等分布

Mapping the geographic distribution of Aglaia bourdillonii Gamble,an endemic and threatened plant, using ecological niche modeling.

那就是为地球上已知的每一个生物物种建立一个网页，这个网页将展现该物种从分类、形态、地理分布、生态、进化等宏观研究，到DNA条形码、分子、遗传等微观研究，以及利用和保护等百科全书式的信息集合，并且通过由文本、图像、多媒体、GIS等多种技术手段来展现展现丰富的生物多样性信息(Wilson， 2003)。

With a plant site of 100,000 square meter and over 700 skilled worker, we have thirteen most advanced tufting machines by computer control, use polypropylene, acrylic, wool and Nylon for the main materials and making variety of graphic multiloop, multicut and loop carpets. We strictly insist on JIS Japan standard and have an annual yield of 8 million square meter. Our products include carpet tile, broadloom carpet, car mats and door mats so that we can offer best choice for residence and commercials, such as houses, hotels, offices and public facilities.

工厂拥有目前世界最先进生产设备电脑数控簇绒机13台，网结了日本与欧美国家先进的生产技术与管理方式，以尼龙、丙纶、羊毛、羊毛混纺等为原料，生产各种高中档地毯，包括方块毯、满铺毯、汽车毯、门口毯等，年总产量超过800万平方米，所有生产流程完全符合国际JIS认证标准，公司在国内外都设有完备的销售网络，业务遍及世界各地，在中国境内上海、南京、北京、青岛、广州、香港等都设有办事处，另有300多家代理商分布各地，外销方面其范围包括日本、韩国、东南亚、新加坡、台湾、印尼、中东、爱尔兰、英国、美国、澳大利亚、加拿大、荷兰等。

In 110 Xinjiang unrelated healthy Uygur subjects, 27 alleles were detected in HLA-B loci. Of them, B * 35 and B * 51 were the most common alleles with an allele frequency of 0.1136 and 0.1136, respectively; while B * 41, B * 56 and B * 78 were the rare alleles with a frequency of 0.0045, 0.0045 and 0.0091, respectively. Frequencies of "Caucasoid origin" HLA alleles such as B * 08, B * 35 and B * 50 in Xinjiang Uygurs were higher than other ethnic groups in China.

在维吾尔族样品中共检出27个等位基因，其中高频率的等位基因为B*35(0.1136)和B*51(0.1136)，低频率的等位基因为B*41(0.0045)、B*56(0.0045)和B*78(0.0091)，B*08、B*35、B*50等"高加索人"起源的HLA基因在新疆维吾尔族的分布频率高于国内其他民族，与高加索人种的数值相当。

Here,man shan bian ye growing spruce, Picea edulis, Qinling fir, Chinese pine, larch's wave, pine, cypress Parker, Quercus, Birch, Poplar and other trees and peonies,wu jiao feng , herbaceous peony, wild lilac, boxwood, coquelicot, Ma orchids, azaleas and other shrubs more than 700 kinds of Section 50, the distribution of the Ciwujia, Cordyceps sinensis, Coptis, Banxia, Fritillaria, Asarum, rhubarb, etc. more than 100 kinds of medicinal plants, soft Lin Morchella inlaid on the floor, wild mushrooms and other edible fungi.

这里，漫山遍野生长着云杉、紫果云杉、秦岭冷杉、油松、波氏落叶松、华山松、桧柏、栎类、桦木、白杨等乔木和牡丹、五角枫、芍药、野丁香，黄杨、虞美人、马兰花、杜鹃等灌木50余科700多种，分布着刺五加、冬虫夏草、黄连、半夏、贝母、细辛、大黄等100多种药用植物，松软的林地上镶嵌着羊肚菌、野蘑菇等食用菌。

Here,man shan bian ye growing spruce, Picea edulis, Qinling fir, Chinese pine, larch's wave, pine, cypress Parker, Quercus, Birch, Poplar and other trees and peonies,wu jiao feng , peony, wild lilac, boxwood, coquelicot, Ma orchids, azaleas and other shrubs more than 700 kinds of Section 50, the distribution of the Ciwujia, Cordyceps sinensis, Coptis, Banxia, Fritillaria, Asarum, rhubarb, etc.

这里，漫山遍野生长着云杉、紫果云杉、秦岭冷杉、油松、波氏落叶松、华山松、桧柏、栎类、桦木、白杨等乔木和牡丹、五角枫、芍药、野丁香，黄杨、虞美人、马兰花、杜鹃等灌木50余科700多种，分布着刺五加、冬虫夏草、黄连、半夏、贝母、细辛、大黄等 100 多种药用植物，松软的林地上镶嵌着羊肚菌、野蘑菇等食用菌。

Passing analysing The link of the three-arc-sect isometric type surface, built the three-arc-sect isometric type surface equation, found the location of isometric type surface with the finite element analysis method and calculated the link intensity of the three-arc-sect isometric type surface.

