谷风产生的大片类黄土堆积与滑坡体共同参与泥石流的形成；
Under the influence of the gully wind, there is filled with lots of wind accumulated deposit which triggers the form of debris flow with landslides;
这一时期夏季风减弱，冬季风增强，风成黄土堆积，降水减少。
Summer monsoon was weaker and winter monsoon stronger. Precipitation decreased, and eolian dust deposition was accelerated.
这种相关性与顶部的黄土堆积刚好相反，反映了二者之间磁化率不同的变化机制。
This correlation is contrast to the loess deposits on top of profile, which shows the mechanism of magnetic response towards paleoclimate changes in lacustrine sediments is unlike that in loess.
黄土堆积的总厚度在地域上有明显的变化，陇东、陕北、晋西是黄土分布的中心区。
The aggregate thickness of loess has a clear regional variation with the east of Gansu, the north of Shannxi, the east of Shanxi being the center regions.
黄土堆积的总厚度在地域上有明显的变化，陇东、陕北、晋西是黄土分布的中心区。
The aggregate thickness of loess has a clear regional variation with the east of Gansu, the north of Shannxi, the east of Shanxi being the center regions.
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