Question

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Phase III: Stable
Once the active growth of LAB stops and the ensiled
crop reaches a terminal pH, the silage begins the
stable phase. If the silo is properly sealed, there will
be little biological activity and minimal losses of
nutrients should occur.
Phase IV: Feedout
This phase begins when the silo is opened and
continues until all the silage has been removed and
fed. Oxygen has unrestricted access to silage at the
unloading face. Silage on the face or in the feed bunk
can undergo aerobic deterioration because yeasts,
and sometimes molds, that were dormant
throughout the stable phase now can grow and
cause extensive loss of nutrients.

Answer 1

第三阶段:稳定
一旦主动式生长停止、ensiled实验室
作物达到一个终端的青贮饲料的pH值,开始
稳定的阶段。如果需适当地封闭,有
小的生物活性及损失很小
营养应该发生。
第四阶段:Feedout
这一阶段开始时,打开了,的井
将一直持续到所有的青贮饲料被移除
美联储。氧气则继续获取青贮饲料的
卸载的脸。在脸上或青贮饲料的铺位上
因为可以经受有氧恶化酵母,
那是,有时模子,休眠状态
现在整个稳定阶段成长和
造成广泛的损失的营养素。

Answer 2

第三阶段：稳定一旦劳顾会停止活动的增长和青贮作物达到终端的pH值，青贮开始了稳定的阶段。如果筒仓要密封好，会有小生物工程

Answer 3