谷头区浅层结构及透水性研究——以塔玛山为例

Haruhiko Noguchi
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摘要

本文报告了笔者对塔玛山零级河道盆地浅层构造和透水性进行试验的几个结果。从宽桥除支线外的试验结果来看,残积土带几乎与地表平行,厚度几乎相同。在缺口点下游,已证实谷底是由输运土形成的。在残积土区,上层土壤渗透系数大于下层土壤渗透系数,上游土壤渗透系数小于下游土壤渗透系数。此外,在该流域的高程处,田间渗透率与海拔差异的相关性最强。土壤表层的相关系数为0.937,土壤下层的相关系数为0.918。
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On the Structure and Water Permeability of Shallow Layer in Valley-Head Area: An Investigation in the Tama Hill@@@多摩丘陵内の一例
The author is reporting of several findings, resulting from the author's experiment of structure and water permeability of shallow layer at zero order channel basin in the Tama Hill.
From the results of tests at the broadrige except at the spur, it has been shown that the residual soil zone runs almost parallel to the land surface and makes almost the same thickness. On the downstream from the nick point, it has been proved that the valley-bottom is formed by transported soils.
At the residual soil zone, it was found that the permeability coefficients of the upper soil layer are larger than those of tije lower soil layer and the permeability coefficients of the upperstream are smaller than those of the downstream.
Moreover, at the thalweg in this drainage basin, the strongest correlation was observed between field permeabilities and altitude differences. The correlation coefficient at the upper soil layer is 0.937 and at the lower soil layer is 0.918 except for the remarkable difference of .
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