1.
An optimum planting density must be employed to get a high yield, depending upon soil condition, varietal tillering ability, fertilizer level, number of plants per hill, and planting season.
获得高产必须采用最适植株密度，视土壤条件、品种分蘖力、肥力水平、每蔸苗数和播种季节而定。
2.
Analysis of the Tiller Productivity of Early Rice Cultivars Ⅶ Tiller Productivity at Different Transplanting Stage
水稻早熟品种分蘖生产力的初步分析──Ⅶ．不同插秧期的分蘖生产力
3.
The certified strains have been selected for their tillering capacity.
注册品种因其分蘖能力选定。
4.
Synergist could also increase tiller capability and dry weight accumulation of rice.
配方肥增效剂能提高水稻植株的分蘖能力，增加干物质积累量。
5.
The results showed that salinity-alkalinity stress postponed the beginning time of the first tiller, reduced by 50% of tiller number and effective tiller number.
结果表明：盐碱胁迫推迟了一次分蘖的时间，降低了水稻分蘖数和有效分蘖数约50%。
6.
Rice Cooling Injury in Heilongjiang Province Ⅳ Effect of Low Temperature on Rice Tillering
黑龙江水稻冷害 Ⅳ分蘖期低温对水稻分蘖的影响
7.
Effects of Plant Density on Physiological Characteristics of Different Stems during Tillering Stage in Two Spike-types Winter Wheat Cultivars
种植密度对两种穗型小麦品种分蘖期茎蘖生理特性的影响
8.
Tillering theoretic Analysis of tourism and Real estate Turning An Independent Industry
旅游房地产业形成的分蘖理论分析
9.
Analysis on Tiller Growing into Ears and High Yield Structure of Wheat Variety Lankao-906
兰考906小麦分蘖成穗与高产结构分析
10.
Molecular Mapping of a Strong-tillering Gene,stl,in Japonica Rice(Oryza Sativa L.);
水稻强分蘖基因stl的分子定位研究
11.
Isolation and identification of nitrogen-containing compounds from the bulbs of Allium cepa L. var. agrogatum Don.
分蘖葱头中含氮化合物的分离与鉴定
12.
Analysis on Dynamic Change of Tillers of Large Spike Wheat 41310
大穗型小麦41310分蘖动态变化分析
13.
Some wheats and ryes tiller freely.
有些小麦和裸麦大量分蘖。
14.
Research on the Growth and Development of Coleoptile Tiller in Common Wheat
普通小麦胚芽鞘分蘖的生长发育研究
15.
Research on CO_2 supercritical fluid extraction of essential oil from Allium cepa L. var. agrogatum Don
超临界CO_2萃取分蘖葱头精油的研究
16.
Advancement of Genetic Studies on Tillering and Prolificacy in Maize
玉米分蘖性和多穗性的遗传研究进展
17.
The Mechanism of Soil Moisture on Formation of Spike from the Tillers in Upland Rice;
土壤水分对旱稻分蘖成穗作用机理的研究
18.
So, it is necessary to create mutant associated with tillering and clone its controlling genes.
创造有关分蘖的突变体和分离相关基因,是研究分蘖调控机理的基础性工作。