-68, 堦斣壓丗open access側偺偱丆柍椏偱僟僂儞儘乕僪壜)
Zookeys 仏摦暔偺暘椶偵娭偡傞榑暥傪埖偆妛弍嶨帍乮僆乕僾儞傾僋僙僗乯
*Marshall and Evenhios (2015) New species without dead bodies: a case for photo-based descriptions, illustrated by a striking new species of Marleyimyia Hesse (Diptera, Bombyliidae) from South Africa. ZooKeys 525: 117-127 (05 Oct 2015)
*幨恀偵婎偯偔怴庬婰嵹!
*ICZN (2017)丗夵惓撪梕偑婰偝傟偨晍崘彂 Declaration 45––Addition of recommendations to Article 73 and of the term "specimen, preserved" to the glossary. The Bulletin of Zoological Nomenclature 73(2-4): 96-97, 2017.
僨乕僞儀乕僗乮嫑椶娭學乯
Catalog of Fishes (California Academy of Sciences)
FishBase
嫑椶幨恀帒椏僨乕僞儀乕僗丂
Fish Identification Site 仏攚昲丆鋅昲丆嫻昲丆偦偟偰暊昲偺灆偲擃忦偺昲忦悢偐傜堦抳偡傞暘椶孮傪専嶕偱偒傑偡丏
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嶲峫彂丂 仏杮傪尒偨偄恖偼尋媶幒傑偱棃偰壓偝偄
惵栘弤堦丏2013丏攷暔妛偺帪娫丂戝帺慠偵妛傇僒僀僄儞僗丏搶嫗戝妛弌斉夛丆搶嫗丏204pp. ¥2,800+惻 仛仛仛
惵栘弤堦丒墱扟嫪巌丒徏塝孾堦丏2002丏拵偺柤丆奓偺柤丆嫑偺柤丂榓柤偵傑偮傢傞榖戣丏搶奀戝妛弌斉夛丆搶嫗丏245pp. 仛仛¥2,800+惻
崱懞丂墰丏2019丏嫑椶暘椶妛偺偡偡傔乣偁側偨傕怴庬傪尒偮偗偰傒傑偣傫偐丠乣丏杒悈僽僢僋僗丏奀暥摪弌斉丆搶嫗.127 pp.仛仛仛
摗揷晀旻丏2010丏怴丒惗柦壢妛僔儕乕僘丂摦暔偺宯摑暘椶偲恑壔丏徶壺朳丆搶嫗丏195pp. ¥2,500+惻 仛仛
挿扟愳惌旤丏2011丏怴恾愢 摦暔偺婲尮偲恑壔−彂偒偐偊傜傟偨宯摑庽丏敧嶁彂朳丆搶嫗丏208pp. ¥2,400+惻 仛仛
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杒懞梇堦丏2008丏偁傝偊側偄!? 惗暔恑壔榑 僨乕僞偱岅傞恑壔偺怴帠幚 僋僕儔偼愄丆僇僶偩偭偨! 僒僀僄儞僗丒傾僀怴彂丏僜僼僩僶儞僋 僋儕僄僀僥傿僽丆搶嫗丏208pp. ¥952+惻 仛
徏塝孾堦丆曇挊丏2003丏昗杮妛丂帺慠巎昗杮偺廂廤偲娗棟乮崙棫壢妛攷暔娰憄彂俁乯丏搶奀戝妛弌斉夛丆搶嫗丏251pp. ¥2,800+惻 仛仛
