中国丛螟亚科三种幼虫记述（鳞翅目：螟蛾科）

本文详细记述了中国丛螟亚科樟叶瘤丛螟Orthaga achatina Butler,橄榄锄须丛螟Macalla sp．和漆树缀叶丛螟Locastra muscosalis（Walker）幼虫的形态特征,并绘制了形态特征图,记述了为害习性。所有标本均保存在中国计量学院生命科学学院标本室。     

韩国野螟亚科三种幼虫的形态记述(鳞翅目:螟蛾科)

野螟亚科幼虫体光滑,幼虫趾钩有单序、双序、三序环或缺环。前胸L毛多为2根,中、后胸为3根;中、后胸的SV仅1根,腹部L1和L2接近。本文详细记述了韩国野螟亚科Pleuroptya ruralis（Scopoli）,Pleuroptya harutai（Inoue）和Botyodes diniasalis（Walker）老熟幼虫的形态特征,并提供了形态特征图。所有标本均保存在韩国江原大学山林科学学院昆虫标本室。     

中国草螟亚科两新种(鳞翅目,螟蛾科,草螟亚科)

描述了草螟亚科2新种:四尖突金草螟Chrysoteuchia quadrapicula sp.nov.和刚毛微草螟Glaucocharis setacea sp.nov..首次对叉形微草螟G.furculella Wang＆Song的雌性进行了描述,绘制了新种和叉形微草螟的外生殖器图.同时报道了中国2新纪录种:喜马拉雅微草螟G.himalayana Gaskin和阿萨姆微草螟G.assamensis Gaskin.目前中国有微草螟属记录46种.四尖突金草螟Chrysoteuchiaquadrapicula sp.nov.的抱器背无突起,阳茎内有多于10枚的角状器.雌性交配囊口端有4个小的长突起.正模♂,四川万县(30.8°N,108.3°E),海拔1 200 m,1993-08-12,宋士美采.副模1♂,1♀,贵州梵净山(27.9°N,108.6°E),海拔1 300m,2001-08-01,李后魂采;副模1♂,湖北咸丰(29.8°N,114.2°E),海拔1 280 m,1999-07-22,采集人相同.正模保存在中国科学院动物研究所,副模保存在南开大学生物系.刚毛微草螟G.setacea sp.nov.的爪形突基部有一对长刚毛,阳茎内有1枚大型和5枚小型角状器.正模♂,湖北五峰(30.2°N,110.6°E),海拔1 000 m,1999-07-12,李后魂采.模式标本保存在南开大学生物系.叉形微草螟的交配孔宽大;交配腔呈漏斗形;交配囊内有两枚星形囊片.     

中国螟蛾科一新纪录属及一新种记述(鳞翅目,螟蛾科,斑螟亚科)

首次报道桂斑螟属Gunungia在中国的分布,首次报道该属的雌性个体,并据此对属征进行了补充描述。桂斑螟属目前只包括模式种Gunungia rimba Roesler ＆ Küppers,分布于印度尼西亚苏门答腊岛。本文记述了采自我国广西、贵州和云南的1新种——凹头桂斑螟Gunungia capitirecava sp.nov.,编制了已知种的检索表,提供了新种的特征图。模式标本均保存在南开大学生命科学学院昆虫标本室。 凹头桂斑螟,新种Gunungia capitirecavasp.nov.（图1 -7） 翅展16.0 -24.5mm。新种与G.rimbaRoesler ＆ K櫣ppers近似,但新种雄性头顶被白色V型鳞毛簇;抱器背在端部1/6处具一齿状突起,阳茎基环两侧臂粗壮,末端圆钝。 正模♂,广西防城港峒中林场, 640m, 2002-04-08 ,郝淑莲、薛怀军采（玻片号RYD04343）。副模： 7 ♂♂,1♀,贵州赤水桫椤, 240m, 2000-09-21 -23 ,于海丽; 1 ♀,云南瑞丽珍稀植物园, 1 000m, 2005-08-05 ,任应党采; 1 ♂,1♀,云南西双版纳自然保护区补蚌管理站,650m,2005—08—25,任应党采。     

