1.
Studies on the role of nitrogen fixing plant fence having accordant heights to reorganize agricultural industry structure in intersecting mountain area;
等高固氮植物篱对横断山区农业产业结构调整作用的研究
2.
The honeysuckle rambled all over the fence.
忍冬属植物爬满了篱笆。
3.
Production of amino acids is linked to the assimilation of nitrogen by the plant.
氨基酸的生产过程与植物固氮有关。
4.
Isolation and Identification of Soil Free Living Nitrogen Fixation Bacteria and Their Nitrogen-fixation and Plant Rowth-promotion Effect;
土壤自生固氮菌的分离鉴定及生物固氮与促进植物生长效应研究
5.
Cuttings or slips of a plant suitable for hedges.
绿篱用树适合作篱笆的一种植物的插条或枝条
6.
A hedge consisting of these plant cuttings or slips.
绿篱一种用这些植物的插条或枝条组成的篱笆
7.
Biological nitrogen fixation (BNF), which provides all the plants on the globe with 75% of fixed nitrogen, is one of the important projects in life science.
生物固氮为全球的植物提供75%的氮素,是生命科学中的重大课题。
8.
A review on the functions of nitrogen-fixers in terrestrial ecosystems
固氮类植物在陆地生态系统中的作用研究进展
9.
Soil Moisture Characteristics under Hedgerow Intercropping System
植物篱模式下土壤水分特征变化研究
10.
Effects of terrace hedgerows on soil macrofauna diversity
地埂植物篱对大型土壤动物多样性的影响
11.
Plants have been genetically adjusted to perform nitrogen fixation and to produce their own pesticides.
植物已有基因上的调整,以进行固氮,并产生自己的杀虫剂。
12.
TIME-SPACE VARIATION OF NODULATION AND NITROGEN FIXATION IN ALDER PLANTATION AND ITS AFTER-EFFECT ON PLANT GROWTH (Ⅱ)
桤木人工林结瘤固氮的时空变化及其对后续植物的效应(Ⅱ)
13.
Studies on the Nitrogen Fixation and Structure of Legume-rhzibium Symbioty Grown on the Loess Plateaus, Shaanxi and Gansu;
陕、甘黄土高原根瘤菌-豆科植物共生体结构及固氮作用研究
14.
In the British Isles and western Europe it is common copse and hedge plant.
在不列颠群岛和西欧为常见萌生林和绿篱植物。
15.
Study on the types of hedgerow and their ecological-economical benefit;
经济植物篱主要模式及其生态经济效益研究
16.
Studies on the Water and Soil Erosion of Mountain Areas with Different Hedgerows in the South of China
南方丘陵山地不同植物篱处理下水土流失研究
17.
Study on Soil Nutrient in the Slope Croplands by Applying Plant Hedgerows Techniques in Three Gorges Reservoir Area
三峡库区坡耕地植物篱技术对土壤特性的影响
18.
Whether placement of nitrogen fertilizer below the layer of crop residue will reduce nitrogen immobilization is not clear.
对于把氮肥施在植物残体覆盖层以下是否会减少氮的固定，这个问题目前尚不清楚。