不同年龄收获的Pakchong、桑给巴尔和生物草的营养品质

None Ni Ketut Mardewi, None I Wayan Agus Santika, None Yan Tonga
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引用次数: 0

摘要

本研究旨在通过分组(R)、草的第一因子(R)、桑给巴尔草(R2)、生物草(R3)、割龄第二因子(U)的第一阶段设计方法:50天(U1)、60天(U2)、70天(U3) 3个期限,了解草与割龄之间的相互作用对草品质的影响,并了解草的类型和割龄最佳养分。研究表明存在真实的相互作用(P <0.05)和非常真实的相互作用(P <0.05)。除粗脂肪外,草种与草龄之间对水分、灰分、有机质、粗蛋白质、粗纤维等营养物质的差异为0.01)。50日龄的生物草(R3U1)草的营养品质、草的寿命和水分含量最高,60日龄的桑给巴尔草的灰分含量最高,50日龄的巴冲草(R1U1)草的粗脂肪含量最高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nutritional Quality of Pakchong, Zanzibar and Bio Grass Harvested at Different Ages
The study is intended to know the interaction between grass and cut age on the quality of grass, and knowing the type of grass and cut age best nutrients by the first - stage design method of grouping (R), a grass of the first factors (R), the grass of Zanzibar (R2), the biograss (R3), the second factor (U) of cut age: 50 days (U1), 60 days (U2), and 70 days (U3) with 3 deuteronomy. Studies have shown that there is real interaction (P <0.05) to very real (P < 0.01) between grass types and the age cut to nutrients such as water, ash, organic matter, rough protein, and rough fibers except that of coarse fat. The nutritional qualities of grass and the highest longevity of grasses and water content are produced from biograss grass at 50 days of age (R3U1), the highest ash content produced by zansibar grass with 60 days of grass And the highest concentration of crude fats from 50 days of living pakchong (R1U1) grass.
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