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OALib Journal期刊
ISSN: 2333-9721
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珍稀濒危蝴蝶――虎凤蝶的生物生态学研究进展
DOI: 10.3724/SP.J.1145.2014.10019, PP. 1139-1144
Keywords: 虎凤蝶属,中华虎凤蝶,日本虎凤蝶,取食行为,保护生物学,生物生态学
Abstract:
虎凤蝶是世界珍稀濒危蝴蝶之一.本文介绍了近50年来虎凤蝶属中4种蝴蝶的研究进展，其中以中华虎凤蝶（luehdorfiachinensisleech）和日本虎凤蝶（l.japonicaleech）为主，对虎凤蝶属的系统发生关系、生物学特性、分子生态学、行为生态学和种群保护现状等方面的研究进行了综述.通过形态学、分子系统学鉴定，大多学者认为虎凤蝶属昆虫起源于中国，但日本学者却认为它有可能起源于日本，这些观点尚需进一步的验证.多位学者观察发现，虎凤蝶以蛹越夏、越冬，蛹期长达280d左右.早期幼虫具有聚集行为；其食性专一，仅取食马兜铃科马蹄香或细辛属植物.其雄性性行为具有排他性，在交配1次后其雌性腹部末端会形成1个封瓣.目前，仅测得中华虎凤蝶与太白虎凤蝶（l.taibaichou）的线粒体全基因组序列.总体而言，日本学者对日本特有的日本虎凤蝶已进行了多方面的深入研究，而我国仅限于对中华虎凤蝶的生物性状、人工繁殖以及种群数量动态方面的研究.因此，建议在将来的研究中开展中华虎凤蝶种群有效大小和种群生存力分析等保护性研究工作，为我国虎凤蝶的有效保护和管理提供科学依据；另外，可进行虎凤蝶生态基因组学研究，鉴定决定其专食性的关键基因以及嗅觉、味觉和解毒酶基因，深入探讨虎凤蝶濒危的分子机制.
| [1] | 37xinglx,lipf,wuj,wangk,youp.thecompletemitochondrialgenomeoftheendangeredbutterflyluehdorfiataibaichou(lepidoptera:papilionidae).mitochondrdna,2014,25(2):122-123
|
| [2] | 38michitakan.statusandconservationofanaturalhabitatforluehdorfiajaponicainokutsu-cho,okayamaprefecture.declineconservbutterfliesjpn,1996,ⅲ:174-175
|
| [3] | 39takayoshim.conservationofluehdorfiapuziloiatmt.akagi.declineconservbutterfliesjpn,1996,ⅲ:168-171
|
| [4] | 40袁德成,买国庆,薛大勇.中华虎凤蝶栖息地、生物学和保护现状[j].生物多样性,1988,6(2):105-115[yuandc,maigq,xuedy.thehabitat,biologyandconservationstatusofluehdorfiachinensis(lepidoptera:papilionidae)[j].biodivsci,1988,6(2):105-
|
| [5] | 41许雪峰,孙希达,楼信权.中华虎凤蝶生物学特性的研究[j].宁德师专学报(自然科学版),1988,10(3):179-180[xuxf,sunxd,louxq.studyonbionomicsofluehdorfiachinensisleech[j].jningdenormuniv(natsci),1988,10(3):179-
|
| [6] | 42汪永俊,孙巧云.中华虎凤蝶的饲养技术及其保护园的建立[j].江苏林业科技,1998,25(3):39-43[wangyj,sunqy.aexperimentalreportonrearingtechniqueandestablishingconservationgardenofluehdorfiachinensisleech[j].jjiangsuforscitechnol,1998,25(3):39-
|
| [7] | 1王文明,邹志文,贾凤海,陈智平,夏斌.中华虎凤蝶研究简述[j].江西植保,2010,33(3):100-104[wangwm,zouzw,jiafh,chenzp,xiab.overviewontheresearchofluehdorfiachinensisleech[j].jiangxiplantprotect,2010,33(3):100-
|
| [8] | 2takayoshim.analysisofovipositionalenvironmentusingquantificationtheorytypei:thecaseofthebutterfly,luehdorfiapuziloiinexpecta(papilionidae).jinsectconserv,2004,8:59-67
|
| [9] | 9kazumam.matingpatternsofasphragis-bearingbutterfly,luehdorfiajaponicaleech(lepidoptera:papilionidae),withdescriptionsofmatingbehavior.respopulecol,1987,29:97-110
|
| [10] | 10胡萃,吴晓晶,王选民.珍稀濒危昆虫――中华虎凤蝶的生物学[j].昆虫学报,1992,35(2):195-199[huc,wuxj,wangxm.thebiologyofluehdorfiachinensisleech,arareandendangeredbutterfly[j].actaentomolsin,1992,35(2):195-
|
| [11] | 11童雪松,潜祖琪.中华虎凤蝶的生态研究[j].丽水农业科技,1991(1):18-21[tongxs,qianzq.studyonecologyofluehdorfiachinensisleech[j].lishuiagricscitechnol,1991(1):18-
|
