有机体的

基本解释 (translations)

organismal

与有机体的相关的网络例句 [注：此内容来源于网络，仅供参考]

The habituation of an organism's response to changes in laboratory environmental conditions is termed acclimation.

春化法是通过低温诱导开花。有机体在实验室里暴露到较高的温度能够改变有机体的温度反应。

1Niche construction can lead to stable coexistence of diverse genotypes in spatially structured population, which supports a stable polymorphism even without heterozygote superiority.(2)With habitat deterioration, niche construction accelerates the formation of steady polymorphism and hence impedes the harmful influences of environment on the population, which might embody a life-history strategy of organism under the unfavorable environment.(3)Niche construction results in the coexistence with alternative polymorphism through genotype-environment feedback and limited gene flow.(4)The niche-constructing organism is an active force to alter its environment and hence the direction of natural selection in order to better survival.(5)Spatial dynamics and distribution pattern of metapopulation are profoundly influenced by time-lagged niche construction.(6)Metapopulation size can reach a fixed level in the recency effect and equal weighting of time lag but is statistical stability in primacy effect, which implies the primacy effect is most remarkable.(7)The increment in the relative weightingof each generation\' niche construction and the length of time lag are significant factors for system destabilization.(8)Moderate capacity of positive niche construction benefits the metapopulation persistence.(9)The narrowing of niche breadth can decrease the metapopulation size and thereby increase the extinction risk.(10)The coupled function of time lag and niche construction make the system oscillation and generate the spiral wave, spiral-broken and circular wave in heterogeneous habitat.The spatial distributions of metapopulation and resource content are complementary due to a phase lag of their both frequencies.(12)Metapopulation persistence with niche construction depends not only on the balance between colonization and extinction, but also on the balance between the ability of niche construction and natural dissipation of habitat.(13)Metapopula-tion can survive under certain condition when the percent of suitable patches in habitat is lower than the ration of extinction to colonization.(14)Two thresholds exist in the process of transition of habitat quality dynamics from unsuitable to suitable, which include the intensity of niche construction and the initial condition of system.(15)Metapopulation size is positive correlated with the ability of positive niche construction, which means that organism or population who has strongly positive influences on their environment plays an important role to maintain the available habitat.

通过上述几个方面的研究，主要得出以下15条结论：(1)生态位构建可使空间结构种群，甚至是在没有杂合子优势的条件下，形成多种可能的稳定基因型分布模式；(2)随着环境的破坏与恶化，种群的生态位构建作用加速其较早形成稳定多态以阻碍环境对种群的不利影响，解释了有机体在不利环境下的一种生活史对策；(3)生态位构建作用通过基因型—环境反馈机制及有限的基因交流导致基因型多态的稳定共存；(4)有机体的生态位构建作用是一种积极的动力改变环境进而改变其自然选择的方向；(5)生态位构建的时滞作用对集合种群动态和空间分布产生深刻影响；(6)集合种群大小在时滞的崭新效应和等权重效应下达到一固定值，而在首位效应下达到统计稳定，表明首位效应的影响最显著；(7)首位效应下生态位构建相对权重的增量和时滞的长度是影响系统不稳定性动态的关键因素；(8)适中的生态位构建强度有利于集合种群的续存；(9)生态位宽度变窄会减少集合种群的数量从而增加其灭绝风险；(10)时滞和生态位构建的双重作用使系统产生周期振荡，并在异质性环境中产生稳定的螺旋波，破碎的螺旋波和环形波三种分布模式；(11)集合种群与资源含量的空间分布因为相滞而互补；(12)具有生态位构建的集合种群续存不仅取决于侵占率与灭绝率之间的平衡，而且依赖于生态位构建能力同其生境的自然消耗速率之间的妥协；(13)当生境中适合侵占的斑块比例小于其侵占率与灭绝率之比时，生态位构建作用促使集合种群在一定条件下续存：(14)生境斑块的状态从不适合到适合转变过程中存在生态位构建强度和系统初始条件这两个阈值；(15)集合种群的大小同正生态位构建能力正相关，意味着对环境具有较强正作用的有机体对维持有效生境起积极作用。

However, in fact, it is a complete objective system guided by multi-level uniform energy, which also contains the optimization process in which all organisms trend to moral and rational human through human culture and civilization. None of the matters, human and their self-movements in phenomenon can independently constitute such organic unity; therefore, there must be more extensive high-level energy movements and laws to complete the constitution of the integral organism.

