木荷的英文

• schima superba

• "木"英文翻译    tree
• "荷"英文翻译    lotus
• "红木荷" 英文翻译 :    schima wallichii
• "峨眉木荷" 英文翻译 :    schima wallichii choisy
• "峨嵋木荷" 英文翻译 :    chilauni
• "红花木荷科" 英文翻译 :    rhodoleiaceae
• "木荷柄锈菌" 英文翻译 :    puccinia schismi
• "木荷种子水分快速测定试验" 英文翻译 :    experiment on the rapid determination of schima superba seed moisture
• "木号角" 英文翻译 :    kembah
• "木夯 甲虫 捶布机 搅打 搅打机" 英文翻译 :    beetle
• "木和弹簧式护舷木" 英文翻译 :    wood springing-type fender
• "木夯" 英文翻译 :    beetle; bettle; wooden rammer; wooden tamper
• "木和弹簧式舷木" 英文翻译 :    wood springing-type fender
• "木汗" 英文翻译 :    lucy7remix
• "木和塑料" 英文翻译 :    wood and piastics
• "木涵洞" 英文翻译 :    timber culvert

• So it provided a rapid , accurate , and handy method for s . superba seed moisture determination
  这样为木荷种子的水分测定提供了一个快速、准备、简便的方法。
• The order of water - holding capacities in different plantations was as follows : altinglia gracilipes > schima superba > fokienia hodginsii > cunninghamia lanceolata
  不同林分的持水量大小排序为：细柄阿丁枫杉木混交林木荷杉木混交林建柏杉木混交林杉木纯林。
• The chief factors influencing chinese - fir ’ s dominance are slope - face and altitude ; those influencing s . superba ' s dominance are slope - degree and slope - shape ; those influencing c . eyrei ' s dominance are slope - position and slope - shape
  影响杉木优势度的首要因素为坡向和海拔，影响木荷的首要因素为坡度和坡形，而影响甜槠的首要因素为坡位和坡形。
• The biomass of different organs and biomass distribution of chinese - fir treated with aqueous extracts of the cunninghamia lanceolata , schima superba , castanopsis fargesii and pinus massoniana under different concentrations after six years was measured
  摘要分别用杉木、木荷、丝栗栲、马尾松枝叶不同浓度水浸液处理杉木6年后测定其各器官的生物量及其分配。
• The water - holding capacity of altinglia gracilipes , schima superba , fokienia hodginsii and cunninghamia lanceolata planted under cunninghamia lanceolata ecological public welfare forest was studied from forest canopy , shrub and herb layer , litter layer and soil layer
  摘要分别从林冠层、林下植被层、凋落物层及土壤层对杉木人工生态公益林林冠下营造的细柄阿丁枫、木荷、建柏和杉木纯林的持水功能进行了研究。
• The result showed that the biomass of different organs of chinese - fir treated with aqueous extracts of schima superba , castanopsis fargesii and pinus massoniana after six years were increased in some degree , the higher the concentration was , the higher the positive effect was , and low concentration had positive effect on the bark , branch and litter biomass distribution , high concentration had positive effect on the leaf , root and stem biomass distribution ; that the biomass of chinese - fir treated with cunninghamia lanceolata after six years were decreased , the higher the concentration was , the higher the inhibited effect was , and low concentration had positive effect on the leaf , bark , root , branch and stem biomass distribution , high concentration had positive effect on the litter biomass distribution
  结果表明丝栗栲、马尾松、木荷水浸液处理杉木6年后，各器官的生物量有不同程度的提高，随着浓度加大其促进作用增强，在低浓度时有利于皮、枝和枯枝落叶生物量分配率，高浓度时有利于叶、根、干的生物量分配率；杉木水浸液处理杉木6年后，各器官生物量有不同程度的降低，随着浓度加大其抑制作用增强，在低浓度时有利于叶、皮、根、枝和干等各器官生物量分配率，高浓度时有利于枯枝落叶生物量分配率。
• According to the sample area survey ; there are 120 species of plants belonging to 84 gener 47families in the 25 - year - old chinese fir plantation community which will succeed toward the direction simi - ler to the community type before the felling of evergreen broadleaved forest if it is let to develop naturally or the logging residues are not burnt after the felling of the chinese fir plantation due to the superiority of cas - tanopsis carlesii and schima superba in the aspling layer in it
  据样地调查，该25年生杉木人工林群落的植物有41科84属120种，群落的外貌特征以包括藤本在内的高位芽占绝对优势，叶特征以革质，单叶，中小型叶为主，由于该群落的幼树层以米储和木荷等占优势，若让其自然发展或杉木林采伐后不炼山，并排除其它人为干扰，该群落将向与常绿阔叶林采伐前的群落类型相似的方向演替。
