刺齿虫兆属温州一新种及浙江分种检索表（弹尾纲：长角虫兆科）

记述刺齿虫兆属温州 1 新种:六毛刺齿虫兆Homidia hexaseta sp. nov.,该种的鉴别特征包括体色,下唇具光滑毛L1,头背部顶区具6根大刚毛,胸部第Ⅱ节具p4系列大刚毛,腹部第Ⅲ节中间具a2大刚毛,腹部第Ⅳ节具B6和Ae5-7大刚毛以及端节亚顶端齿远大于顶端齿。同时,本文还给出了浙江省刺齿虫兆属分种检索表。正模:♀,浙江省温州市泰顺县乌岩岭国家自然保护区,采集号C9271-4,2005-Ⅶ-29;副模:5♀♀。其中两头雌性副模标本保存于台州学院生命科学学院,其余标本保存于南京大学生命科学学院。     

刺齿(虫兆)属温州—新种及浙江分种检索表(弹尾纲:长角(虫兆)科)

记述刺齿(虫兆)属温州1新种:六毛刺齿(虫兆) Homidia hexaseta sp.nov.,该种的鉴别特征包括体色,下唇具光滑毛L1,头背部顶区具6根大刚毛,胸部第Ⅱ节具p4系列大刚毛,腹部第Ⅲ节中间具a2大刚毛,腹部第Ⅳ节具B6和Ae5-7大刚毛以及端节亚顶端齿远大于顶端齿.同时,本文还给出了浙江省刺齿(虫兆)...     

浙江省洞头拟裸长角虫兆属一新种（长角虫兆科：弹尾纲）

记述浙江省洞头岛拟祼长角虫兆属1无眼新种,岛屿拟裸长角虫兆Coecobrya islandica Shi&Pan sp.nov.。此新种的鉴定特征为无眼,弹器基具"光滑"刚毛,胫胕节内侧无"光滑"刚毛,下唇MREL1L2为光滑刚毛,X和X4为光滑刺状小刚毛,上唇基刚毛,腹部第II–IV节的感觉毛以及背部毛序。该新种与短毛拟裸长角虫兆Coecobrya brevis Xu et al.,2012最相似。本文给出了该新种的特征图及与相似种的详细特征比较。模式标本保存于台州学院生命科学学院和南京农业大学植保学院昆虫系。     

中国西部刺齿(虫兆)属Homidia一新种(弹尾纲:长角(虫兆)科)

本文记述中国西部剌齿(虫兆)属1新种:中带剌齿(虫兆)H.mediofascia,sp.nov..该种区别属内其他种的主要特征是本种胸部第2节到腹部第2节背部中间具色带,第1腹节具大刚毛a1,腹部第4节后缘大刚毛7+7,粘管后侧面具光滑刚毛4根.本文还对属内5个相近种进行了比较.正模:早,陕西省安康市,2006-Ⅵ-15;副模:8♀♀,1♂以及8头酒精标本,陕西省安康市,2006-Ⅵ-15.1♀和1头酒精标本保存于南京大学,其他标本保存于台州学院生命科学学院.     

中国颚毛(虫兆)属二新种(弹尾目,疣(虫兆)科)

记述了采白海南和浙江省的弹尾目疣[虫兆]科颚毛[虫兆]属Crossodonthina Yosii,2新种,海南颚毛yao C．hainana sp．nov．和天童颚毛yao C．tiantongshana sp．nov．。海南颚毛[虫兆]头部每侧有眼2个,弹器痕上有6根刚毛,非常容易与本属其它已知种类分开。天童颚毛[虫兆]与上海产的Crossodonthina tridentiens Yue＆Yin,1999相似,两者的主要区别是：新种的上颚有两条长的、羽毛状分支和具5齿的片状突起,且基部齿长而细;下颚的内颚叶端部及近基部各有1齿;新种腹部第5节有3＋3个疣状突起,而C．tridentiens有2＋2个疣状突起;新种的爪部内侧有2个小齿,1个大齿,C．tridentiens只有1大齿。模式标本保存于上海生命科学研究院,植物生理生态所昆虫标本馆。     

中国浙江省刺齿虫兆属一新种(弹尾目:长角虫兆科)

