好的分枝高度和分枝方位，能为苗木将来的整形工作带来极大地方便，是果树实现早产、丰产的基础。
The suitable branching height and direction bring the great convenience in shaping project, is the base of early bearing and heavy bearing.
不像轴突，形成大，容易辨认的捆绑，树突分枝，往往是高度深埋在神经系统，所以他们一直很难想象，并研究。
Unlike axons, which form large, easily recognizable bundles, dendrites are highly branched and often buried deep in the nervous system, so they have always been harder to visualize and to study.
根的生长与根产生分枝、不同级别侧根的生长、苗木地上与地下器官的生长表现出高度的对立统一关系。
The relations between differentation and root growth, among the growth of different order lateral roots and between the growth of shoot-leaf and root were high unity of opposite.
高密度植株矮生长速率慢分枝短，不同密度种内竞争对兴安胡枝子几何形态高度可塑。
It was suggested that the geometry morphology plasticity highly responsed to intraspecies competition in different density.
高密度植株矮生长速率慢分枝短，不同密度种内竞争对兴安胡枝子几何形态高度可塑。
It was suggested that the geometry morphology plasticity highly responsed to intraspecies competition in different density.
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