• The water contents of 5 seed batches of schima superba seeds from 4 various provenances were determined , s . superba seed water content determination may be conducted with infra - red ray high temperature oven drying method instead of the low homeothermal oven drying method under the national standard , which was obtained through statistics and analyses
  摘要对来自4个不同产地的5个种批的木荷种子含水量进行测定，经统计分析认为木荷种子水分测定可用红外线高温烘干法代替国家标准中的低恒温烘干法。
• The study shows that the early and late seed rains of constructive tree species in evergreen broadleaved forest at chongqing simian mountain had no activity . the bigger the seeds of the species and the earlier or later the seeds of the species matured , the higher the proportion of the seed rain damaged by animals . the quantitative variation of seed rain , active seed rain and seed bank did not take place at the same time . at early time , the number of seed banks of castanopsis fargesii , lithocarpus glabra , quercus myrsinrefolia , castanopsis plasyacantha , cinamomum subavenium . which own more active seed rain increased by geomitric series . the seed banks of castanopsis orthacantha and schima argentea were small , only survived a short time , and did not sprout next year . the quantitative dynamics of seed banks and their increasing or decreasing rates were decided by the proportion damaged by animals , dying speed of seeds and their resistance to pathogens and adverse circumstances , and the state of seed germination
  对重庆四面山常绿阔叶林建群种种子雨、种子库的研究表明,建群种早期和晚期的种子雨无活力;种子偏早或偏晚成熟及大籽粒的树种,其种子雨被取食的比例大;种子雨、有活力种子雨、种子库三者的数量变化不一致;有活力种子雨量较大的栲、石栎、小叶青冈、扁刺栲、香桂等,其种子库密度在早期以近几何级数的方式增长,元江栲、银木荷种子库小,存在时间短,翌年无一年生萌发苗;种子库数量动态、消减率动态决定于种子被取食的强度、种子衰老的速度以及种子对病菌、逆境的抗性和种子萌发的整齐性
• Previous researchers have always determined the sp atial distribution patterns ( sdp ) of castanopsis kawakamii with a sample - dis tance method . however , the distribution patterns may be affected by the quadrat si ze and , in the course of analysis , the density differences among the cluster plots are not considered ; therefore , differences of cluster plot size and the dispersi on degree among individuals of cluster plots can not be known . authers of this pa per have determined the spatial distribution patterns of castanopsis kawakamii population in different habitats by means of non - quadrat distance method and a nalysed the pattern intensity and grain of the sdp . the pattern intensity is defi ned with the relative density differences and the pattern grain can embody the d ispersion degree of the individuals in the plots , and the dispersion degree among the plots . the determined results are as follows . the intensities of the species range in order from strong to week : litsea mollifolia p . kawakamii i . purpure a r . cochinchinensis c . kawakamii c . carlessii d . oldphamii s . superba . the gra ins of the species queue in order from coarse to close : s . superba = litsea mollif olia r . cohinchinensis c . kawakamii = i . purpurea c . carlessii p . racemosam d . oldp hamii . these determined results tally basiclly with the results authers of this paper have got in determining the same plots by means of aggregate index access ing method . in view of this , it is held that the sdp of c . kawakamii is closely related to the habitats and biological features
  前人都是采用样方方法对格氏栲种群数量的空间格局进行测定，而格局分布有可能受样方大小的影响，且分析过程中没有涉及聚块间密度差的问题，因而无法掌握种群的聚块大小差别及聚块内个体间的离散程度.本研究采用无样方距离法，测定不同生境的格氏栲种群空间格局，分析格氏栲种群格局的强度和纹理.强度以聚块和间隙的密度差来定义，纹理则是体现聚块内个体间的离散程度与诸聚块间的分离程度.测定结果表明，格氏栲种群格局强度从高到低排列次序为：木姜子蚊母树冬青茜草树格氏栲米槠虎皮楠木荷；格局纹理从粗到细的顺序是：木荷=木姜子茜草树格氏栲=冬青米槠蚊母树虎皮楠.这一测定结果与作者采用聚集度指标测定相同样地格氏栲种群空间格局的结果基本相符.因此，格氏栲空间格局类型及分布与格氏栲生物学特性及生境的关系密切

• 木荷的俄语：pinyin:mùhé бот. схима скученноцветковая (Schima confertiflora Merr.)