生物的

基本解释 (translations)

biotic  ·  biotical  ·  organismal  ·  organismic  ·  biologic  ·  creaturely  ·  biologicals

与生物的相关的网络例句 [注：此内容来源于网络，仅供参考]

The main purpose of this course is to introduce Biological industry's related machinery including the theory, structure, and applications. The content as follows: introduction, operation and cost analysis, energy related machine, cell, organ, machine, seeding, transplant, harvest, livestock and fish, nutrition, pesticide, related machine

本课程是以生物本身或其个别要素为对象，分别介绍其生产相关之机械，主要著重於机械原理，构造，应用与生物的关系，生物产业机械其内容包括生物产业机械概论，生物产业机械作业与成本分析，能源相关机械，细胞，组织相关机械，播种，移植，收获，调制机具，畜产，水产，营养，药剂相关机械。

Biological industry's 2R C. H. HungThe main purpose of this course is to introduce Biological industry's related machinery including the theory, structure, and applications. The content as follows: introduction, operation and cost analysis, energy related machine, cell, organ, machine, seeding, transplant, harvest, livestock and fish,nutrition, pesticide, related machine

本课程是以生物本身或其个别要素为对象，分别介绍其生产相关之机械，主要著重於机械原理、构造、应用与生物的关系，生物产业机械其内容包括生物产业机械概论、生物产业机械作业与成本分析、能源相关机械、细胞、组织相关机械、播种、移植、收获、调制机具、畜产、水产、营养、药剂相关机械。

The journal covers research on viruses, prokaryotes and eukaryotes - both planktonic and benthic, autotrophic and heterotrophic - in marine, limnetic and brackish habitats.

该期刊涵盖了对病毒、原核生物和真核生物的研究，包括浮游生物和底栖生物，自养生物和异养生物，海洋生物、湖沼生物及半咸水生物。

Distribution of biogenic silica content in surface sediments from deep water areas showed that it could not only reflect the paleoproductivity of siliceous micropaleontology in surface waters, but also indicate the strong or feeble upwelling. Thus, it was further confirmed that using biogenic silica content in sediments to trace upwelling and its change was effective and reliable. The analyzed result showed that radiolaria and poriferous specula have more contribution for biogenic opal, comparing with diatom in surface sediments from the northern studied area, probably owing to the diatom dissolved easily away and eaten by other organisms with little effort.

深水区表层沉积物中生物硅的含量分布表明，其不仅能反映出表层水体中硅质生物的古生产力水平，而且还能指示上升流的强弱，从而进一步证实了利用沉积物中生物硅含量来追踪上升流发育和变化的有效性与可信度研究结果还显示，在研究区域中北部表层沉积生物硅中放射虫和海绵骨针较硅藻占有更大的比重，这可能是由于硅藻易被溶解并易被其他生物体摄食的缘故。

The acute toxicity of three kinds of typical chemicals to alga、cladoceza and swordtail fishwere studied, and safety assessment was also made.

采用水体中3个营养级别的水生生物测试卤代酚类、硝基苯类、烷基苯类典型有毒有害化学品对水生生物的急性毒性，同时对上述物质对水生生物的安全性进行初步评估，并预测了上述物质对水生生物的环境安全浓度。

According to the international methods of pest risk analysis and characteristics of urban forestry in Beijing,a quantitative risk assessment system in Beijing for the main non-indigenous pests was proposed.This system was used to analyze three non-indigenous species, Dendroctonus valens,Hyphantria cunea and Apriona swainsoni. The results show that the risk of these three species in the Beijing area is 2.46, 2.30 and 2.02, all highly risky.

该文参照国际上有害生物风险分析方法，结合北京地区城市林业特点，提出北京地区重大外来有害生物风险量化评估体系，并应用该评价体系，进行了红脂大小蠹、美国白蛾、锈色粒肩天牛对北京地区的风险评价。3种有害生物的量化评估值分别为红脂大小蠹2.46、美国白蛾2.30和锈色粒肩天牛2.02，因此对北京地区而言，3种昆虫皆为具高度风险的森林有害生物。

Each unitis of different biotic characters and displays different features of seawater composition during the time. 2 The black unit including a biotic extinction was caused by oceanic anoxic event. Crisis that deepwater keeled foraminifera encountered represents a ferocious anoxia in deep marine environment . Biotic recovery in gray unit reflects gradually improved marine circumstance. What the biotic extinction at the C/T boundary in black unit reflects an environmental mutation, whereas the gradual biotic change characterize the recovery of marine dissolved oxygen environment in a stepwise process. The red unit is the result of oxic deposition and characterized by extremely abundance of foraminiferal faunas, which reflects a high-oxidized marine circumstance. 3 As the most ordinary biotic index in paleoceanography researches, foraminifera represent anexcellent environmental indicator in this paper.

