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   living biomass 的翻译结果: 查询用时:0.135秒
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living biomass
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  活生物量
     The total biomass and needle biomass of 12-aged stand are 109.7630 t/ hm2and 4.5307 t/ hm2, those of 23-aged stand are 137.6486 t/ hm2and 3.4861 t/hm2. 2. The allocation order of living biomass to community layers is: tree layer >shrub layer >herb layer.
     12年生林分总生物量109.7630 t/hm~2,叶生物量4.5307 t/hm~2,23年生林分总生物量137.6486 t/hm~2,叶生物量3.4861t/hm~2.②活生物量的层次分配顺序为:乔木层>灌木层>草本层.
短句来源
     The living biomass of thecommunity is 260.811 t / hm ̄2,of which 88. 81% is overstorey, 10.96% substorey, 0.2 1 % shrubs layer,and 0.02% herb layer. The living biomass percentages ofdominant C,orthacantha, other Oak, other evergreen broad-leaved species, deciduousspecies,shrubs, and herbs are 65. 43%, 18.10%,9.32%,6.75%,0.21% and 0.02%respectively.
     群落的活生物量为260.811/hm ̄2,其中优势种元江栲占65.43%,其它栎类占18.10%,其它常绿树占9.32%,落叶树占6.75%,灌木种占0.21%,草本植物占0.02%。
短句来源
     In the three shrub communities,the aboveground were accounted for 32.7%,30.6% and 34.7% of the living biomass,and 67.3%,69.4% and 65.3% were contributed by the roots.
     在活生物量的构成中 ,3种群落的地上部分生物量分别占 32 7%、30 6 %、34 7% ; 地下部分生物量分别占 6 7 3%、6 9 5 %、6 5 3% ;
短句来源
     3. The allocation order of living biomass to organs is: stem >branch > root system > root neck, needle >cone.
     ③活生物量在各器官之间的分配顺序为:树干>枝>根系>叶、根劲>果实.
短句来源
     4. 90%~ 94% of stand living biomass allocates assembly to Pinus kesiya var langbianensis.
     ④90%~94%的活生物量集中分配在思茅松中.
短句来源
  “living biomass”译为未确定词的双语例句
     Cadmium removal from medium by F2 under liquid culture was not so stable with low cadmium concentration below 4.61mg/L, but removal ratio reached 96% with initial cadmium concentration of 163.8mg/L and cadmium content of biomass reached 28%, which showed high capacity of cadmium accumulation by F2. Growth phase of biomass was important for cadmium removal by living biomass of F2, and components of medium seemed interfered in the removal ability.
     F2对液体培养基中低浓度镉(4.61mg/L以下)的去除效果不太稳定,但初始镉浓度为163.8mg/L时,其去除率为96%,菌体最大镉含量可达28%,显示了较大的富集容量。 菌龄对活体富集镉能力有较大影响,培养基成分对富集有干扰作用。
短句来源
     We tested hypothesis that plants have the ability of plastic adjustments of the nutrient concentrations through stoichiometric regulations in living biomass to be adapted for the changes of environments, and that the shifts of N ∶P ratios should be determined not only by the changes of N to P relative availability, but also by other nutrient stoichiometric regulations, especially Ca, using 3 species of C_ 4 grasses and 11 species of C_ 3 plants.
     为了验证上述假设,本研究利用3种C4植物和11种C3植物,研究了植物N/P化学计量比值的波动随N与Ca和P与Ca化学计量的变化模式:对C4植物来说,N/P比值的波动主要受生物量P与Ca化学计量变化的影响;
短句来源
     The results showed that the total root biomass was 1 637 g·m~(-2),in which,living biomass accounted for 85%,and necrotic biomass was 15%.
     结果表明,水曲柳人工林根系总生物量为1 637.6 g. m-2,其中活根生物量占85%,死根占15%.
短句来源
     In the living biomass,coarse roots(5~30 mm in diameter) had the highest percentage(69.95%),followed by fine roots(<1 mm in diameter)(13.53%),medium roots(2~5 mm in diameter)(7.21%),and small roots(1~2 mm in diameter)(9.31%).
     在活根生物量当中,粗根(直径5~30mm)占的比例最高(69.95%),其次为活细根(直径<1 mm,13.53%),小根(1~2 mm)和中等直径的根(2~5 mm)比例较小(分别为7.21%和9.31%).
短句来源
     The total RLD in living biomass was 6 602.54 m·m~(-2) in stand level,among which,fine root accounted for 92.43%,and the others was less than 8%.
     g-1.单位面积上活根的总长度为6 602.54 m. m-2,其中直径<1 mm的细根占92.43%,其它直径等级则不到活根总长度的8%.
短句来源
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  相似匹配句对
     Living E.
     应用电镜细胞化学技术观察 E.
短句来源
     Living in Fear
     生活在恐惧中
短句来源
     Biomass Industry
     怎样种出个"绿色大庆"——谈发展生物质产业
短句来源
     The biomass was lower.
     生物量低。
短句来源
     Biomass energy source velates closely to the living and development of human beings.
     生物质能源与人类的生存,发展密切相关。
短句来源
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  living biomass
The share of the living biomass in the belowground plant organs varied from 71 to 79%.
      
