Receiving ray and reflecting them by surface objects of the earth are main aspects in aerospace research. Receiving and reflecting processes can be different in the same objects which are in different conditions. During daytime the earth surface receive the sun energy and convert it to heat. Soil and surface water become warmth and transfer temperatures to environment in IQ heat range. At this time quantity of transferred energy and its intensity depends on temperature of an object which is irradiated. Objects of the ground surface become warmth differently and irradiate the heat in different form. Such features of objects are important for aerospace researches.  It is known that soil layer and flora, as well as spectral characteristics of water (reflection), receiving and irradiance ability change depending on wave length of luminous flux which drops on them, physical, biological characteristics. During implementation of aerospace researches, survey and measurements have to be implemented in such spectral ranges that in the same ranges difference in reflection and receiving features of soil, different kind of plants, rocks, and water basins have to be big as far as possible.

CASPIAN GEOMATICS has special superiority in thematic processing Remote Sensing data. At the same time, we are a leading company in the field of visual interpretation of different data and eventually mapping. CASPIAN GEOMATICS renders wider services on Remote Sensing in Azerbaijan and international arena. Our aerospace research profile are mainly over-ground objects. Our research include application of Remote Sensing methods on different purpose soil (agriculture and etc.) and infrastructure elements (pipelines, gas, water line), complex study of natural and artificial water objects through aerospace methods (river, lake, sea, water reservoirs), as well as analysis and aerospace monitoring of disasters occurred on the ground surface (chronology), calculation of volume of inflicted damage during natural disasters, determination and modelling dynamic change on different object and cases and etc. Using aerospace methods we render our some specific services:

  1. Detection of underground water leakage coming from main water lines (aqueducts) through aerospace methods
  2. Detection of disposal of wastewaters and solid wastes to water objects (river, channel, lakes and etc.) and cartographical presentation (mapping)
  3. Determination of underground and over ground pipes (pipelines) location and cartographical presentation (mapping)
  4. Determination of depths of water objects
  5. Determination of thickness of bottom silts in water objects and distribution of turbidity on depth (this time it is possible to penetrate up to certain interval, concrete methods are used for deeper areas)
  6. Modelling dynamic of different object and cases through application of aerospace methods and its scientific substantiation
  7. Making maps on use of soil based on aerospace methods
  8. Ecological monitoring of environment (includes complex methods)
  9. Surface temperature mapping  based on remote sensing data, (dryland, water objects)
  10. Determination, modelling and cartographical presentation of processes ongoing in ecosystems on a day, a month, a year or a season
  11. Detection, thematic mapping and modelling anthropogen impacts on different object and processes or phenomena
  12. Making infrastructure maps
  13. Visual interpretation, modelling, cartographic presentation of data received from other sources together with Remote Sensing data.

It should be noted that we have services in aerospace monitoring of water basins and soil cover. Generally, we render our services through integration of modern methods and on the base of geographical information systems. We have scientific approach towards any issue. This is one of the main criteria that distinguish us from others.  Usually, each research results in installation of GIS, an identified change and etc. criteria are taken into account and mapped. Data that we obtain on each object and results of implemented analysis, as well as models and maps are reflected in the base of GIS. Client can use this data in his research as a continuation of his work in the future. Ready GIS that we submit to client become the best means for implementation of his future researches. Laser survey is also included in non-contact measuring. We provide implementation of bathymetric and other researches mainly aero methods in water objects.



  1. Creating GeographicaI Information System of “Yukhari Karabakh” and “Kalbajar-Lachin” economic regions and making digital map of Shusha. State Tourisim Agency of the Republic of Azerbaijan (November, 2020/2021- ongoing)
  2. Creating Geographical Information System and making digital maps of the area of “Yukhari Bash” National Historical-Architectural Preserve included in UNESCO World Heritage List which is the historical centre of Sheki. State Tourisim Agency of the Republic of Azerbaijan (November-December, 2020)
  3. Survey of the seabed in the project area (Lankaran) and investigation of active erosion processes in coastal zones (2020/August-September)
  4. Implementation of Bathymetric survey in the delta and on the basin of the Caspian sea (2020/May-June)
  5. Implementation os SONAR (Side Scan Sonar) and Bathymetric survey on the Caspian sea basin (2020/April)
  6. Making digital maps of some districts of Azerbaijan based on GIS on contract areas (2019/August)
  7. Implementation of Topographic works on 3200 hectare area of Yevlakh and Goranboy districts (2018/August)
  8. “Orthophoto mapping and creating topographic map of 7000 ha area of Saatli region” project (2018 January/February)
  9. Boyukshor lake remediation project Phase 2 – Engineering and Supervision (IQLIM LTD) (2018)


See also:

Geodesy & Photogrammetry
Geological & Geophysical surveys
GIS Solutions
Hydrographic survey