中国白草螟属分类研究(鳞翅目:螟蛾科:草螟亚科)

研究了中国草螟亚科白草螟属PseudocatharyllaBleszynski的 8个种 ,描述了 1新种 ,即宽突白草螟Pseu docatharyllalatiolaSongetChen ,sp .nov .,编制了白草螟属中国种的检索表。宽突白草螟Pseudocatharyllala tiolaSongetChen ,sp .nov .与黄色白草螟P .aurifimbriella (Hampson)在雄性外生殖器上结构相近 ,但新种左侧抱器瓣的轴节腹片较宽大 ,指形突狭窄 ;后者则相反。正模♂ ,黑龙江带岭 (47 0°N ,12 9 0°E) ,海拔 390m ,196 2 0 7 0 9,采集人不详 ,标本外生殖器标本C 4 35 (IZAS)。模式标本保存在中国科学院动物研究所动物标本馆。     

拟峰斑螟属一新种记述(鳞翅目,螟蛾科,斑螟亚科)

记述采自云南的拟峰斑螟属Anabasis Heinrich1新种,即郑氏拟峰斑螟Anabasis zhengi sp.nov.。文中附有成虫和外生殖器特征图,提供了拟峰斑螟属包括新种在内的分种检索表。     

中国草螟属一新种(鳞翅目,螟蛾科,草螟亚科)

描述了中国草螟属1新种--新牧草螟Crambus neopascuellus sp.nov.,给出了新种与该属模式种牧草螟Crambus pascuellus(Linnaeus,1758)的比较.模式标本保存在中国科学院动物研究所标本馆.     

中国蛀果斑螟属分类研究(鳞翅目:螟蛾科:斑螟亚科)

对中国蛀果斑螟属Assara Walker进行了系统研究,结果表明我国该属有昆虫共11种;突蛀果斑螟As-sara tumidula sp.nov,该种与白斑蛀果斑螟A.korbi(Caradja)相似,两者前翅后缘中部都有一白斑,但新种沿前翅前缘仅有一块白色区域,雄性外生殖器抱器瓣末端略微膨大,呈指状,阳茎端基环两侧臂锥形,雌性外生殖器第8腹节的长大于宽,后表皮突达第8腹节前缘,囊导管端部1/3加宽;蔺江蛀果斑螟A.linjiangensis sp.nov,该种与仓白蛀果斑螟A.palliaella Yamanaka在外形上相似,但前翅有3个黑色圆点,亚外缘线模糊,雌性外生殖器的后表皮突仅达第8腹节后缘,囊突新月形;苍白蛀果斑螟A.pallidella Yamanaka,中国新纪录种;井上蛀果斑螟A.inouei Yamanaka,中国新纪录种;芒果蛀果斑螟A.seminivalis(Turner)中国新纪录种寄主是芒果Mangifera indicaL.和银叶树Heritiera littoralis Aiton;白斑蛀果斑螟A.korbi(Caradja)取食鸦胆子Rhus javanica(L.)上的五倍子;丽江蛀果斑螟A.incredibilis Roesler;黑松蛀果斑螟A.funerella(Ragonot)寄主为黑松Pinus thunbergii Parl;松蛀果斑螟A.hoeneella Roesler寄主马尾松Pinus massoniana Lamb;台湾蛀果斑螟A.formosana Yoshiyasu取食栓叶安息香Styrax suberifolia Hook.et Arn,上蚜虫的虫瘿;白缘蛀果斑螟A.albicostalis Walker。文中编制了中国蛀果斑螟属的分种检索表,并提供了新种和新纪录种的外生殖器特征图,研究标本包括新种模式标本保存在南开大学生物系。     

Taxonomic study of the genus Stericta Lederer (Lepidoptera:Pyralidae: Epipaschiinae) from China

The genus Stericta Lederer,1863 is reviewed in China.Of the ten species treated,two species are described as new:S.corollina sp.nov.and S.digitata sp.nov.Photographs of adults and genitalia are provided.Keys to the available species are given,based on superficial characters and male genitalia.     