The living biomass of this strain could be used as a step in the bioremediation process in waters contaminated with concentrations of nickel lower than 10-6?M and eventually as a biofertilizer.
      
The removal of bromophenol blue dye (BPB), from aqueous solutions, by biosorption on a non-living biomass of Rhizopus stolonifer was investigated in a batch system.
      
The total living biomass in trees (including roots) was estimated to contain 33.7 Gt C.
      
The goals of this study were to quantify the distribution of the living biomass in the research watershed and to document topographic gradients in the vegetation.
      
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This paper studies the biomass of Pinus kesiya var. langbianensis stands which, with an elevation 890~ 920 m, locate in Xiaoheijiang district, Puer County, Yunnan. The results are as follows. 1. The total biomass of stands increases while that of needles decreases as the stand age advances. The total biomass and needle biomass of 12-aged stand are 109.7630 t/ hm2and 4.5307 t/ hm2, those of 23-aged stand are 137.6486 t/ hm2and 3.4861 t/hm2. 2. The allocation order of living biomass to community layers is:...

This paper studies the biomass of Pinus kesiya var. langbianensis stands which, with an elevation 890~ 920 m, locate in Xiaoheijiang district, Puer County, Yunnan. The results are as follows. 1. The total biomass of stands increases while that of needles decreases as the stand age advances. The total biomass and needle biomass of 12-aged stand are 109.7630 t/ hm2and 4.5307 t/ hm2, those of 23-aged stand are 137.6486 t/ hm2and 3.4861 t/hm2. 2. The allocation order of living biomass to community layers is: tree layer >shrub layer >herb layer. 3. The allocation order of living biomass to organs is: stem >branch > root system > root neck, needle >cone. 4. 90%~ 94% of stand living biomass allocates assembly to Pinus kesiya var langbianensis.

本文研究了普洱县小黑江地区海拔890~920m的思茅松林分的生物量.结果如下:①随着林龄增加,林分总生物量增加但叶生物量减少.12年生林分总生物量109.7630 t/hm~2,叶生物量4.5307 t/hm~2,23年生林分总生物量137.6486 t/hm~2,叶生物量3.4861t/hm~2.②活生物量的层次分配顺序为:乔木层>灌木层>草本层.③活生物量在各器官之间的分配顺序为:树干>枝>根系>叶、根劲>果实.④90%~94%的活生物量集中分配在思茅松中.

This paper studies the biomass and net primary productivity ( NPP) of Pinus kesiya var langbianensis stands which, with an elevation 1420~ 1710 m, locate in Xi-Gui forest farm, Chang-Nin County, Yunnan. The results afe as follows. 1. The total biomass of stands increase and the NPP decreases as the stand age advances. The biomass and NPP of 13-aged stand are 102.2936 t / hm2and 24.5636 t / hm2· a, those of 35-aged stand are 218.5430 t/ hm2and 18.3600 t/ hm2· a. 2. The allocation order of living biomass...

