中国新纪录属——缺脉锤角细蜂属记述(膜翅目,锤角细蜂科)

记述了我国锤角细蜂科1新纪录属缺脉锤角细蜂属Aneuropria Kieffer,1905及1新纪录种凯氏缺脉锤角细蜂Aneuropria kairali Rajmohana et Narendran,2000,描述了成虫的形态特征并提供了特征图,记述了地理分布.研究标本保存在华南农业大学膜翅目标本室.     

中国锤角细蜂科一新记录属及一新种(膜翅目:锤角细蜂科)

首次报道曲柄锤角细蜂属Vadana Rajmohana et Narendran,2000在我国分布,并记述采自广东的1新种:皱胸曲柄锤角细蜂Vadana rugosa,sp.nov..模式标本保存在华南农业大学膜翅目标本室.皱胸曲柄锤角细蜂Vadana rugosa,新种(图1～4)本新种与分布于印度的Vadana ...     

中国棘锤角细蜂属新记录

报道中国锤角细蜂科Diapriidae 1新记录属:棘锤角细蜂属Lyteba Thomson,1859以及1新记录种,双畦棘锤角细蜂Lyteba bisulca (Nees ab Esenbeck,1834),附详细描述和特征图.     

锤角细蜂亚科中国一新纪录属及一新种记述（膜翅目：锤角细蜂科）

记述锤角细蜂科中国及东洋区1新纪录属:扁锤角细蜂属Pentapria Kieffer,1905,并描述采自云南的1新种:中华扁锤角细蜂Pentapria sinica sp.nov.。提供了形态描述、特征图以及新种与分布于古北区相似种类的鉴别检索表。模式标本保存于华南农业大学膜翅目标本室(SCAU)。     

凹翅单锤角细蜂在我国新发现及其雄性首次记述(膜翅目,锤角细蜂科)

记述我国单锤角细蜂属Monelata Frster1新纪录种,凹翅单锤角细蜂Monelata incisipennis Huggert,1982,并首次记述该种的雄性成虫。研究标本保存于华南农业大学膜翅目标本室(SCAU)。     

中国锤角细蜂科(膜翅目)一新纪录属及一新纪录种

报道采自宁夏、西藏的我国首次记录的突腹锤角细蜂属Cardiopsilus Kieffer,1908以及1新纪录种,长突腹锤角细蜂C.productus Kieffer,1908,附详细描述及特征图。研究标本保存于华南农业大学膜翅目标本室。     

米锤角细蜂属中国新记录并两新记录种记述(膜翅目:锤角细蜂科)

本文报道米锤角细蜂属Mitoa Frster,1856在我国首次发现,并记述两新记录种:黄角米锤角细蜂Miota flavidicornis(Kieffer,1910)和尖腹米锤角细蜂Miota fungorum(Kieffer,1907),详细描述了成虫特征并附特征图,编制了中国已知种类的检索表。研究标本保存在华南农业大学膜翅目标本室。     

中国细锤角叶蜂属一新种(膜翅目:锤角叶蜂科)

记述了采自中国河南省伏牛山区的锤角叶蜂科Cimbicidae细锤角叶蜂属Leptocimbex1新种:愈节细锤角叶蜂Leptocimbex zhongi Wei,sp.nov.。该新种与L.terrifica Malaise,1931近似,但触角第6~7节几乎愈合,界限模糊,触角窝上突不互相靠近,侧额脊前半部明显,后半部缺如,单眼后区后部黄褐色,翅基片、腹部第2~3背板全部和后足股节全部黑色,阳茎瓣背突叶短宽,端部圆钝等,容易鉴别。新种模式标本保存于中南林业科技大学模式昆虫标本室。     

MONELATA INCISIPENNIS HUGGERT NEW TO CHINA, WITH DESCRIPTION OF THE MALE ADULT FOR THE FIRST TIME (HYMENOPTERA, DIAPRIIDAE)

记述我国单锤角细蜂属Monelata F(o)rster 1新纪录种,凹翅单锤角细蜂Monelata incisipennis Huggert,1982,并首次记述该种的雄性成虫.研究标本保存于华南农业大学膜翅目标本室(SCAU).     

细蜂亚科一新属一新种(膜翅目:细蜂科)

本文记述在我国河南省伏牛山发现的细蜂科Proctotrupidae细蜂亚科Proctotrupinae 1新属新种:中华强脊细蜂Carinaserphus sinensis gen. et sp. nov.。描述了其形态特征并与近似属做了比较。模式标本存浙江大学寄生蜂标本室。     

New records of cestodes of New Zealand birds

Abstract

Ten species of cestodes are reported from aquatic birds in New Zealand. All are new records for the country.     

Modified Oligonucleotides: New Structures,New Properties,and New Spheres of Application

Russian Journal of Bioorganic Chemistry - Nucleic acids have made a long and arduous journey “from the bench to the bedside.” At present, it can be assumed that drugs based on...     

New Year and New Board Members

##正##Following the winter holidays I look forward to the New Yearof 2012,and would like to take the opportunity to express mysincere thanks to all the authors,reviewers and editors of JIPB.Indeed,the Journal thrives on their support.     

Post-Viking Microbiology: New Approaches,New Data,New Insights

In the 20 years since the Viking experiments, major advances have been made in the areas of microbial systematics, microbial metabolism, microbial survival capacity, and the definition of environments on earth, suggesting that life is more versatile and tenacious than was previously appreciated. Almost all niches on earth which have available energy, and which are compatible with the chemistry of carbon-carbon bonds, are known to be inhabited by bacteria. The oldest known bacteria on earth apparently evolved soon after the formation of the planet, and are heat loving, hydrogen and/or sulfur metabolizing forms. Among the two microbial domains (kingdoms) is a great deal of metabolic diversity, with members of these forms being able to grow on almost any known energy source, organic or inorganic, and to utilize an impressive array of electron acceptors for anaerobic respiration. Both hydrothermal environments and the deep subsurface environments have been shown to support large populations of bacteria, growing on energy supplied by geothermal energy, thus isolating these ecosystems from the rest of the global biogeochemical cycles. This knowledge, coupled with new insights into the history of the solar system, allow one to speculate on possible evolution and survival of life forms on Mars.