中国伪蝎名录（蛛形纲：伪蝎目）

本文根据我国伪蝎目已有种类记述,归纳并列出10科34属73种（包括亚种）伪蝎的中文名、拉丁学名、引证及其地理分布,以供今后研究参考。     

Checklist of the Braulidae,Camillidae, Diastatidae and Drosophilidae of Finland (Diptera,Ephydroidea)

A checklist of the Braulidae (1 species), Camillidae (3 spp.), Diastatidae (10 spp.) and Drosophilidae (67 spp.) of Finland is presented. Campichoetinae is included as a subfamily of Diastatidae.     

Checklist of the infraorder Tipulomorpha (Trichoceridae,Tipuloidea) (Diptera) of Finland

A checklist of the infraorder Tipulomorpha: families Trichoceridae, Pediciidae, Limoniidae, Cylindrotomidae and Tipulidae (Diptera) recorded from Finland.     

Checklist of the families Anisopodidae,Bibionidae, Canthyloscelididae,Mycetobiidae, Pachyneuridae and?Scatopsidae (Diptera) of Finland

A checklist of the families Anisopodidae, Bibionidae, Canthyloscelididae, Mycetobiidae, Pachyneuridae and Scatopsidae (Diptera) recorded from Finland. The Finnish species of these families were last listed in 1980. After that two species of Anisopodidae, four species of Bibionidae and six species of Scatopsidae have been added to the Finnish fauna and two species of Scatopsidae have been removed from the Finnish fauna.     

中国优茧蜂亚科研究概况及已知种名录（膜翅目：茧蜂科）

本文对我国优茧蜂亚科Ｅｕｐｈｏｒｉｎａｅ（除悬茧峰属Ｍｅｔｅｏｒｕｓ Ｈａｌｉｄａｙ以外）的分类研究情况作了总结,并列出我国已知种名录（２６属１５４种）。     

The flora of the Bontebok National Park in regional perspective

Six-hundred-and-fifty plant species from 280 genera and 85 families have been recorded as indigenous to the Bontebok National Park (BNP), which lies 5 km south of Swellendam, in the Western Cape. Twenty-nine of these plant species are globally threatened with extinction and another 23 are species of conservation concern. Three species (Aspalathus burchelliana, Diosma fallax, Erica filamentosa) are endemic to the park. The Asteraceae, Iridaceae and Fabaceae ranked high as speciose families, in line with the Cape Floristic Region (CFR) as a whole, while the Asphodelaceae, Crassulaceae, Poaceae and Cyperaceae were overrepresented, and the Rutaceae, Proteaceae and Ericaceae underrepresented at BNP. The largest genera were Aspalathus (19 species), Crassula (17), Pelargonium (16), Erica (15), Oxalis (12), Moraea (11), Helichrysum (10) and Hermannia (10). Geophytes were the dominant growth form (23% of species recorded), followed by dwarf shrubs (20%), herbs (16%), graminoids (15%), shrubs (13%), succulents (8%), trees (3%) and climbers (2%). Forty alien plant species were recorded (likely an underestimate of true numbers) with the Poaceae most speciose and arguably the biggest invasive threat at the park. With 20 plant species/km², the flora of BNP is richer than expected based on its location within the south-eastern CFR. Similarity with floras of other lowland and montane protected areas in the region is low (< 33% and < 20% respectively), demonstrating that a large component of BNP's flora is not conserved elsewhere. Within a landscape context, BNP forms part of a cluster of connected core sites for Renosterveld conservation. This work confirms the high importance of BNP for flora conservation nationally and even globally.     

New combinations amongst Bolivian <Emphasis Type="Italic">Compositae</Emphasis>

Summary  New combinations are provided for nine taxa in the Bolivian Compositae — four in Dendrophorbium (Senecioneae), four in Vernonia (Vernonieae) and one in Viguiera (Heliantheae) — in advance of an on-line publication of a ‘Preliminary checklist of the Compositae of Bolivia’.     

Larval descriptions of the family Porcellanidae: A worldwide annotated compilation of the literature (Crustacea,Decapoda)

For most of the family Porcellanidae, which comprises 283 species, larval development remains to be described. Full development has been only described for 52 species, while part of the larval cycle has been described for 45 species. The importance of knowing the complete larval development of a species goes beyond allowing the identification of larval specimens collected in the plankton. Morphological larval data also constitute a support to cladistic techniques used in the establishment of the phylogenetic status (see Hiller et al. 2006, Marco-Herrero et al. 2013). Nevertheless, the literature on the larval development of this family is old and widely dispersed and in many cases it is difficult to collect the available information on a particular taxon. Towards the aim of facilitating future research, all information available on the larval development of porcellanids has been compiled. Following the taxonomic checklist of Porcellanidae proposed by Osawa and McLaughlin (2010), a checklist has been prepared that reflects the current knowledge about larval development of the group including larval stages and the method used to obtain the larvae, together with references. Those species for which the recognised names have been changed according to Osawa and McLaughlin (2010) are indicated.     

云南鱼类名录

该文在《云南鱼类志》等文献基础上,参照最新分类学和分子系统学成果,对云南鱼类名录进行整理,对各分类阶元、水系进行统计,并列出了云南鱼类分布及主要参考文献。至2013年,云南省共记录鱼类13目42科198属620种,占中国淡水鱼类种数(1583种)的39.17%,居全国各省之首。其中,土著种586种,外来种34种,云南特有种254种,在中国仅分布于云南的共6科66属152种。云南六大水系按鱼类物种数排列依次为:珠江水系202种,澜沧江水系183种,金沙江水系142种,红河水系120种,伊洛瓦底江水系84种及怒江—萨尔温江水系77种。云南省境内分布有各类珍稀濒危鱼类99种,其中,保护鱼类23种(包括国家I级重点保护野生动物2种,国家Ⅱ级重点保护野生动物4种及云南省珍稀保护动物17种),列入《中国濒危动物红皮书鱼类》的共43种,列入《中国物种红色名录第一卷》的共73种,列入IUCN红色名录各类濒危等级的共50种及列入CITES附录Ⅱ的共3种。     

History of study,updated checklist,distribution and key of scorpions (Arachnida：Scorpiones) from China

This review describes the history of taxonomic research on scorpions and provides an updated checklist and key of the scorpions currently known in China. This checklist is based on a thorough review of the extant literatures on scorpion species whose presence has been confirmed in China through field expeditions and examination of scorpion collections, excepting a few members that have no clear distribution or are currently in doubt. Totally, the scorpion fauna of China consists of 53 species and subspecies belonging to 12 genera crossing five families, with 33 species (62.3%) and one genus being recorded as endemic. Additionally, identification key and the distribution of scorpions from China are provided.