Originality outcrops in the course of planning.

创造能力在拟定计划的过程中显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探主要的山谷，寻找样衍生自火山的层露头，这些露头分布在整个山区，范围广达数千平方公里。

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,从而造成不地带砾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。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土层等。

Originality outcrops in the course of planning.

创造能力在拟定计划的过程中显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要的山谷，寻找样衍生自火山的沉积岩层露头，这些露头分布在整个山区，范围广达数千平方公里。

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.

发现因保山盆主控断层的西边在盆演化过程中一直处于隆升状态,从而造成带砾岩的分布和含量存在差异,在钻测井、震资料中的体现也相。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土岩层等。

Originality outcrops in the course of planning.

创造能力在拟定计划过程中显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要山谷，寻找样衍生自火山沉岩露头，这些露头分布在整个山区，范围广达数千平方公里。

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西边在盆地演化过程中一直处于隆升状态,从而造成不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。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤剖面图，如：秘鲁旱成土、肯尼亚变性土、尼日利亚淋溶土、泰国软土、巴西灰土、红土岩等。

Originality outcrops in the course of planning.

创造能力在拟定计划的过程中显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要的山谷，寻找样衍生自火山的沉积岩层露头，这些露头分布在整个山区，范围广达数千平方公里。

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.

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

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土岩层等。

Originality outcrops in the course of planning.

创造能力拟定计划的显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要的山谷，寻找样衍生自火山的沉积岩层露头，这些露头整个山区，范围广达数千平方公里。

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盆地演化一直处于隆升状态,从而造成不地带砾岩的和含量存差异,钻测井、地震资料的体现也不相。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土岩层等。

Originality outcrops in the course of planning.

创造能力在拟定计划的过程中显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要的山谷，寻找样衍生自火山的沉积岩层露头，这些露头分布在整个山区，范围广达数千平方。

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.

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。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土岩层等。

Originality outcrops in the course of planning.

创造能力在拟定计划的过程中显出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我其他主要的山谷，寻找样衍生自火山的沉积头，这些头分布在整个山区，范围广达数千平方公里。

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的西边在盆地演化过程中一直处于隆升状态,从而造成不地带砾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。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土等。

Originality outcrops in the course of planning.

创造能力在拟定计划的过程中显。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要的山谷，寻找样衍生自火山的沉积岩层头，头分布在整个山区，范围广达数千平方公里。

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。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土岩层等。

Originality outcrops in the course of planning.

创在拟定计划的过程中显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要的山谷，寻找样衍生自火山的沉积岩层露头，这些露头分布在整个山区，范围千平方公里。

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,从而成不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。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热带土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土岩层等。

Originality outcrops in the course of planning.

创造能力在拟定计划的过程中显露出来。

We searched other major valleys sporting outcrops of the same volcanically derived sedimentary rocks, which are exposed across thousands of square kilometers of mountainous terrain.

我们探查其他主要的山谷，寻找样衍生自火山的沉积层露头，这些露头分布在整个山区，范围广达数千平方公里。

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,从而造成不地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。

This site offers images from the tropics e.g. pictures of soil profiles: aridisol in Peru, vertisol in Kenya, alfisol in Nigeria, mollisol in Thailand, spodosol in Brazil, laterite outcrops etc.

该站点提供大量热土壤的剖面图，如：秘鲁的旱成土、肯尼亚的变性土、尼日利亚的淋溶土、泰国的软土、巴西的灰土、红土层等。