| [12] | 12kiyokazut,katsuhikoy,yuzok.studiesontherelationshipbetweenthefoodlifeofluehdorfiajaponicaleechandthechemicalcomponentsofheterotropaandasiasarumgenera.yakugakuzasshi,1969,89(8):1144-1148
|
| [13] | 13toshitakah,yoshinorii,yasusukes.controlofpupaldiapauseandadultdifferentiationinaunivoltinepapilionidbutterfly,luehdorfiajaponica.jinsectphysiol,1971,17:197-203
|
| [14] | 14kazumam.populationdynamicsofluehdorfiajaponicaleech(lepidoptera:papilionidae).ⅱ.patternsofmortalityinimmaturesinrelationtoeggclustersize.respopulecol,1990,32:173-188
|
| [15] | 15minorui,toshitakah.thesecondpupaldiapauseintheunivoltinepapilionid,luehdorfiajaponica(lepidoptera:papilionidae)anditsterminatingfactor.applentomolzool,1983,18(4):456-463
|
| [16] | 17caseytm．activitypatterns,bodytemperatureandthermalecologyintwodesertcaterpillaris(lepidoptera:sphingidae).ecology,1976,57:485-497
|
| [17] | 18seathir.sensoryfeedbackinthecontrolofmouthpartmovementsinthedesertlocust,schstoceragregaria.physiolentomol,1977,2:l47-156
|
| [18] | 24bunzik.someobservationsontheecologyofapapilionidbutterfly,luehdorfiapuziloiinexpectasheljuzhko,ⅲ.theegglayingplaceandthenumberofeggsineacheggbatch.newentomol,1966,15(4):1-4
|
| [19] | 25kiyomio,nagaok.aggregationbehaviorintheearlyinstarlarvaeofluehdorfiapuziloiinexpectasheljuzhko(lepidoptera,papilionidae).newentomol,1971,20(1):7-13
|
| [20] | 31ayah,kazumam.effectsofvegetationcoverageonovipositionbyluehdorfiajaponica(lepidoptera:papilionidae).jforres,2008,13:96-100
|
| [21] | 34黄艳君,浦冠勤.昆虫生态学的研究进展[j].长江蔬菜,2011(6):4-6[huangyj,pugq.researchandprogressofinsectecology[j].jchangjiangvegetables,2011(6):4-
|
| [22] | 35魏书军,陈学新.昆虫比较线粒体基因组学研究进展[j].应用昆虫学报,2011,48(6):1573-1585[weisj,chenxx.progressinresearchonthecomparativemitogenomicsofinsects[j].chinjapplentomol,2011,48(6):1573-
|
| [23] | 36liug,jianggf,panghc,hongf.themitochondrialgenomeofthechinesespecialbutterflyluehdorfiachinensisleech(lepidoptera:papilionidae).mitochondrdna,2013,24(3):211-3
|
| [24] | 3jonathanemb,craight,simonns.iucnredlistofthreatenedspecies2004:aglobalspeciesassessment,2004
|
| [25] | 4国家林业局.国家保护的有益的或者有重要经济、科学研究价值的陆生野生动物名录[j].野生动物,2000(5):49-82[thechina’sstateforestryadministration(sfa).listsofterrestrialwildlifeunderstateprotection,whicharebeneficialorofimportanteconomicorscientificvalue[j].chinjwildl,2000(5):49-
|
| [26] | 5洪健,叶恭银,胡萃.四种虎凤蝶翅面斑纹特征及鳞片的超微结构[j].浙江农业大学学报,1998,24(s):1-4[hongj,yegy,huc.studiesonwingcolorationandscaleultrastructureoffourluehdorfiaspecies[j].actaagricunivzhengjiang,1998,24(s):1-
|
| [27] | 6洪健,叶恭银,邢连喜,胡萃.虎凤蝶属雄性外生殖器超微结构的比较[j].昆虫学报,1999,42(4):381-385[hongj,yegy,xinglx,huc.ultrastructuralcomparisonsamongmaleexternalgenitaliasoffourluehdorfiaspecies(lepidoptera:papilionidae)[j].actaentomolsin,1999,42(4):381-
|
