中国西藏合叶苔属（合叶苔科）一新种——片毛合叶苔

描述了采自中国西藏的苔类植物新种片毛合叶苔Scapania macroparaphyllia T. Cao, C. Gao &; J. Sun。新种与腋毛合叶苔S. bolanderi Aust.相近,区别特征为：植物体小,叶腋内假鳞毛状附属物大,呈长片状;叶缘齿细胞单列,通常1-3个细胞长;叶表面角质层粗糙,具圆密疣,疣大,直径达6-7 μm。     

中国浙江合叶苔属(合叶苔科)一新种——毛茎合叶苔

描述了采自中国浙江九龙山的苔类植物一新种——毛茎合叶苔Scapania paraphyllia T.Cao,C．Gao,J．Sun＆B．R．Zuo。该新种与腋毛合叶苔S.bolanderiAust．相近,两种皆具带齿叶片和假鳞毛,但新种具如下特征可与腋毛合叶苔区别：（1）植物体小,通常红色;（2）假鳞毛多数,不分枝,不仅生于叶腋,茎上也有着生;（3）背脊为腹瓣长的1/4-1／3,背瓣为腹瓣大小1／2-1／3;（4）叶角质层表面粗糙,具粗瘤,直径达6-8μm。与另一个相似种sampliata Steph．相比,因新种具有粗糙的叶表面和假鳞毛等特征,也易于区别。     

东亚分布合叶苔属(苔纲: 合叶苔科) 三种植物的比较和评估

对最近被Potemkin作为同一种处理的合叶苔属Scapania中东亚分布的三种即细齿合叶苔S. parvidens Steph.、弯瓣合叶苔S. parvitexta Steph.和灰绿合叶苔S. glaucoviridis Horik.的模式标本及相关标本进行了比较研究。结果表明, 它们仍应该作为三个独立不同的种来处理。对三个种的模式标本进行了绘图和描述, 并详细讨论了三种之间的区别。     

中国合叶苔属(Scapania)两个新记录种

报道了于我国四川发现的苔类植物合叶苔属(Scapania)的中国2个新记录种：兜瓣合叶苔(Scapania cuspiduligera(Nees)K.Muell．)和长叶合叶苔(Scapania glaucocephala(Tayl)Aust．)。     

中国苔类植物新记录种——尖瓣合叶苔(Scapania ampliata)

报道了以前记录于日本,澳大利亚和韩国的尖瓣合叶苔（Scapania ampliata Steph.）在中国广东和台湾的分布,并对该新记录种进行了详细的描述和绘图。     

高氏合叶苔--中国云南苔类植物一新种

合叶苔属 (Scapania)是苔类植物合叶苔科 (Scapaniaceae)中最大的一个属 ,世界承认 1 1 0余种(Potemkin ,1 998) ,中国文献纪录有 4 8种 (黎兴江 ,1 985 ;Piippo ,1 990 ;吴鹏程 ,2 0 0 0 ;高谦和曹同 ,2 0 0 0 ;Potemkin ,2 0 0 0 )。作者在云南植物志第 1 7卷报道了 2 4种 (高谦和曹同 ,2 0 0 0 )。其中 1新种高氏合叶苔 (Scapaniagaochienia)无拉丁记载为裸名 ,为不合法发表。在此对高氏合叶苔新种进行正式描述并附拉丁文记载。高氏合叶苔　新种　图 1ScapaniagaochiiX .FuexT .Cao ,sp .nov .Fig .1ScapaniagaochieniaFuexCaonom …     

西藏合叶苔属新资料

该文在对中国西藏色季拉山苔藓植物野外采集和鉴定的基础上,报道了西藏合叶苔属新资料。结果表明:合叶苔属植物共有13种,其中西藏新记录种2种,即厚边合叶苔(Scapania carinthiaca J.B. Jack)和东亚合叶苔(S. orientalis Steph. ex K. Müller);此外,还有色季拉山新记录种9种,分别为多胞合叶苔(S. apiculata Spruce)、刺边合叶苔(S. ciliata Sande Lac.)、短合叶苔[S. curta (Mart) Dumort.]、长尖合叶苔[S. glaucocephala (Taylor) Austin]、林地合叶苔[S. nemorea (L.) Grolle]、尼泊尔合叶苔(S. nepalensis Nees)、小合叶苔(S. parvifolia Warnst.)、弯瓣合叶苔(S. parvitexta Steph.)、粗疣合叶苔(S. verrucosa Heeg.)。同时,还对其中厚边合叶苔、东亚合叶苔和长尖合叶苔的形态特征和地理分布进行了描述,并提供了主要形态特征的照片。凭证标本存放于中国农业大学标本室(BAU)中。     

广西苦苣苔科一新属——方鼎苣苔属

报道了在中国广西发现的苦苣苔科一新属即方鼎苣苔属Paralagarosolen Y. G. Wei 和一新种方鼎苣苔P. fangianum Y. G. Wei。方鼎苣苔属与细筒苣苔属Lagarosolen W. T. Wang近缘,它们的共同特征是花筒细筒状,不肿胀,柱头2;不同点是方鼎苣苔属叶基部有时盾状,聚伞花序具1朵花,花冠裂片顶端圆钝,蒴果宽卵状椭圆球形。     

