The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙（）岩在地下水作用下产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两套石英岩，是阿尔泰推覆构造的沉积响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层的西边在盆地演化过程中一直处于隆升状态,从而造成不同地带岩的分布和含量存在差异,在钻测井、地震资料中的体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩在地下水作用下产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两英质砾岩，是阿尔泰推覆构造的沉积响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层的西边在盆地演化过程中一直处于隆升状态,从而造成不同地带砾岩的分布和含量存在差异,在钻测井、地震资料中的体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其部钙质砂（砾）岩在地水产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造的沉积响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层的西边在盆地演化过程中一直处于隆升状态,从而造成不同地带砾岩的分布和含量存在差异,在钻测井、地震资料中的体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩地下水作用下产生溶蚀现。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造沉积响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层西边盆地演化过程中一直处于隆升状态,从而造成不同地带砾岩分布和含量存差异,钻测井、地震资料中体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩在地下水作用下产现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造沉积响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层西边在盆地演化过程中一直处于隆升状态,从而造成不同地带砾岩分布和含量存在差异,在钻测井、地震资料中体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩在地下水作用下产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层西边在盆地演化过程中一直处于隆升状,从而造成不同地带砾岩分布和含量存在差异,在钻测井、地震资料中体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩地下水作用下产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

额尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造沉积响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山地主控断层西地演化过程中一直处于隆升状态,从而造成不同地带砾岩分布和含量存差异,钻测井、地震资料中体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩在地下水作用下产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造的沉积响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层的西边在盆地演化一直处于隆升状态,从而造成不同地带砾岩的分布和含量存在差异,在钻测井、地震资料的体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩在地下水作用下产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造的应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层的西边在盆地演化过程中一直处于隆升状,从而造成不同地带砾岩的分布和含量存在差异,在钻测井、地震资料中的体现也不相同。

The understratum, calcareous sandrock and conglomerate rock, generate dissolution of groundwater.

其下部钙质砂（砾）岩在地下水作用下产生溶蚀现象。

The new finding of two beds quartzitic conglomerate in the Ertix piedmont is sedimentary response with Altay nappe structure.

在额尔齐斯山前地带新发现两套石英质砾岩，是阿尔泰推覆构造响应。

So the distribution and the content of conglomerate were different, and its geological phenomenon in the data of drilling, outcrop, logging and seismal section in different area.

发现因保山盆地主控断层西边在盆地演化过程中一直处于隆升状,从而造成不同地带砾岩分布和含量存在差异,在钻测井、地震资料中体现也不相同。