绿叶类蔬菜对你很有益。
叶绿素的这些惊人的健康益处是绿叶蔬菜对我们的健康有那么多好处的主要原因。
These amazing health benefits of chlorophyll are the main reason why leafy greens are so good for our health.
一片绿叶,饱含着它对根的情谊;一句贺词,浓缩了我对你的祝愿。又是一个美好的开始——新年岁首,愿成功和快乐永远伴随着你。
A green leaf embodies its love for root, a congratulation word concentrates my wishes for you. lt is another good start-may success and happiness accompany you forever.
对蔬菜绿叶通过组织匀浆,差速离心分离,密度梯度离心分离、纯化、提取叶绿体。
The green leaves of vegetables through tissue homogenate, differential centrifugation separation, density gradient centrifugation purify sample of chloroplast.
对不同品种绿叶面积和茎鞘干物质的动态变化及其与子粒结实的关系进行了分析。
The relationship between spikelet fertility and the green leaves area, the dry matter dynamic of leaf sheath and culm of different cultivars was analyzed.
遗传分析表明,突变株系的黄绿叶性状受一对隐性核基因控制。
Genetic analysis showed that the yellow green leaf character was controlled by one pair of recessive nuclear genes.
阳光透过绿叶筛了下来,他看不见它的美;蔚蓝的天穹再也不像往日那样对他悄语,颤栗着展示出秘密,启示他宇宙的辽阔了。
He saw no beauty in the sunshine sifting down through the green leaves, nor did the azure vault of the sky whisper as of old and hint of cosmic vastness and secrets trembling to disclosure.
记得有首歌曲叫《绿叶对根的情意》,唱出了绿叶对根的报答。
I remember a song named "Green leaf to Root Cordiality", sang by Maoa'ming , a named Chinese female singer.
我要用绿叶对根的情怀,以优异的成绩回报您。
My success belongs to you like leaves' green belongs to their roots.
假眼小绿叶蝉的天敌较多,而寄生其卵的缨小蜂对其具有重要的控制作用。
The natural enemies of SGL, especially its egg parasitoids, mymaridae, were plentiful and have an important potentiality for sustainable controlling the leafhopper.
利用网罩法测定了假眼小绿叶蝉不同虫口密度对茶鲜叶产量及受害指数的影响。在此基础上,建立了不同虫口密度与茶鲜叶经济损失率线性回归方程。
Effect of different densities of Empoasca vitis on the yield loss rate and the damage indexes of fresh tea leaves was evaluated with the net method.
结果表明:积水对夏玉米密度、绿叶数、果穗长、果穗粗和实产的影响较明显,而对发育期出现早晚和百粒重的影响不明显。
The results showed that flood had obvious impacts on the maize density, maize greenery, ear lengthen and thick, and the yields, but not on the development process and one hundred grains weight.
并就茶梢挥发物及其单组分进行了对假眼小绿叶蝉天敌蜘蛛优势种之一-白斑猎蛛的生物活性鉴定。
Meanwhile, the bioassay on tea shoots volatiles and their single components to the predatory spider of Empoasca vitis --Evarcha albaria was conducted.
并就茶梢挥发物及其单组分进行了对假眼小绿叶蝉天敌蜘蛛优势种之一-白斑猎蛛的生物活性鉴定。
Meanwhile, the bioassay on tea shoots volatiles and their single components to the predatory spider of Empoasca vitis --Evarcha albaria was conducted.
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