本文记述了中国刺齿虫兆属１新种——天台刺齿虫兆Ｈｏｍｉｄｉａｔｉａｎｔａｉｅｎｓｉｓ,ｓｐ．ｎｏｖ．。该种色斑明显不同于此属所有已知种。它的许多特征与朝鲜的Ｈ．ｆｌａｖｏｎｉｇｒａＳｚｅｐｔｙｃｋｉ,１９７３相似,但上唇、下唇和弹器齿节基部等处的刚毛及腹部第ＩＩ节的毛序可区分两者。正模♀,浙江天台山,采集号８５３７,１９９６－ＶＩＩ－１６;副模５♀♀,采集号８５３５、８５３６和８５３７,其它同正模。模式标本保存于南京大学生物系。     

浙江东白山裸长角虫兆属一2+2单眼新种（弹尾纲：长角虫兆科）

记述裸长角虫兆属1有眼新种：横眼裸长角虫兆Sinella transoculata sp. nov.。该新种的鉴定特征有2+2横向排列单眼,身体背部（除腹部第V–VI节）散布有棕色斑点,腹部第II节具a2大刚毛,腹部第IV节后侧中间具3根大刚毛及侧面具5根大刚毛。文中给出了该新种的特征图及该属2+2单眼横向排列物种之间的特征差异。     

中国南京地区刺齿虫兆属一新种(弹尾目:长角(虫兆)科)

本文记述刺齿(虫兆)属Homidia 1新种--斑纹刺齿(虫兆)Homidia fascia, sp.nov.(Figs.1～16),该种有些特征可与H. tibetensis Chen & Zhong, 1998 相似,但下唇刚毛L1,第4腹节毛序和腹管毛序可与后者区分.正模♀, 副模13♀♀,江苏南京南唐二陵,1996-Ⅲ-6,存于南京大学生物系.     

广东丽虫兆属一新种（弹尾纲：爪虫兆科）

记述广东弹尾纲 1 新种广东丽虫兆Callyntrura (Javaphysa) guangdon gensis sp. nov.,该新种与C. (J.) javana Yosii,1992 在上唇和下唇上比较相似,但是它们在体色、齿节刚毛、头部 V0 大毛、胸部第2节毛序有较大的区别。     

中国鳞（虫兆）属Tomocerus一新种（弹尾目：鳞虫兆科）

本文记述了中国鳞（虫兆）属1新种：王朗鳞姚Tommocerus(Tomocerina)wanglangensis,sp．nov．。模式标本保存于西南科技大学生命科学与工程学院昆虫标本室。王朗鳞虫兆Tomocerus(Tomocerina)wanglangensis,新种(图1～9)本新种和白鳞姚T.(Tomocerina)calceus Liu et al．1999非常相似,但新种爪内缘齿为1,1,1;弹器齿节刺简单、不具褶,刺序为2／1,Ⅰ,1,Ⅰ;弹器端节间齿数为2。正模♀,四川省平武县王朗,1800m,06-X-2002,刘永琴;副模：3♀♀,5♂♂,同正模。     

Isolation for bacteria and fungi for the hydrolysis of phthalate and terephthalate esters

Bacterial and fungal strains were isolated from enrichment cultures using diethylphthalate, diethylterephthalate, or ethylene glycol dibenzoate as sole carbon sources.Aureobacterium, Flavobacterium, andMicrococcus species were isolated from diethylphthalate enrichments;Rhodococcus andXanthomonas species were isolated from diethylterephthalate enrichments;Rhodococcus andFusarium species were isolated from ethylene glycol dibenzoate enrichments.     

中国粘菌X:中国团毛菌科补记

本文补报了中国团毛菌科四个种,弱小团网菌Arcyria exigua sp. nov.和聚生团网菌Arcyria aggregata sp. nov.为新种,瑞士团网菌Arcyria helvetica和纹丝半网菌Hemitrichia intorta为中国新记录种。文中对二新种进行了描述,附有形态特征电镜扫描照片,并讨论了与相似种间的区别。新种的模式标本保存在中国科学院微生物研究所真菌标本室。     

Molecular phylogeny of Armillaria from the Patagonian Andes

A number of species in the plant pathogen genus Armillaria are known from South America where they cause root rot disease on a wide variety of hosts. Knowledge pertaining to phylogenetic relationships of these species with those of other Armillaria species is almost non-existent. In addition, very few cultures representing these species are available, making DNA-based phylogenetic analyses impossible. The aim of this study was to characterise a collection of Armillaria isolates from the Patagonian Andes using DNA sequences and to determine their phylogenetic relationships with other Armillaria species. DNA sequences were obtained from the internal transcribed regions (ITS1, 5.8S and ITS4) and ribosomal large subunit (LSU) gene and used in phylogenetic analyses. Phylogenetic trees generated from the sequences separated the Armillaria isolates into four lineages. Lineages I and II represented A. novae-zelandiae and A. luteobubalina, respectively. Isolates belonging to A. novae-zelandiae from Malaysia, New Zealand, Australia and South America showed considerable intra-clade sub-structure. Lineages III and IV are probably distinct species and are most closely related to A. hinnulea and an unnamed species isolated from New Zealand and Kenya. This is the first comprehensive study of the phylogenetic relationships of Armillaria species from Patagonia and it provides a foundation for future research in this region.     