整体有机体进行着完全的自我运动自我组织，而其中的任何一个局部都不能进行这样单独的自我运动，它们一定是和其它有机体发生着密切联系，且一定是在高层次有机体的决定之下。

The most perfect models prebiological organisms are fi brous kerite crystals,crystallized in pegmatite voids according to the VLS mecha nism,their shape,structure and composition are very close to those of living org anisms.

前生物有机体的理想模型是纤维状黄绿蛭石，它是按照VLS机制在伟晶岩的孔洞中结晶出来的，其形态、结构和成分与生物有机体十分相似。

So, to find out how long ago an organism died, you might be better off using an old and far more reliable dating method -- a seance in which you conjure up an organism's spirit and simply request the precise date of demise.

因此，要找出早就有机体死亡，你或许会更好过用旧，而且更为可靠的测年方法--求索中，你堆砌出来的一个有机体的精神和根本要求的确切日期消亡。

Each condition or resource which defines the niche of an organism contributes one dimension to the space in which the organism's niche, and is the multidimensional niche space, or'n-dimensional hypervolume'.

定义有机体生态位的每一个条件和资源，对于有机体能出现的空间提供一个维度。一起考虑所有维度，全面确定的有机体的生态位，是多维生态位空间，或&n-维超体积&。

Because genes have their own dynamics independent of the organism, they dictate what can be birthed from them.

由于基因具有独立于有机体的动力机制，所以对能由它们而诞生出什么，基因说一不二。

Biology is the study of living organisms.

生物学是对生命有机体的研究。

2Nd, psychology and behavior: The behavior is organism's reaction system.

心理与行为：行为是有机体的反应系统。

They cannot be reliably deleted only from the cancer, however; they must therefore be pre-emptively deleted from all cells in the organism.

然而，它们不能可靠地只从癌症被删除；因此，它们必须全部从有机体的所有细胞被删除。

与有机体的相关的网络解释 [注：此内容来源于网络，仅供参考]

ontogeny：个体发生史

在生物学中,"个体发生史"(ontogeny)讲述的是一组给定的和不变的基因所设定的特定有机体的发展. 虽然环境也能影响到有机体的发展,但其成长却是依靠基因指令的驱动. 可见,基因代表着一个给定的(依赖于环境的)发展可能性的集合. 相反,

organism：生物;有机体

关于英文中有机(organic)一辞,其实有许多不同的定义,主要包含生物学和化学上的定义,但基本上都与"生命"和"自然"的概念有关,与其相关的名辞,从微生物有机体(organism)、器官(organ)到组织(organization),都代表具有活力、生命的个体或群体.

Organismal Biology：有机体生物学

Feder等(1987)在>中建议用更大更综合的有机体生物学(organismal biology)的新学科来研究和解释复杂多样的有机体对于环境的适应性,阐述有机体如何从整体立场上协调与环境的关系.

organizable：变为有机体的

organist 风琴弹奏者 | organizable 变为有机体的 | organization 组织

organizable：可变为有机体的

organist 风琴弹奏者 | organizable 可变为有机体的 | organizable 可组织化的

organizable：可组织化的

organizable 可变为有机体的 | organizable 可组织化的 | organizationagencyinstitutionhickeyhickymachanism 机构

organizable：可变为有机体的/可组织化的

organist /风琴弹奏者/ | organizable /可变为有机体的/可组织化的/ | organizational /组织的/

single-celled organisms：单细胞的有机体

19.precess 过程 | 20.single-celled organisms 单细胞的有机体 | 21.buy [口语]相信,承认,认可

Stree：应力

后者发生于行为场中,而不是发生于地理场中,此外,它是一种直接效应,通过这种直接效应,物体作为一个整体服从于场内的一种应力(stree). 有机体的行为在这两个方面是不同的. 在行为场内,物体-自我关系的变化是由地理场内物体-有机体关系的变化造成的,

an organic disease：器官疾病

→ organic 器官的,有机体的 | an organic disease 器官疾病 | → organism 有机体,有机组织