This paper studies the biomass and net primary productivity ( NPP) of Pinus kesiya var langbianensis stands which, with an elevation 1420~ 1710 m, locate in Xi-Gui forest farm, Chang-Nin County, Yunnan. The results afe as follows. 1. The total biomass of stands increase and the NPP decreases as the stand age advances. The biomass and NPP of 13-aged stand are 102.2936 t / hm2and 24.5636 t / hm2· a, those of 35-aged stand are 218.5430 t/ hm2and 18.3600 t/ hm2· a. 2. The allocation order of living biomass and NPP of stands to community layers is: tree layers > shrub layer > herb layer. 3. The allocation order of stand NPP to organs is: stem >needle >branch, root system > root neck. That of stand biomass to organs in 13-aged stand is: stem >branch > needle > root system > root neck; That of stand biomass to organs in 35-aged stand is: stem > root system > root neck > branch > needle. It is found that the biomass and net primary productivity of Pinus kesiya var langbianensis stands in the northwestern region are smaller than those in the central region.

本文研究了昌宁县西桂林场海拔1420~1710 m思茅松林的生物量和净第一性生产力.结果如下:①随着林龄增加,生物量增加而净第一性生产力减少.13年生林分的生物量为102.2936 t/ hm~2、净第一性生产力为24.5636t/hm~2·a, 35年生林分的生物量为218.5430t/hm~2、净第一性生产力为18.3600t/hm~2·a. ②活生物量及净第一性生产力的层次分配顺序为:乔木层>灌木层>草本层.③净第一性生产力在器官间的分配顺序为:树干>叶>根、根系>根颈.13年生和35年生林分生物量在器官间的分配顺序分别为:树干>枝>叶>根系>根颈;树干>根系>根颈>枝>叶.比较发现,思茅松林分布区西北部林分的生物量和净第一性生产力比中部林分的低.

The Castanopsis orthacantha community is important type of communi-ties of the semihumid evergreen broad-leaved forest of the central part of Yunnan prov-ince. In this paper,the biomass of C. orthacantha community at an elavation 2300m(25°24′N. and 102 45′E. )is studied.The estimated total biomass of C. orthacantha communitv is 269.729t/hm ̄2, of which 54.69% is stems,16.68 %branches,2.92% leaves,22.40% roots, and 3.31 % litters.The living biomass of thecommunity is 260.811 t / hm ̄2,of which 88. 81% is...

The Castanopsis orthacantha community is important type of communi-ties of the semihumid evergreen broad-leaved forest of the central part of Yunnan prov-ince. In this paper,the biomass of C. orthacantha community at an elavation 2300m(25°24′N. and 102 45′E. )is studied.The estimated total biomass of C. orthacantha communitv is 269.729t/hm ̄2, of which 54.69% is stems,16.68 %branches,2.92% leaves,22.40% roots, and 3.31 % litters.The living biomass of thecommunity is 260.811 t / hm ̄2,of which 88. 81% is overstorey, 10.96% substorey, 0.2 1 % shrubs layer,and 0.02% herb layer.The living biomass percentages ofdominant C,orthacantha, other Oak, other evergreen broad-leaved species, deciduousspecies,shrubs, and herbs are 65. 43%, 18.10%,9.32%,6.75%,0.21% and 0.02%respectively.

本文研究了滇中半湿润常绿阔叶林元江栲群落的生物量。群落的总生物量为269.729t/hm ̄2,其中树干占54.69%,枝占16.68%,叶占2.92%,根占22.40%,凋落物占3.31%。群落的活生物量为260.811/hm ̄2,其中优势种元江栲占65.43%,其它栎类占18.10%,其它常绿树占9.32%,落叶树占6.75%,灌木种占0.21%,草本植物占0.02%。

 
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