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Performance of Guinea grass (Panicum maximum) as influenced by row proportion under different tree species in north-eastern hilly region of India

机译:受行径比影响的印度东北丘陵地区几内亚草(最大草)的性能

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摘要

Growth and yield performance of Guinea grass (Panicum maximum) was compared under different row proportions and four tree species predominantly found in North Eastern Region. The growth and yield were higher with Morus alba followed by Terminalia myriocarpa. Plant height increased with increasing row proportions, whereas, number of tillers/plant, clump circumference, leaf length and leaf width were significantly decreased. Plant height, clump circumference and number of leaves/plant were,significantly (P <= 0.05) higher in three row proportions. Guinea grass harvested under Morus alba showed higher fodder yield (34.7%), actual fodder sticks (50.0%) and above ground biomass (38.6%) than other tree species. Similarly, three row proportions had 120.5, 149.4 and 127.9% respectively higher yield than one row. Correspondingly, Morus alba had higher soil moisture during both the season, but Michelia oblonga registered higher solar radiation transmission.
机译:比较了不同行列比例和主要在东北地区发现的四种树种下的几内亚草(最大草)的生长和产量表现。 Morus alba紧随其后的是Terminalia myriocarpa,其生长和产量更高。株高随行比例的增加而增加,但分till /株数,丛生周长,叶长和叶宽显着降低。三行比例的株高,丛生周长和叶/株数均显着较高(P <= 0.05)。与其他树种相比,在桑白皮下收获的几内亚草显示更高的饲料产量(34.7%),实际的饲料棒(50.0%)和地上生物量(38.6%)。同样,三行比例的产量分别比一行高120.5%,149.4和127.9%。相应地,桑树在两个季节中都有较高的土壤湿度,而长叶含笑则具有较高的太阳辐射透射率。

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