板栗上的拟茎点霉一新种

在山东泰安、临沂等板栗产区新发生一种叶部病害,叶片感病后,产生褐色斑点,后期呈不规则大面积干枯,继而引起严重的早期落叶。通过对病原物的分离、纯化、病原菌形态、培养性状的观察及rDNA-ITS序列进行同源性比对分析,确定引起该病害的病原菌为一新种,将其定名为板栗拟茎点霉Phomopsis castaneae-mollissimae。新种的载孢体近球形,有2种分生孢子,甲型孢子多为椭圆形,少为披针形,具2个明显的油球,形态及大小异于板栗属植物上已知的拟茎点霉。文中对新种进行了拉丁文描述。模式标本保存于山东农业大学植物病理标本室(HSAUP)。     

水生鳞翅类——螟蛾科水螟亚科

从成虫、卵、幼虫、蛹及生物学等方面介绍了鳞翅目的主要水生类群———螟蛾科水螟亚科Nymphulinae的主要特征及其幼虫的主要生活类型。水螟幼虫的生活型可分为Nymphula型、Parapoynx型、Potamomusa型、Eoophyla型和Nymphicula型。各生活型的主要类群及生活特征也予以说明。目的是为了使读者对该类群有正确的认识,以引起人们的重视。     

Revision of the Barsine punicea Moore, 1878 species-group,with descriptions of two new species and two new subspecies (Lepidoptera,Erebidae, Arctiinae)

The Barsine puniceaMoore, 1878 species-group is revised. Two new species, Barsine bachma Volynkin & ?erný, sp. nov. (Central Vietnam and Hainan, China) and Barsine sirikitae Volynkin & ?erný, sp. nov. (North Thailand), and two new subspecies, Barsine punicea kachina Volynkin & ?erný, ssp. nov. (North Myanmar) and Barsine bachma bolovena Volynkin & ?erný, ssp. nov. (South Laos) are described. Barsine punicea melanandra ?erný, 2009 is upgraded to the species level: Barsine melanandra ?erný, 2009, stat. nov.Miltochrista rothschildiDraudt, 1914 is synonymized with Barsine punicea and downgraded to the subspecies status: Barsine punicea rothschildi (Draudt, 1914), syn. & stat. nov. The lectotype for Miltochrista coccineaRothschild, 1913 is designated. Adult, male and female genitalia are illustrated.     

Comparing the effects of the exotic cactus-feeding moth, Cactoblastis cactorum (Berg) (Lepidoptera: Pyralidae) and the native cactus-feeding moth, Melitara prodenialis (Walker) (Lepidoptera: Pyralidae) on two species of Florida Opuntia

This study examined the effects of the native cactus moth borer, Melitara prodenialis, and the invasive cactus moth borer, Cactoblastis cactorum, on two common cactus species, Opuntia stricta and O. humifusa at coastal and inland locations in central Florida. Opuntia stricta were present only at coastal sites and O. humifusa were present at coastal and inland sites. Throughout the duration of the study, coastal plants were subject to damage solely by C. cactorum and inland plants solely by M. prodenialis. Results showed marginally significantly higher numbers of eggsticks on O. stricta than O. humifusa and significantly higher numbers at coastal sites than at inland sites. There was also significantly higher moth damage on O. stricta than O. humifusa and at coastal sites than inland sites, but not significantly so. However, there was a higher level of plant mortality for O. humifusa than for O. stricta and a significantly higher level of cactus mortality at inland sites when compared to coastal sites. This increased mortality may be due to increased attack by true bugs, Chelinidea vittiger, and by Dactylopius sp., combined with attack by M. prodenialis. Inland plants also tended to be smaller than coastal plants and could be more susceptible to the combined effects of all insects. Further long-term research on coastal cactus survival when attacked and unattacked by Cactoblastis is necessary to fully determine the effects of this moth on Opuntia survival.