| [28] | 7tadashik,shigerui.interspecificcrossingbetweenluehdorfialonggicaudataleeandotherspeciesofthegenusluehdorfiacruger(lepidoptera,papilionidae).butterflies,1995,11:16-22
|
| [29] | 8hiromichim,tsutomus,kazumasao,akiok,tohrun.phylogenyofluehdorfiabutterfliesinferredfrommitochondrialnd5genesequences.entomolsci,2000,3(2):21-329
|
| [30] | 16周繇.乌苏里虎凤蝶临江亚种的生活习性[j].昆虫知识,2002,39(4):307-311[zhouy.thelifehabitsofluehdorfiapuziloilinjiangensis[j].entomolknowl,2002,39(4):307-
|
| [31] | 19李云寿,胡萃.茶尺蠖幼虫在茶叶和人工饲料上的取食行为[j].云南农业大学学报,1990,5(2):89-96[liys,huc.larvalfeedingbehaviorofectropisobliquehypulinawehrlionteaandartificialdiet[j].jyunnanagricuniv(natsci),1990,5(2):89-
|
| [32] | 20胡萃,叶恭银,吴晓晶,方屹豪.珍稀濒危昆虫――中华虎凤蝶的半纯饲料[j].浙江农业大学学报,1992,18(2):1-6[huc,yegy,wuxj,fangqh.studyonmeridicdietofluehdorfiachinensisleech,arareandendangeredbutterfly[j].actaagricunivzhengjiang,1992,18(2):1-
|
| [33] | 21方剑锋,于飞,吴建波.植食性昆虫取食行为的影响因素及植物源拒食剂的分类[j].广东农业科学,2006(10):52-55[fangjf,yuf,wujb.theeffectfactorsoffeedingbehaviorandclassificationofbotanicalantifeedantagentsofherbivorousinsects[j].guangdongagricsci,2006(10):52-
|
| [34] | 22钦俊德.植食性昆虫的食性和营养[j].昆虫学报,1962,l1(2):169-l85[qinjd.thefeedinghabitsandnourishmentofherbivorousinsects[j].actaentomolsin,1962,l1(2):169-l
|
| [35] | 23裴元慧,孔锋,韩国华,孙垒光,孙绪艮.昆虫取食行为研究进展[j].山东林业科技,2007,6:97-101[peiyh,kongf,hangh,sunlg,sunxg.theresearchdevelopmentonthefeedingbehaviorofinsects[j].jshandongforscitechnol,2007,6:97-
|
| [36] | 26kazumam,fuminorii,yoshitakat.eggclustersizevariationinrelationtothelarvalfoodabundanceinluehdorfiapuziloi(lepidoptera:papilionidae).respopulecol,1993,35:325-333
|
| [37] | 27keiichih,takashis,shigekih,nanaoh.aneoligeoidfeedingdeterrentagainstluehdorfiapuziloilarvae(lepidoptera:papilionidae)fromheterotropaaspera,ahostplantofsiblingspecies,l.japonica.jchemecol,1995,21(10):1541-1548
|
| [38] | 28norioh.asignificanceofeggdepositiononoldleavesofthehostplantinluehdorfiajaponicaleech.newentomol,1988,37:1-4
|
| [39] | 29ayah,kazumam.survivorshipandgrowthinthelarvaeofluehdorfiajaponicafeedingonoldleavesofasarummegacalyx.entomolsci,2007,10:307-314
|
| [40] | 30姚肖永,邢连喜,松村行荣,苏晓红.虎凤蝶取食不同寄主植物试验研究[j].西北大学学报(自然科学版),2008,38(3):439-442[yaoxy,xinglx,atsumurat,suxh.thefoodplantreplacingexperimentationofluehdorfiabutterflies[j].jnorthwestuniv(natscied),2008,38(3):439-
|
| [41] | 32takavoshim.effectoftemperatureonthepopulationsizechangeofluehdorfiapuziloiinexpectasheljuzhko(lepidoptera,papilionidae).lepidopterolsocjpn,1997,48(2):109-114
|
| [42] | 33姚洪渭,叶恭银,胡萃,袁德成.温度对中华虎凤蝶幼虫生存与生长发育的影响[j].昆虫知识,1999,36(4):199-201[yaohw,yegy,huc,yuandc.effectsoftemperatureonthelarvalsurvival,growthanddevelopmentofluehdorfiachinensisleech[j].entomolknowl,1999,36(4):199-
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