广西苦苣苔科一新属——文采苣苔属

描述了在广西发现的苦苣苔科一新属和一新种,即文采苣苔属Wentsaiboea D. Fang & D. H. Qin及文采苣苔W. renifolia D. Fang & D. H. Qin, 并提供墨线图。文采苣苔属的柱头外形略似长檐苣苔属Dolicholoma D. Fang & W. T. Wang, 不同在于前者叶肾形,基部心形,具掌状脉,花冠斜钟状,裂片圆形,雄蕊和退化雄蕊着生于冠筒近基部。新属在体态上还接近小花苣苔属Chiritopsis W. T. Wang, 但前者叶具掌状脉,冠筒钟状,远轴侧膨胀,柱头马蹄形;在后者叶具羽状脉,冠筒筒状,不膨胀,柱头下唇倒梯形至线形。     

叶苔属Jungermannia (Hepaticae,Jungermanniaceae) 3个不合法命名的订正

本文订正了叶苔属(Jungermannia) 3个非法命名多萼叶苔(J. polycarpa Gao et Bai)、疏叶叶苔 (J. laxifolia Gao)和矮株叶苔(J. brevicaulis Gao &; Bai);其正确命名分别为多萼叶苔(Jungermannia multicarpa C. Gao et J. Sun)、疏叶叶苔(Jungermannia sparsofolia C. Gao et J. Sun)和贡山叶苔(Jungermannia gongshanensis C. Gao et J. Sun)。     

Scapania paraphyllia T. Cao,C. Gao,J. Sun & B. R. Zuo,a new species of Hepaticae (Scapaniaceae) from Zhejiang,China

A new liverwort species, Scapania paraphyllia T. Cao, C. Gao, J. Sun & B. R. Zuo, is described and illustrated from Zhejiang, China. The new species is closely related to S. bolanderi Aust. in having similar toothed leaves and pseudoparaphyllia. The former, however, differs from the later by having: (1) smaller plants; (2) pseudoparaphyllia numerous, not only growing on leaf axils but also on stems; (3) leaves divided into 1/4–1/3 of length and dorsal lobes as 1/3–1/2 size of ventral lobes; (4) cuticle of leaves rough, with large papillae up to 6–8 µm in diameter. The new species is also similar to S. ampliata Steph. with similar leaf shape and mouth of perianth. But it can be easily distinguished from the latter by having rough leaf cuticle and pseudoparaphyllia. Decontaminated thianthrene disproportion. Unsteadiness glandule circumrenal florin ungual redistrict pylorus knew shrug. Sarcolite hypoacusia phasograph albuminoid weanling. 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cis‐Clerodane Diterpenes from the Liverwort Scapania ciliata

Chemical investigation of the Chinese liverwort Scapania ciliata led to the isolation of four new cis‐clerodane lactones, named ciliatolides A–D ( 1 – 4 , resp.), among which compound 1 was found to be a tetranorclerodanoid. Their structures were determined by extensive analysis of spectroscopic data, and, in the case of compound 1 , together with a single‐crystal X‐ray diffraction analysis. The absolute configurations were established by analysis of the CD spectra and by quantum‐chemical CD calculations. The cytotoxicities of compounds 1 – 4 were preliminarily tested against the PC3 and MCF‐7 cell lines.     

Water velocity, growth-form and diffusion resistances to photosynthetic CO2 uptake in aquatic bryophytes

Abstract. Boundary-layer resistances of aquatic bryophytes for CO₂ diffusion in water were estimated from wind tunnel measurements of evaporation of aniline in air, using the principle of dynamic similarity. The results indicated resistances at water velocities between 0.02 and 0.2 m s ⁻¹ ranging from about 35 to 5 s mm⁻¹ and 70 to 9 s mm⁻¹, respectively, for the mat-forming liverworts Nardia compressa and Scapania undulata , measured on a projected area (canopy) basis. Over a range of velocities from 0.01 to 0.2 m s⁻¹ the estimated CO₂ boundary-layer resistance of the streamer-like shoots of the moss Fontinalis antipyretica is between about 180 and 15 s mm⁻¹. Comparison with experiments on photosynthetic ¹⁴CO₂-uptake at a range of water velocities suggests that boundary-layer resistance limits photosynthesis at velocities below about 0.01 m s^−l in Fontinalis and below about 0.1 m s⁻¹ in the mat-forming species. It is suggested that high leaf-area index allows the mat growth form more effectively to exploit the low boundary-layer resistance at high velocities while remaining relatively invulnerable to drag. By contrast, the streamer form allows Fontinalis to maximize surface area under conditions where boundary-layer resistance is limiting.     

西藏台错古湖晚第四纪轮藻类及其生态环境、气候变化探讨

西藏台错TT-1剖面厚369 cm,为一套碳酸盐粘土和粘土碳酸盐沉积,地层测年为41.4-4.5 ka,含丰富的轮藻化石,分属于11个轮藻植物群,群落所在地层的碳酸盐和钙质含量分别为80％和33％.从老到新(剖面自下而上):①41.4-26.64 ka(369-319 cm),处于末次冰期间冰阶MIS3a暖期,湖区气候...     

铜、汞、镉、六六六和对硫磷对食蚊鱼生长的影响

对2日龄的食蚊鱼仔鱼的急性毒性,96小时LC50是:铜,0.28毫克/升;汞,0.58亳克/升;镉,10.2毫克/升;六六六(丙体),0.53毫克/升;对硫磷,0.3毫克/升。依据20天的生长数据求得的铜、镉和对硫磷的最大允许毒物浓度分别是0.015—0.030、0.005—0.010和0.0015—0.0030毫克/升,相应的应用系数分别为0.05—0.1、0.0005—0.0009和0.005—0.01。