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Clitoria ternatea L. as a Potential High Quality Forage Legume

机译:Clitoria ternatea L.作为潜在的优质牧草豆类

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摘要

Samples of Clitoria ternatea L. (Cunhã) were harvested at 35, 50, 70, and 90 d after a uniformity harvest in a field study designed as a completely randomized design with a total of 18 experimental plots. The dry matter yield of the whole plant was separated quantitatively into leaves, stems, and pods at each harvesting age. Chemical analyses and in vitro gas production kinetics were performed to assess the quality of the plant parts. Yields, chemical composition, and estimates of gas production parameters were analyzed by fitting a mixed statistical model with two types of covariance structures as follows: variance components and an unrestricted structure with heterogeneous variances. Fast and slow gas yielding pools were detected for both leaves and stems, but only a single pool was detected for pods. The homoscedasticity assumption was more likely for all variables, except for some parameters of the gas production kinetics of leaves and stems. There was no presence of typical pods at 35 and 50 d. In the leaves, the fibrous fractions were affected, whereas the non-fibrous fractions were unaffected by the harvesting age. The harvesting age affected the majority of the chemical constituents and gas kinetic parameters related to the stems. The leaves of this legume were the least affected part by the aging process.
机译:在设计为完全随机设计的野外研究中,均匀收获后分别在35、50、70和90 d收获了Clitoria ternatea L.(Cunhã)的样品,共有18个实验区。在每个收获年龄,将整个植物的干物质产量定量地分为叶,茎和豆荚。进行化学分析和体外产气动力学以评估植物部位的质量。通过拟合具有两种协方差结构的混合统计模型,分析了产量,化学成分和产气参数估计值,这些协方差结构如下:方差分量和具有异构方差的无限制结构。叶片和茎均检测到快速和缓慢的产气池,但豆荚仅检测到一个池。除叶子和茎的产气动力学的某些参数外,所有变量的均方差假设更有可能。在35和50天时没有典型的豆荚。在叶片中,纤维部分受到影响,而非纤维部分不受收获年龄的影响。收割年龄影响了与茎相关的大多数化学成分和气体动力学参数。该豆科植物的叶子是衰老过程中受影响最小的部分。

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