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典型文献
Possibilities of mapping neotectonic elements based on the interpretation of space images:A study of Fergana Depression
文献摘要:
For the current geological mapping of individual territories,remote sensing and geographic information system(GIS)technologies are widely used.Taking the Fergana depression as an example,this paper aims to determine the possibilities of using remote sensing materials for mapping structural and geomor-phological elements.Landsat-8 satellite imagery obtained on 11 spectral channels was used to highlight the decoding features.Fault zones,lineament zones,various uplifts,depressions,and structural material complexes of different ages were identified.Based on the in-depth analysis of geological and geophysical data,a geological schematic map of the Fergana depression was developed.Using geological landscape and automated methods for deciphering space images,the main neotectonic elements of the Fergana depression were identified:the southern step,northern marginal slope,central graben-syncline,flexure-fault zones,local anticlinal zones,individual uplifts/depressions,and local shear zones.The results show a neotectonic map of the study area,which can be used as a tectonic basis for prospecting,seismic zoning mapping,and geological engineering development.
文献关键词:
作者姓名:
Umurzakov Rakhimjan Abdurazakovich;Rabbimkulov Samariddin Asatovich
作者机构:
Tashkent State Technical University,Tashkent,Uzbekistan
引用格式:
[1]Umurzakov Rakhimjan Abdurazakovich;Rabbimkulov Samariddin Asatovich-.Possibilities of mapping neotectonic elements based on the interpretation of space images:A study of Fergana Depression)[J].大地测量与地球动力学(英文版),2022(06):602-608
A类:
neotectonic,Fergana,geomor,syncline,anticlinal
B类:
Possibilities,mapping,elements,interpretation,space,images,study,Depression,For,current,geological,individual,territories,remote,sensing,geographic,information,system,technologies,widely,used,Taking,example,this,paper,aims,determine,possibilities,using,materials,structural,phological,Landsat,satellite,imagery,obtained,spectral,channels,was,highlight,decoding,features,Fault,zones,lineament,various,uplifts,depressions,complexes,different,were,identified,Based,depth,analysis,geophysical,data,schematic,developed,Using,landscape,automated,methods,deciphering,main,southern,step,northern,marginal,slope,central,graben,flexure,fault,local,shear,results,show,area,which,can,basis,prospecting,seismic,zoning,engineering,development
AB值:
0.538666
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