siliqua

Evaluation of Genetic and Physiological Characteristics of Aggregate siliqua Rapeseed

聚生角果油菜遗传生理的初步评价

Influence of Pollination Conditions in Bud Stage on Siliqua and Seed Quantity of Cabbage

蕾期授粉条件对甘蓝结荚率和结籽量的影响

A Preliminary Study on Tree Introduction and Domestication of Ceratonia siliqua

角豆树引种驯化初报

Effects of temperature and pH on the digestive amylase and cellulose activities of siliqua minima

pH和温度对小荚蛏淀粉酶和纤维素酶活性的影响

Plant height had indirect influence on yield per plant mainly increasing by siliquas per plant and seeds per siliqua .

株高对产量的影响主要是通过增加单株角果数和每角粒数而间接发生作用。

Studies on Translocation of N in Pods of Oilseed Rape During Siliqua Developing Using ￣( 15 ) N-urea ￣①

用~（15）N－尿素研究油菜角果成熟期荚中氮的运转

A pot experiment was conducted to investigate the translocation of N in pods during siliqua developing of oilseed rape using ￣( 15 ) N-urea .

盆栽条件下，用~（15）N－尿素测定了油菜角果成熟期荚中氮的运转。

Siliqua percentage of Melilotoides ruthenica is 32 % - 43 % , seed yield is restricted by the shedding of flowering and pod .

扁蓿豆结荚率为32%~43%，落花和落荚是限制其种子高产的重要因素。

The number of siliqua on single plant was increased over 40 % as usual , and the number of seeds on each fruit stalk was born more than 2 times as compared with normal rapeseed .

与普通单角油菜比较，单株角果数增加40%以上，复果籽粒数增加1倍以上。

The results showed that glucosinolate contents were different among rape plants and organs including root , stem , leaf , bud andflower , siliqua , siliqua epidermis and rapeseed in the3 cultivars .

结果表明，品种间在植株和根、茎、叶、蕾花、角果、果壳、种子等器官上的含量是不均一的，并因生育期不同而呈一定的规律性变化；