Microfungi on the Pandanaceae:Polytretophora macrospora sp. nov.

Polytretophora macrospora is introduced based on specimens from two species ofPandanus in Seychelles. The new species is compared with currently accepted species. A key and a comparative synopsis toPolytetophora species are provided. Numerous specimens ofP. calcarata, collected on members of the Pandanaceae from Australia, Fiji, Hong Kong, Malaysia, New Caledonia, Palau, Philippines, Seychelles and Solomon Islands are also reported, along withP. dendroidea onPandanus sp. from Malaysia.     

Phylogenetic relationships of JapaneseAster (Asteraceae, Astereae) sensu lato based on chloroplast-DNA restriction site mutations

RFLPs of cpDNA were examined for 18 species ofAster, six species ofKalimeris, two species ofMiyamayomena and one species and one variety ofHeteropappus from Japan, using 16 restriction endonucleases. Approximately 275 restriction sites were surveyed, and a total of 74 restriction site mutations was detected, and 31 of these were phylogenetically informative. Sixteen most parsimonious trees constructed from Wagner parsimony analysis indicated the polyphyly ofKalimeris andMiyamayomena sensu Kitamura;K. miqueliana belongs to a different clade from the remaining species ofKalimeris, and two species ofMiyamayomena did not make a single clade. This result suggests that the shortening or loss of pappus have happened parallelly in different evolutionary lineages. We must be careful to assess the pappus character in taxonomy and phylogeny, and it is desirable to examine their phylogenetic relationships using a molecular data.     

华西南毛茛科六新种和二新变种

该文描述了自华西南东部发现的毛茛科翠雀属2新种和1新变种、唐松草属1新种、银莲花属1新种和1新变种,以及毛茛属2新种。     

华西南毛茛科六新种和二新变种

该文描述了自华西南东部发现的毛茛科翠雀属2新种和1新变种、唐松草属1新种、银莲花属1新种和1新变种,以及毛茛属2新种。     

Ophiostomatoid fungi isolated from Japanese red pine and their relationships with bark beetles

We isolated ophiostomatoid fungi from bark beetles infesting Pinus densiflora and their galleries at 24 sites in Japan. Twenty-one ophiostomatoid fungi, including species of Ophiostoma, Grosmannia, Ceratocystiopsis, Leptographium, and Pesotum, were identified. Among these, 11 species were either newly recorded in Japan or were previously undescribed species. Some of these fungal species were isolated from several bark beetles, but other species were isolated from only a particular beetle species. Thus, it is suggested that some ophiostomatoid fungi have specific relationships with particular beetle species. In addition, fungus-beetle biplots from redundancy analysis (RDA) summarizing the effects of beetle ecological characteristics suggested that the association patterns between bark beetles and the associated fungi seemed to be related to the niches occupied by the beetles.     

Entyloma cosmi sp. nov. on Cosmos bipinnatus (Compositae)

Entyloma species causing white smut disease of Cosmos species have been studied. Two species can be recognized, Entyloma holwayi on C. caudatus and C. sulphureus from North America, and E. cosmi sp. nov. on C. bipinnatus from Japan and Europe.     

Soil mycoflora from trufflè native areas of Saudi Arabia

Soil fungi of areas in the North-Eastern region of Saudi Arabia where truffles are native were surveyed. Forty-three species of fungi belonging to twenty genera were isolated. Most were recovered from soils underneath or around truffle ascocarps: thirty species from soil under the surface of Tirmania nivea ascocarps, twenty-four from Terfezia boudieri soil and twenty species each from Tirmania pinoyi and Terfezia claveryi soils. Rhizosphere soil of Helianthemum lippi, on the other hand, yielded twenty-four fungal species while only fourteen fungal species were found in soil without vegetation. The total counts of fungi/g soil were highest in soils from the under surface of truffles, followed by rhizosphere soil, with the lowest in soils without vegetation.