- 更多网络例句与营养叶相关的网络例句 [注：此内容来源于网络，仅供参考]
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In the whole growing stage from infancy to burliness, protein contents in roots, stalks and leaves gradually decline; protein contents in the leaves of glaucum and acuminate increase slightly at the beginning while descend rapidly after growing period.
从营养前期到结实期的整个生长过程中，植物根、茎、叶中的蛋白质含量总体呈逐渐下降的趋势；灰绿藜和绿珠藜叶中的蛋白质含量开始时略有增长，营养后期后迅速下降。
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Heterophylly Denoting plant species that have more than one form of foliage leaf on the same individual.
异形叶性：用于描述哪些在同一株植物个体上具有多种营养叶的植物种类。
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This paper studied the dynamic pattern of nutrient components of cluster leaf rosinweed at different growth periods.
测定串叶松香草在叶丛期、抽苔期、开花期和成熟期的营养成分含量，同时选择装有永久性瘤胃瘘管的小尾寒羊与杜泊羊杂交一代羊6只，测定各生育期常规营养的瘤胃降解动态。
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The results showed that during the 45 days experimental time the fresh weigh of Myriophyllum spicatum L, Hydrilla verticillata L and Cerato-phyllum demersum L were 0.92 g, 0.27 g, 1.11 g and 0.56 g, 0.41 g, 0.87 g in medium nutritional condition TN 1.86 mgL^(-1; TP0.087 mgL^(-1) and eutrophic condition TN 2.47 mgL^(-1; TP0.16 mgL^(-1), respectively. The largest single plant biomass of Myrio-phyllum spicatum L and Ceratophyllum demersum L in in middle nutritional condition were over 39% and 22% higher than those in eutrophicated condition, but that of Hydrilla verticillata L was less than 51%, which shown that Myriophyllum spicatum L and Ceratophyllum demersum L grow better than Hydrilla verticillata L in middle nutritional condition.
研究结果表明，在45 d的培养过程中，狐尾藻、轮叶黑藻和金鱼藻在中营养TN1.86 mgL^(-1； TP0.087 mgL^(-1)和富营养TN2.47 mgL^(-1； TP0.16 mgL^(-1)水平下的单株最大生物量分别是0.92、0.27、1.11、0.56、0.41和0.87 g，狐尾藻和金鱼藻在中营养水平下单株最大生物量分别较富营养水平下高出39%和22%，而黑藻在中营养水平下单株最大生物量较富营养水平下低了51%，表明狐尾藻和金鱼藻在中营养水平下的生长较黑藻好。
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The underground stem contains three types of bamboo rhizome,sympo-dial rhizome,monopodial rhizome and amphipodial rhizome.
本文记载了33种竹类，在这33种竹种中，地下茎有合轴型、复轴型和单轴型三种；地上竿有竿生叶和营养叶。
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Stems herbaceous. Foliage leaves solitary or paired on each growth module, usually long petiolate, often cordate or sagittate, margin entire.
茎草质。营养叶单生或成对在每生长单元，具叶柄的通常长，通常上心形的或箭头形，边缘全缘。
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Reproductive branches 10-30 cm long, with several to many spathes; spathaceous stipe flat, 1-2.5 cm long; spathaceous sheath 1-2 cm long, apical leaf blade 3-7 cm long, as wide as vegetative leaves or slightly narrower.
生殖枝长10-30厘米，具佛焰苞数枚至多枚，佛焰苞梗扁平，长1-2.5厘米；佛焰苞鞘长1-2厘米，顶端叶片长3-7厘米，与营养叶等宽或稍狭。
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Herbs perennial; annual growth modules consisting of 2-4 cataphylls, 1 or 2 foliage leaves, and a terminal flower.
多年生草本一年生草本由2-4芽苞叶，1或2营养叶和一顶生的花组成。
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Furthermore,EAN and single NO3- nutrition significantlyincreased relative growth rate from five-leaf stage to seven-leaf stage compared withNH4+ alone.
此外，增铵营养和单一NO3-营养下五叶至七叶相对生长速率显著高于单一NH4+营养。
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Vegetative agriculture is a kind of productive system, which concentrates mainly on the production of vegetative organs such as stems and leaves of plants including herbages, green fodder, vegetations, flowers, teas, tobaccos, as well as rhizome and fibre crops. The principal difference between the traditional agriculture and vegetative agriculture is that the former focuses on the productivity of the seed in the whole growing period and the latter focuses on the productivity of available nutrients at the different growing stages of plants.
中文题名高寒地区营养体农业的原理与效率研究副题名外文题名 The efficiency and the principle of vegetative agriculture in alpine region of Qinghai-Tibetan plateau of China 论文作者贠旭疆导师胡自治教授任继周院士学科专业草业科学研究领域\研究方向学位级别博士学位授予单位甘肃农业大学学位授予日期2002 论文页码总数153页关键词高寒地区营养体农业籽实农业营养体作物馆藏号BSLW /2003 /S181 /1 营养体农业是指以收获作物茎、叶等营养器官为主要目的的农业生产系统，如牧草、青饲料、蔬菜、花卉、茶叶、烟草、根茎类及纤维作物等农业生产系统。
- 更多网络解释与营养叶相关的网络解释 [注：此内容来源于网络，仅供参考]
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Nutrient agar：营养琼脂,肉叶琼脂
nutrient accumulation 营养物积累 | nutrient agar 营养琼脂,肉叶琼脂 | nutrient arteries of humerus 肱骨滋养动脉
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somatic cell：营养细胞
可溶性木焦油 Soluble tar | 营养细胞 Somatic cell | 倒卵叶木兰 Somewhat-white magnolia (Magnolia obovata, Thumb.)
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trophoplasm：滋养质
trophophyll 营养叶 | trophoplasm 滋养质 | trophopore 营养孔
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Fernleaf：蕨叶
第四种是变态或变形株的花器变态成叶片状,如花变叶(phyllody)、叶变花、扁枝和蕨叶(fernleaf)等. 寄生性是寄生物从寄主体内夺取养分和水分等生活物质以维持生存和繁殖的特性. 一种生物生活在其他活的生物上,以获得它赖以生存的主要营养物质,
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foliaceous lichens;foliose lichens：叶状地衣
叶状的;叶质的 foliaceous | 叶状地衣 foliaceous lichens;foliose lichens | 正常叶;营养叶 foliage leaf
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phyllody：变叶
第四种是变态或变形株的花器变态成叶片状,如花变叶(phyllody)、叶变花、扁枝和蕨叶(fernleaf)等. 寄生性是寄生物从寄主体内夺取养分和水分等生活物质以维持生存和繁殖的特性. 一种生物生活在其他活的生物上,以获得它赖以生存的主要营养物质,
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trophonucleus：营养核
trophoderm 滋养层 | trophonucleus 营养核 | trophophyll 营养叶
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trophonucleus;vegetative nucleus：营养大核
营养胚层 trophoderm;trophoblast | 营养大核 trophonucleus;vegetative nucleus | 营养叶;裸叶 trophophyll
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foliage leaf：营养叶
孢子叶(sporophyll)是指能产生孢子囊和孢子的叶,又叫能育叶(fertile frond);营养叶(foliage leaf)仅能进行光合作用,不能产生孢子囊和孢子,又叫不育叶(sterile froud).
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foliage leaf：正常叶;营养叶
叶状地衣 foliaceous lichens;foliose lichens | 正常叶;营养叶 foliage leaf | 观叶植物 foliage plants