文中对型面联接中的三弧段等距型面联接进行力学分析，首先建立三弧段等距型面方程，应用有限元法确定等距型面接触点的位置，对三弧段等距型面联接中的应力分布及大小进行分析计算。

Chapter one is "Introduction". On the basis of summarizing the history of the study of the pictophonetic characters, we suppose some theoretical principle, such as the principle of the correspondence between the form and the meaning of the individual graph of Chinese characters, the principle of the total graphs of Chinese characters being a character-formation system, and the principle of the optimum development of the character -formation system in the history, and som analytic methods, such as the methods of structrue-function analysis, form-position analysis and meaning factor analysis, in the study of the pictophonetic characters. Chapter two is titled"General knwledge of the pictophonetic character." We discuss their origins, nature and some standards of distingnishing them, introduce the knowledge about the editions of SHUO WEN JIE ZI, analyse the functions of the modules of pictophonetic characters in detail, discuss concretely the function of phonetic graphs showing origins and pronunciations, the function of meaning graphs showing meanings and analogies, and the function of distinguishment when the two kinds of graphs are conbined. Chapter three is"The system of meaning graphs of Xiao Zhuan system."After we describe the structure of the meaning graph system, the relations between meaning graphs, the distributions of the function of meaning graphs showing meanings, and the frequency of all this kind of graphs, we get a table of all meaning graphs, a table of the frequency. Chapter four is"The system of phonetic graphs of Xiao Zhuan system."We describe the structure of the phonetic graph system, the relations between phonetic graphs, and between their function showing origins and their function showing pronunciations, and their frequency, then we get ageneral table of phonetic graphs and table of their frequency. Chapter five is "conclusion". We think that systematical methodology is useful in describing and analysing the formation system of Chinese characters. The methodology is adaptable in describing the formation system of modern Chinese characters as well as the historical character systems, adaptable in describing horizontally as well as comparing vertically. Only when we finish the systematical vertical compare on the base of systematical horizontal decription, could we know the true history of the system of Chinese characters, recover the rule of the system's development, and supply the theoretical supports for the scientifical arrangement of modern Chinese characters.

第一部分—绪论，在总结形声字研究历史状况的基础上，提出了研究形声系统的理论原则和分析方法，即汉字个体字符形义统一的思想，汉字字符集合构形系统的思想，汉字构形系统历史演变系统优化的思想等三项理论原则和结构功能分析法，形位分析法，义素分析法等三种分析方法，还扼要地介绍了具体的工作程序和论文的主要内容；第二部分—形声字概述，论述了形声字的来源、性质和鉴别标准，介绍了对《说文解字》正篆形声字说解中的传抄讹误，版本异文，说解错误校勘和考证的经过，详细分析了形声字构件的功能，具体讨论了声符的示源功能与示音功能，义符的示意功能与类化功能以及声符与义符组合中的相互区别功能；第三部分—小篆字系的义符系统，从义符系统的构成、义符间的相互关系，义符示意功能的分布及义符的构字频度等不同侧面，对义符系统进行了全面的描写，产生了义符总表、义符间意义关系总表和义符构字频度总表；第四部分—小篆字系形声字的声符系统，从声符系统的构成、声符间的相互关系，声符的示源功能与示音功能的关系以及声符的构字频度等不同侧面，对声符系统进行了全面描写，产生了声符总表和声符构字频度总表；第五部分—结束语，在全面测查小篆字系形声字的基础上，对研究汉字的方法和现代汉字发展方向的问题提出了一些看法，认为系统论的方法是描写和分析汉字构形系统行之有效的方法，系统论方法，不仅适用于历史上文字系统的描写，也适用于现代汉字构形系统的描写，不仅适用了断代描写，也适用于历史比较，只有在对汉字断代系统描写的基础上进行系统的历史比较，才能认清汉字系统历史演变的真相，揭示汉字系统发展的客观规律，为科学地整理现代汉字提供理论上的依据。

In protection zone submit cube to spread cold frozen vegetation tape, the meadow of high mountain and the bush clump of high mountain , fir, dragon spruce and mountainous region frequently green rich leaf will take and do hot valley fill the tape of thick grass, plant kind is numerous.

保护区内呈立体分布着寒冻植被带、高山草甸和高山灌木丛、冷杉、云杉、山地常绿阔叶要带、干热河谷灌草丛带等，植物种类繁多。保护区内有虫草、贝母、珠子参、天麻、雪莲等名贵药材；而兰花、野牡丹等名花随处可见；在浓密的原始森林中，栖息着一类保护动物滇金丝猴、野驴；二类保护动物雪豹、原麝、马麝等。

This paper deals with the classification,distribution and the phylogenetic relationships among the species of the genus Phrynocephalus in Tibet Plateau with the paleogeographic changes in cenozoic.

长期以来，对西藏地区沙蜥(Phrynocephalus：Agamidae)的研究主要是种的分类和地理分布及生态习性方面，如Blyth(1863)、Boulenger(1885)、Zugmayer(1909)、Bedriaga(1907-1909)、赵肯堂(1979，1992)、黄永昭(1979)、原洪(1986)、胡淑琴等(1987)、赵尔宓等(1993)、王跃招等(1993)等。

The experiment obtains clone pig HUMMLC2B gene (GenBank logs onto date: DQ533994), use PCR-RFLP technology, analysed HUMMLC2B gene the 1st embedded child medium Msp Ⅰ is enzymatic cut much condition (T613C) is in distributinging; analysed the much condition sex in 7 breed pig 5 many condition sex and 36 long white pigs, groups 104 pigs and grow to be mixed in vain 5, the result makes clear, the scale that waits for a gene and B to wait for a gene frequency except the A in long white pig in detected swinery is 1 ∶ 2 outside, of the others all take absolutely advantage for a gene such as B, and a gene such as A is pure close individual detect in long white pig only.

实验获得克隆猪HUMMLC2B基因(GenBank登录号：DQ533994)，并采用PCR-RFLP技术，分析了HUMMLC2B基因第1内含子中的MspⅠ酶切多态(T613C)在7个品种猪中的多态性分布；分析了多态性和36头长白猪、5个群体104头猪以及长白和5个群体之和的140头猪胴体性状和肉质性状间的相关，结果表明，在检测的猪群中除长白猪中A等位基因和B等位基因频率的比例为1∶2外，其余的均为B等位基因占绝对优势，且A等位基因纯合个体只在长白猪中检测到。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。