THE CHARACTERISTICS OF AEOLIAN SANDY LANDFORM IN ANCIENT YELLOW RIVER COURSE AREA AT NORTHERN HENAN PROVINCE
Zhi Han
Abstract
Zhi Han
Abstract
By aerial photograph interpretation and field expedition, the sandy land distributing regularity in ancient Yellow River course area at Northern Henan province was analysed and the sub types of aeolian sandy landform have been divided from shape genesis angle. Controlled by the geological structure of rise and depression inter distributing in NNE direction, the types of wind erosion landform exist no difference, while that of wind deposition are various. In the development of aeolian sandy landform, wind and water functions take place alternatively. The scale of aeolian sandy landform development was limited by the bio climatic condition and sand source. The heights of wind doposition landform are no more than 10 m in general.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
By aerial photograph interpretation and field expedition, the sandy land distributing regularity in ancient Yellow River course area at Northern Henan province was analysed and the sub types of aeolian sandy landform have been divided from shape genesis angle. Controlled by the geological structure of rise and depression inter distributing in NNE direction, the types of wind erosion landform exist no difference, while that of wind deposition are various. In the development of aeolian sandy landform, wind and water functions take place alternatively. The scale of aeolian sandy landform development was limited by the bio climatic condition and sand source. The heights of wind doposition landform are no more than 10 m in general.
Key concepts: Landform, Aeolian processes, Geology, Geomorphology, Physical geography, Hydrology (agriculture), Deposition (geology), Erosion