糖用甜菜

本文利用同位素（~（14）CO2）示踪法研究了稀土对糖用甜菜块根、糖分增长期光合产物分配的影响。

The effect of rare-earth elements on the distribution of photosynthate in sugar beet by isotepic ( 14CO2 ) tracing method were studied in this paper .

糖用甜菜是一种完全不同的作物。

The sugar beet is an entirely different kind of plant .

糖用甜菜提供了美国接近一半的糖类。

Sugar beets provide about half of America 's sugar supply .

我国非糖用甜菜种质资源及利用潜力

Germplasm resource and utility potential of non-sugar used beet in our country

玉米和糖用甜菜可能是未来的出路。

Corn and sugar beets could be the future .

从优良糖用甜菜高代品系中选出8个优良新品系，开展用于能源酒精生产的实验研究。

The energy alcohol production experiment was conducted by 8 new excellent sugarbeet lines .

2005年，政府曾经无条件地允许种植这种基因改造的糖用甜菜。

The government agency had unconditionally approved the genetically engineered sugar beets in two thousand five .

农业部预期将在明年五月份完成对这种糖用甜菜的全面环境研究。

The USDA agency expects to finish its full environmental study of the sugar beets by May of next year .

另一个提议是在混合饲料中更多地采用来自其他行业的废料，比如糖用甜菜的废渣。

Another proposal is to funnel more waste from other industries pulp from sugar beet , say into the feed mix .

糖用甜菜染色体数早已研定，但核型研究在国内报导极少。

Although chromosome number in sugar beet has been known for years , its karyotype has been known very little in this country .

采用比较生理学的方法研究了糖用甜菜和饲用甜菜生育期间蔗糖变化规律及其在各器官中的分配动态。

Comparative analyses were carried out on sucrose changing law and its distribution dynamic state between sugarbeet and fodder beet during their growth duration .

此外，木瓜、土豆、稻米、南瓜、糖用甜菜和番茄的转基因品种在某些国家放行。

In addition , GM varieties of papaya , potato , rice , squash , sugar beet and tomato have been released in certain countries .

其中叶片和叶柄中为饲用甜菜高于糖用甜菜，根中则正好相反。

The sucrose content in leaf blade and leaf stalk are higher in fodder beet than in sugar beet , while , In root it 's on the contrary .

农业部预期将在明年五月份完成对这种糖用甜菜的全面环境研究，之后将决定是否允许没有任何限制的种植这种作物。

The USDA agency expects to finish its full environmental study of the sugar beets by May of next year . Then it will decide if it will permit unlimited planting of the crops .

本试验运用一次回归正交设计法，对氮、磷、钾、锌4种肥料与糖用甜菜块根产量、含糖率及产糖量的关系进行了综合分析。

We have got the results which by the means of Once Regression Orthogonal Design approaching on the relationship between N , P , K , Zn fertilizer needed and their effect to the root yield , sugar content , sugar yield of sugarbeet .