我国几种土壤甲螨包括一新种及二新亚种记述（蜱螨亚纲：甲螨亚目）

本文报道了新近采得的我国土壤甲螨六种,其中新种和新亚种定名为:中华弯步甲螨Gibbicepheus chinensis sp. nov.,长新领甲螨帽尔山亚种Caenosamerus spatiosus maoershanensis subsp. nov.,克氏蕾甲螨帽尔山亚种Gemmazetes crosby maoershanensis subsp. nov.,并记述了我国新纪录甲螨三种:大全罗甲螨Perlohm(?) gigantea(Aoki,1960)、水沢,德之甲螨乳Tolamocecheus mizusouai Aoki,1966及沼沢梁甲螨Lamellobates palustris Hammer,1958。     

中国西藏甲螨新种和新纪录种记述(蜱螨亚纲:甲螨亚目)

报道西藏甲螨4新种和6新纪录种,标本采于西藏东南色季拉山,海拔3640－4800m,新种为：粒小隅甲螨Microtegeus granulatus Wang et Shen,sp.nov.,西藏真翅背甲螨Eupterotegaeus xizangensis Wang et Solhoy,sp.nov.,头新裸甲螨Neogymnobates capitatus Wang et Solhoy,sp.nov.,山溯甲螨Birsteinius monticolus Wang et Shen,sp.nov.,新纪录种为：纽氏平懒甲螨 Platynothrus nomatai Aoki,塞氏矮汉甲螨Nanhermannia sellnicki Forsslund,杜氏小赫甲螨Hermanniella dubinini Sitnikova,多齿刀肋甲螨Cultroribula dentata Willmann,曲波甲螨Unduloribates undulatus(Berlese),毛暗色甲螨Fuscozetes setosus(C.L.koch)。本文报道的波甲螨属,溯甲螨属,新裸甲螨属和暗色甲螨属为中国首次发现。     

我国裂头甲螨属2新种和1新纪录种记述（蜱螨亚纲：甲螨亚目：耳头甲螨科）

报道了发现于我国的裂头甲螨属Fissicepheus 2新种:中国裂头甲螨,新种F.chinensis sp.nov.,喙裂头甲螨,新种F.ornithorrhynchus sp.nov.,描述了它们的形态特征并与近似种作了比较鉴别。此外,还记述了我国1新纪录种——温和裂头甲螨F.milis Aoki,1970.并对于我国产4种裂头甲螨进行了种的检索。     

中国奥甲螨科3新种（甲螨亚目：奥甲螨科）

记述采自我国南方的奥甲螨科3新种:鞭毛奧甲螨Oppia flagellifera sp.nov.、雕纹大奥甲螨Lasiobelba sculpta sp.nov.和闽越奥甲螨Vietoppia fujianensis sp.nov,。     

中国丽甲螨属新种和新纪录种(蜱螨亚纲:甲螨亚目:丽甲蟎科)

本文记述了丽甲螨科Liacaridae丽甲螨属LiacarusMichael,1898的四新种:多叉丽甲螨L.polychothomussp.nov.,宽突丽甲螨L.latiusculussp.nov.,峨眉丽甲螨L.emeiensissp.nov.,北丽甲螨L.borealissp.nov.,并报道一个中国新纪录种直角丽甲螨L.orthogoniosAoki,1959。本文对新种进行了形态特征描述并与近似种作了比较鉴别。     

皖南低山丘陵农业生态系统的土壤甲螨及2新种记述（蜱螨亚纲：甲螨亚目）

报道皖南低山丘陵农业生态系统土壤甲螨的部分种类,计51科84属86种,其中新种2个;三齿梨甲螨Pyroppia tridentifera sp.nov.和邓氏鳞翼甲螨Leplog alumna dengi sp.nov.     

广西十万大山瘿螨一新属五新种(蜱螨亚纲,瘿螨科)

新属为拟叶剌瘿螨属Paraphyllocoptes gen.nov.,模式种为十万山拟叶刺瘿螨Paraphyllocoptes shiwanshanensis sp.nov..5个新种是十万山拟叶剌瘿螨Paraphyllocoptes shiwanshanensis sp.nov.,假蒌上瘿螨Epitrimerus piper sp.nov.,润楠叶剌瘿螨Phyllocoptes machilus sp.nov.,广西斜背瘤瘿螨Vasates guangxiensis sp.nov.和棋子豆分位瘿螨Disella cylindrokeluphae sp.nov..     

