• trophic

    英:['trəʊfɪk; 'trɒfɪk]  
    美: ['trofɪk] 

    trophic 基本解释

    • adj. 营养的;有关营养的

    trophic 中文词源

    trophic 营养的,与营养有关的

    来自希腊语 trophe,食物,营养,词源同 atrophy,hypertrophy.

    trophic 英文词源

    trophic (adj.)
    "of or pertaining to nutrition, food, or nourishment," 1856, from Greek trophikos, from trophe "nourishment, food" (see -trophy).

    trophic 英文释义

    1. of or relating to nutrition;
    "a trophic level on the food chain"

    trophic 双语例句

    1. Neurons are the basic structural, functional, trophic and genetic units of the nervous system.
    神经元是神经系统结构 、 机能 、 营养及遗传的基本单位.

    来自辞典例句

    2. Caloric value of various layers trophic organs shows: leaf > branch > stem > root.
    摘要:青冈种群各层次器官热值均表现为: 叶>枝>干>根.

    来自互联网

    3. Also the plasmutocyte is divided into trophic nucleus hematocyte and micronuclei hematocyte.
    其中浆血胞可分为大核浆血胞和小核浆血胞两种.

    来自互联网

    4. These microscopic organisms are assigned a trophic level ( TL ) of 1.
    这些微生物的营养级为1.

    来自互联网

    5. Producer The first TROPHIC LEVEL , in a food chain.
    生产者:食物链中第一个营养级.

    来自互联网

    trophic 实用场景例句

    Neurons are the basic structural, functional, trophic and genetic units of the nervous system.
    神经元是神经系统结构 、 机能 、 营养及遗传的基本单位.

    辞典例句

    Caloric value of various layers trophic organs shows: leaf > branch > stem > root.
    摘要:青冈种群各层次器官热值均表现为: 叶>枝>干>根.

    互联网

    Also the plasmutocyte is divided into trophic nucleus hematocyte and micronuclei hematocyte.
    其中浆血胞可分为大核浆血胞和小核浆血胞两种.

    互联网

    These microscopic organisms are assigned a trophic level ( TL ) of 1.
    这些微生物的营养级为1.

    互联网

    Trophic structure is reasonable.
    主要是营养结构的合理性.

    互联网

    Conversely , the trophic functions have also been extensively described for the extracellular ATP.
    但是, 大量报道也指出了细胞外ATP的营养功能.

    互联网

    Caloric values of various trophic organ are different with various diameter - classes of the population.
    各径级样木各器官的热值随径级不同而出现差异.

    互联网

    Reviews on the trophic modes and factors affecting photosynthesis of Spirulina was made.
    摘要本文就螺旋藻的营养方式及光合作用的影响因素作了较为全面的综述.

    互联网

    This results in an increasing concentration of insecticide in organisms at the higher trophic levels.
    这就导致在更高营养级上的有机体中,农药的浓度增加.

    互联网

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