MAPPİNG THE ABSHERON PENİNSULA USİNG HİGH-RESOLUTİON SATELLİTE İMAGERY
Journal
BSUJ of EARTH SCIENCES & ENVIRONMENT
ISSN
3006-8703
Date Issued
2025
Author(s)
Ahmad S. Hasanov
Baku State University
Huseyn A. Huseynli,
Baku State University
Afqan T. Talibov
Baku State University
DOI
https://doi.org/10.30546/209805.2025.2.1.101
Abstract
In recent years, the development of new technologies has opened up wide opportunities for the joint
use of UAVs and geodetic measurements in the preparation of high-precision digital maps in the field
of geodesy and mapping. This approach differs from traditional methods. Surveys conducted over large
areas allow for the joint integration of UAVs and geodetic measurements to obtain faster and more
accurate results.
The creation of digital maps over large areas is especially important, and for this purpose it is
required to obtain higher quality data. There are many methods and areas of application for the creation of high-precision digital maps based on geodetic measurements. It is possible to systematically
compile this data.
Aerial photographs taken by UAVs flying from high altitudes are considered more effective in mapping
areas. The obtained photographs are first georeferenced, in the next procedure the data is combined,
a 3D model and digital orthophoto plans are prepared. The data received through UAVs allows us to
analyze the terrain, the condition of infrastructure facilities, and other information.
use of UAVs and geodetic measurements in the preparation of high-precision digital maps in the field
of geodesy and mapping. This approach differs from traditional methods. Surveys conducted over large
areas allow for the joint integration of UAVs and geodetic measurements to obtain faster and more
accurate results.
The creation of digital maps over large areas is especially important, and for this purpose it is
required to obtain higher quality data. There are many methods and areas of application for the creation of high-precision digital maps based on geodetic measurements. It is possible to systematically
compile this data.
Aerial photographs taken by UAVs flying from high altitudes are considered more effective in mapping
areas. The obtained photographs are first georeferenced, in the next procedure the data is combined,
a 3D model and digital orthophoto plans are prepared. The data received through UAVs allows us to
analyze the terrain, the condition of infrastructure facilities, and other information.
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