寄螨科四新种记述(蜱螨亚纲,革螨股)

记述寄螨科4新种:短胸常革螨Vulgarogamasus brachysternalis sp.nov.,长囊常革螨Vulgarogamasus longascidiformis sp.nov.,河南新革螨Neogamasus henanensissp.nov.和树状钝革螨Amablygamasus dendriticus sp.nov..     

黄山土壤甲螨三新种（蜱螨亚纲：甲螨亚目）

本记述了黄山甲螨三新种：多纹细珠甲螨Allodamaeus polygrammus. sp.nov.,顶盖细珠甲螨A.lectorius. sp.nov．和山地树穴甲螨Truncopes montanus,sp．nov．该中对新种的形态特征作了描述,并与近似种进行了比较．     

中国瘿螨科五新种记述(蜱螨亚纲:瘿螨总科)

5新种是丁香顶冠瘿螨Tegolophus syringae sp.nov.,寄主为丁香;黍顶冠瘿螨Tegolophus panici sp.nov.,寄主为黍;胡枝子顶冠瘿螨Tegolophus lessedezae sp.nov.,寄主为胡枝子;毛竹畸瘿螨Abacarus phyllostachyis sp.nov.,寄主为毛竹;渝畸瘿螨Abacarus yunensis sp.nov.,寄主为竹。     

THE ORIGIN OF THE ACETYLCHOLINE RELEASED FROM THE SURFACE OF THE CORTEX

—The specific radioactivity of acetylcholine liberated from the surface of the rabbit occipital cortex has been compared with that of the underlying cortical synaptosomal and vesicular acetylcholine at varying times after the administration of [N-Me-³H]choline. Choline was administered by diffusion from solutions placed in cups formed by Perspex cylinders applied to the surface of the cortex. Acetylcholine was collected by diffusion into these cups. The specific radioactivity of the acetylcholine declined progressively. The effect of stimulation of afferent cholinergic pathways was to cause a fall in the specific radioactivity of the released acetylcholine. However this was always higher than that of the synaptosomal or vesicular acetylcholine as represented by fractions P₂ and D of the authors’fractionation scheme. It is concluded that acetylcholine released from the cortex must come from a store or stores more recently synthesized than the endogenous acetylcholine of these subcellular fractions.     

三峡库区甘井河水域牧场浮游植物群落结构及水质评价

为了解三峡库区的忠县甘井河段水域牧场生态渔业对水环境的影响, 于2013 年3、6、9 及12 月按季度对该河段4 个站点进行了浮游植物群落结构及水体理化因子的监测, 并采用生物多样性指数法和综合营养状态指数法对水体营养状况进行了评价。结果表明, 该河段浮游植物有7 门93 个属种, 其中绿藻门的物种数最多, 有37 种, 占浮游植物群落总数的39.79%, 其次为硅藻门和蓝藻门, 物种数分别为26 种和13 种,分别占浮游植物群落总数的27.96%和13.98%;浮游植物的年均丰度为757.67104 ind./L, 变化范围(3.065743.99)104 ind./L, 年均生物量为4.40 mg/L, 变化范围0.0317.67 mg/L;水体的年平均透明度为1.18 m, 叶绿素a、总磷、总氮含量分别为8.54 g/L、0.13 mg/L、1.95 mg/L;浮游植物香农多样性指数(H')、均匀度指数(J)年均值分别为2.90 和0.88, 全年综合营养状态指数值为37.5971.86, 由此推断, 甘井河水质属于中污染轻污染状态、中营养型富营养型。在鱼类生长旺季的6 月, 甘井河段养殖区内的水质优于非养殖区, 这可能与养殖区内放养滤食性鱼类有关, 证实了水域牧场没有带来水环境的污染, 反而能提高生物多样性, 在一定程度上改善了水体。