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Mycorrhizal Inoculation Effect on the Forage Cowpea Biomass Production in Burkina Faso

机译:菌根接种对Burkina Faso的饲料豇豆生物量产生的影响

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In Burkina Faso, breeding occupies an important place in the country’s economy, but is based essentially on the exploitation of the natural resources (pasture) which remains limited in extent due to the extension of land cultivated by agricultural practices extensive. Food is one of the most important limiting factors in animal production, hence the need to develop mechanisms to improve the production of food resources. This study is a contribution to fodder production improvement. In this study, cowpea was grown in a greenhouse for 60 days and inoculated with two inocula of arbuscular mycorrhizal fungi. The growth parameters were measured at 30 and 60 days after sowing. Shoot, root and total biomass were evaluated 60 days after sowing. The results show Yac 2 mix inoculum improves height growth (95.5%), height relative growth rate (525%), collar diameter (138%), collar diameter relative growth rate (328.57%), shoot biomass (396.3%), root biomass by (205.66%), total biomass by (320%), total nitrogen of aerial parts (92.39%) and total phosphorus of aerial parts (143.48%) compared to control. Yac 2 mix appears the most effective of all inoculum used in this study.
机译:在布基纳法索,育种占据了该国经济的重要场所,而是基本上基于对自然资源(牧场)的开采,这在程度上仍然有限,因此由于农业实践广泛培育的土地延长。食物是动物生产中最重要的限制因素之一,因此需要制定改善食品资源生产的机制。本研究是对饲料生产改进的贡献。在这项研究中,豇豆在温室中生长60天,并用两种接种的丛枝菌根真菌。在播种后30天和60天测量生长参数。播种后60天评估射击,根和总生物质。结果表明YAC 2混合造物改善高度生长(95.5%),高度相对生长速率(525%),套环直径(138%),套环直径相对生长速率(328.57%),芽生物质(396.3%),根生物质通过(205.66%),总生物质(320%),航空零件的总氮(92.39%)和空中零件总磷(143.48%)与对照相比。 YAC 2混合物似乎最有效的本研究中使用的所有接种物。

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