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Handling time and bite mass mechanisms in large herbivores: contrasts between sward structure and grazing methods

机译:大型食草动物处理时间和咬群机制:草地结构与放牧方法的对比

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Grazing is a time-dependent process where jaw movements of prehension, handling and chewing compete with them (Laca et al. 1994; Ungar et al. 2006). The grazing efficiency is dependent of bite mass and time per bite. Bite mass has been related to sward structure by forage height, structural components (Cangiano et al. 2002). In rotational stocking this effect becomes more pronounced, especially under high grazing down levels. Consequently, there is a progressive reduction in short-term intake rate (Fonseca et al. in press). New management targets should be proposed based on the predominant influence of sward structure in short-term intake rate by grazing animals (Carvalho et al. 2007). We hypothesise that intake potential of animals grazing tropical pastures will be reduced due to higher constraints in bite formation when compared to temperate pastures.
机译:放牧是一个时间依赖的过程,下颚运动的追随,处理和咀嚼与它们竞争(Laca等人1994; Ungar等,2006)。 放牧效率取决于每咬的咬伤和时间。 咬群与饲料高度,结构部件(Cangiano等人)的草案结构有关。 在旋转袜中,这种效果变得更加明显,特别是在高掠过水平下。 因此,短期进气速率(Fonseca等人)存在逐步降低。 应基于草丸通过放牧动物(Carvalho等人2007)在短期摄入率中提出新的管理目标。 我们假设动物放牧热带牧场的动物的摄入潜力将在与温带牧场相比时咬合的咬合较高。

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