三套岩层表现出不同的生物特征，并指示出当时海水的不同性质。2黑层段是大洋缺氧造成的结果，生物大量灭绝，深层水具旋脊有孔虫的所遭受的危机反映出当时海洋深层水体严重缺氧的特征；灰层段中生物的恢复反映出海洋环境自缺氧事件之后的逐步改善过程，与黑层段反映的C/T 界线处生物绝灭反映的环境突变不同，灰层段生物特征的渐变指示出当时海洋溶解氧环境的恢复也是一个逐步的过程；红层段属于富氧沉积的产物，特征是有孔虫生物的极度繁盛，反映的是一种高氧化性的海洋环境。3有孔虫作为古海洋研究中最常用的生物指标，在本文研究中显示了良好的环境指示性。

In the early life evolution, the evolution of ecosystem mainly exhibited the development what was from passive accepters to active competitors in life demands for environment factors, from dependence on to reform in the environment, from two-dimension to three-dimension in the spatial distribution, and from outside to inside of organism in the style of energy transformation.

在生命演化的早期，生态系统的演化主要表现为生物从被动地接受环境因子到对环境因子需求的竞争，从依赖环境到参与对环境的改造，生物的环境空间分布从二维到三维，生物的能量传递方式从生物体外到体内。

My view is that there is no such dichotomy in biology between macroorganisms and microorganisms or prokaryotes and eukaryotes.

我不认为生物学应存在宏生物与微生物或者原核生物与真核生物的鸿沟性分离。

The results showed that removal effect of periphyton on nitrogen was significant.Cumulative removal ratio of nitrogen was up to 60%,the nitrogen concentration decreased from 5 to 2 mg /L or so within two weeks.Cumulative removal ratio of nitrogen was closely related with nitrogen concentration,working time and biomass of periphyton.

结果表明，附着生物对水体中的氮有显著的去除效果，半个月内，附着生物对水体中总氮的累积去除率可达60%，在有附着生物的水体中总氮浓度从5 mg/L左右下降到2 mg/L左右；附着生物对水柱中氮的累积去除率和水柱中氮的浓度、附着生物的生物量以及附着生物作用时间密切相关。

与生物的相关的网络解释 [注：此内容来源于网络，仅供参考]

biogenetic：生物出自生物的

生源说 biogenesis | 生物出自生物的 biogenetic | 生物出自生特法则 biogenetic law

biological：生物的

"生物多样性"(biodiversity)一词是E.O.wilson在1988年首次将"生物的"(biological)和"多样性"(diversity)两词合并而形成的(wilson,1988). 生物多样性的定义有多种,但目前普遍采用的定义包括3个生态学组织层次:基因、物种和生态系统.

biotic：生物的

另一方面阿尔勒(C.Allee,1949)等把土壤中的有机物也看成是生物的(biotic)东西;此外,不少人把非生物的环境和无机环境当作同意词使用,为了避免这种混乱,限定生物环境是指活着的(living)生物,非生物环境是指所有无生命的(non-living)东西.

biotical：关于生命的, 生物的

biotic | 关于生命的, 生物的 | biotical | 关于生命的, 生物的 | biotin carboxyl carrier protein | 生物素羧基载体蛋白

biotical：关于生命的; 生物的 (形)

biotic 关于生命的; 生物的 (形) | biotical 关于生命的; 生物的 (形) | biotin 维生素H; 生物素 (名)

abiotic substances：无生命物质<生物的非生物环境物质,如水、日光、氧气、二氧化碳、矿质养分等>

abiotic model 非生物模型 | abiotic substances 无生命物质<生物的非生物环境物质,如水、日光、氧气、二氧化碳、矿质养分等> | abiotic surround 无生命环境

biolytic：生物分解的, 破坏生物的

biolysis | 生物分解(作用), 死亡 | biolytic | 生物分解的, 破坏生物的 | biolytics | 溶生素, 生物溶解素

zoic：有生物的,含有生物化石的

虫室 zoecium | 有生物的,含有生物化石的 zoic | 生物时代,有化石时代 zoic age

biogenic gas：源于生物的气体

biogenic chlorine 源于生物的氯; 生物产生的氯 | biogenic gas 源于生物的气体 | biogeochemical cycle 生物地球化学循环

biogenic chlorine：源于生物的氯; 生物产生的氯

biofilter 生物过滤器; 生物滤池 | biogenic chlorine 源于生物的氯; 生物产生的氯 | biogenic gas 源于生物的气体