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Chinese translation for "total biomass"

总生物量

Related Translations:
biomass:  n.【生态】生物量〔某一地域或单位面积内存在的生物的总量〕。
organic biomass:  有机生物量
biomass conversion:  生物质能转换
biomass method:  生物量法
underground biomass:  地下生物量
biomass pellet:  生物质小球
marine biomass:  海洋生物量
dry biomass:  干重
biomass resource:  生物质资源
biomass structure:  生物量结构
Example Sentences:
1.Correspondingly the biomass of various parts of k . candel seedling and the total biomass showed no significant difference from control group at low concentration of pyr and nap
两种处理在浓度为0 ling l对秋茄幼苗叶片细胞膜透性影响不明显,浓度为1和10mg l细胞膜透性显著提高。
2.With increasing concentrations of pahs the biomass of various parts of k . candel seedling and the total biomass tended to decrease , the extent of inhibition by nap was obviously greater than by pyr . 3
在0 10mg l浓度范围,秋茄幼苗叶片、根尖sod与pod总活性的变化趋势相似,受pahs胁迫, sod和pod总活性提高。
3.The leaves biomass , root biomass , total biomass , sla , lar , srl , rlr and rgr of three species had very obvious plasticity to soil water . but the plasticity degree of three plants to different soil water were c . smyrnioides > a . sylvestris > c . violaceum
三物种的叶生物量、根生物量、总生物量、 sla 、 lar 、 srl 、 rlr和rgr对土壤水分的可塑性均较大,但可塑性程度为明党参峨参川明参。
4.Height , crown amplitude , size of leaves , leaf number , diameter of root , biomass of leave , biomass of root , total biomass and relative growth rate ( rgr ) of c . smyrnioides were all increase with soil water . but it was decreased with soil water for specific leaf area ( sla ) , leaf area ratio ( lar ) , specific root length ( srl ) and root length ratio ( rlr )
明党参株高和冠幅、叶片形态大小、叶片数、根粗、根体积、叶生物量、根生物量、总生物量和rgr均随着土壤水分的增加而增大,而sla 、 lar 、 srl和rlr则随着土壤水分的增大而减小。
5.Exposure to uv - b radiation reduced the height , leaf area of plants , and the weight of roots , stems and leaves . as a result , total biomass and accumulation of dry matter were decreased . exposure to uv - b radiation significantly increased the stomatal diffuse resistance and decreased the transpiration rate ; however it hardly affected the water content of seedlings
含量、而增加zr的含量;导致气孔阻力增加,蒸腾速率下降:对括楼植株水分含量无影响;使植株生长受抑,表现为矮化,植株各器官及总生物量增加均受到影响,干物质积累量也相应下降; uv . b辐射对括楼根冠比无影响。
6.2 . all the corresponding parameters of a . sylvestris were similar with c . smyrnioides in procreate period in april . but the parameters of root length , diameter of root , volume of root , leaf biomass , root biomass , total biomass , root mass ratio ( rmr ) and sla had the maximal value in moderate treatment in vegetative period in january
峨参的相应生长参数在4月生殖生长期与明党参随土壤水分的变化趋势相似;但在1月份的营养生长期,根长、根粗、根体积、叶生物量、根生物量、总生物量、 rmr和sla均以中度水分条件最大。
7.9 . instead of being in accordance with the variety of altitude , the increasing or reducing of the total output of biomass was accordant with resource conditions of populations . when their communities were densely and resources limited , the total biomass were reduced . on the contrary , the total biomass was relatively high
9 .生物量的总产量与海拔高度之间无一致性变化规律,而与各种群的资源状况有关,凡群落覆盖高,资源有限时,生物量积累少;反之,群落盖度低,资源条件良好,生物量生产相对高。
8.Compared to phenanthren alone , the mixture of naphthalene and phenanthren in medium not only promoted the growth , but also enhanced the phenanthren degradation rate of zx4 strain . comparing to the pure culture of single zx4 strain , the mixture of zx4 strain and eva 17 strain had very little effective on total biomass , but could enhance the phenanthren degradation rate remarkably
与菲的单基质培养相比,多环芳烃萘、菲的共基质培养不仅促进了zx4菌株的生长,且提高了其对菲的降解速率;与zx4菌株的纯培养相比,菲降解菌株zx4 、 eva17的混培虽然对整体生物量的影响不大,却可明显提高培养基中菲的降解速率。
9.The zones of coexisting distribution can be influenced by hydrological conditions . in this paper , a method is used to estimate the biomass contribution of per population to total biomass that combined flow cytometric analyzing data and size - fractionated chlorophyll a data . the results of autumn cruise shows that synechococcus is a important contributor to pico - chlorophyll a , especially in e2 , e6 , e7 also be true to total chlorophyll a , which the percent value is 69 % , 56 % , 56 % respectively
本文还尝试把流式细胞计分析的数据与叶绿素a分级数据结合,粗略估计微微型浮游植物各类型的叶绿素a贡献,对秋季结果分析表明,在秋季聚球藻是pico一叶绿素a的主要贡献者,在e2 、 e7 、 e6站甚至是总叶绿素a的主要贡献者,分别达到69 % 、 56 % 、 56 % ,不过本法还存在许多缺陷,有待于进一步探讨。
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