1) lint yield
皮棉产量
1.
The genetic contribution of 6 yield component traits to lint yield were conducted using additive-dominance-maternal genetic model(ADM model),which considered genotype ×environment interaction effects(GE) with estimating conditional and unconditional variance component and genetic effects in F1 intraspecific(Gossypium hirsutum L.
采用加性-显性-母性及其与环境互作的遗传模型,对5个陆地棉亲本及其F1代20个组合6个产量组分和皮棉产量的两年资料,利用估算条件方差分量和预测条件遗传效应值的统计方法进行了贡献分析。
2.
NPK fertilization combined with Cu(NH 3) 4SO 4 could increase the lint yield, improve the fiber quality, and be beneficial to increase the P content, the P uptake and the P/N ratio in stem leaves.
结果表明:氮磷钾肥是主要的影响因素;肥铜配施有利于皮棉产量、纤维整齐度及纤维伸长率的提高,并能提高主茎叶的磷素含量,磷氮比及磷素吸收量。
3.
Effect of remaining monopodial branches on the ~(14)C-assimilation,partitioning of ~(14)C assimilates and lint yield of the cotton plant;
因此 ,留营养枝与否对皮棉产量无显著影响。
2) lint yield per plant
单株皮棉产量
1.
The study results show that the boll number is the most important factor that determines the cotton lint yield per plant ,the correlation coefficient and path coefficient of its number and lint yield per plant are respectively r=0.
结果表明:铃数是决定棉花单株皮棉产量的最主要的因素,它与单株皮棉产量的相关系数和通径系数分别为0。
3) the production of lint yield before frost
霜前皮棉产量
4) pre-frost lint yield
霜前花皮棉产量
1.
Finally,the early-maturing cotton seeds were selected based on the effect of agronomic traits on pre-frost lint yield and the interactions between different agronomic traits.
结果表明:衣分是决定霜前花皮棉产量最主要的因素,它与霜前花皮棉产量的相关系数和通径系数分别为0。
5) cotton yield
籽棉产量
1.
China varieties presented intermediate type in cotton yield and growing period.
籽棉产量分析表明，品种间具有显著的差异。
6) cotton yield
棉花产量
1.
Effects of waterlogging stress with air temperature and humidity on cotton yield;
涝渍胁迫与大气温、湿度对棉花产量的影响分析
2.
Effect of liquid film mulching on cotton yield and soil environment;
液体地膜覆盖对棉花产量与土壤环境的影响
3.
Climatic effects on cotton yield in He′nan Province and their change trend;
气候对河南省棉花产量的影响及其变化研究
补充资料：皮棉
籽棉经轧棉机加工去除棉籽后所得的棉纤维。主要供棉纺厂作纺纱原料用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条