Signing numerous contracts with both international and local government and private companies on geographical information systems (GIS) we render a wide service on this sector. Applying GIS widely to oil-gas  industry and environmental area we gained rich experience implementing study of ecosystems, restoration, necessary mapping and modelling process faced during preparation of  Environmental Impact Assessment (EIA) documents, evaluation of sensitive areas and risks, preparation different kind of environmental maps several times. Environmental maps that we have prepared included Dynamic Change maps, PAH and TPH maps (Polycyclic Aromatic Hydrocarbons, Total Amount of Petroleum Hydrocarbons), Oil Sludge Layer Thickness in Lake, Oil Contaminated Layer Thickness at Offshore area, Underground Water Levels in Hydro-geological Wells, Hazard and Heavy metalsSludge layer, Sediments (bottom), Classification maps, Ecological maps, Protection, Flood risks, Restoration-rehabilitation, Vulnerable areas and assessment maps, Disasters and hazards, Fauna, Forest cover, Atmosphere Pollution (Contamination), Noise, Vibration and Dust Monitoring, Bottom Sediment sampling, Vegetation, Soil, Investigation routes of vegetation, Investigation routes of herpetological works, Investigation routes of mammals, Hidrobiont samples location maps, Birds investigation routes, Sanitary analysis, Hydro-biological and Ichthyology Survey location maps, Land Use, Infrastructure maps, Climate, and other maps (http://caspiangeomatics.com/boyukshor-lake-remediation-project-2/). Furthermore, in accordance with request of clients physical and economic, geological, bathymetric, population, highway, railway, water quality, underground water, geomorphology, tourisim oriented maps have been prepared. At the same time, geoinformation modelling and mapping heavy metals (Cr – Chromium, Cd – Cadmium, Cu – Copper, Co – Cobalt, Pb – total lead, Ni – Nickel, Zn – Zink), thickness of oil contaminated bottom silts in a lake and polyaromatic in bottom silts of a lake and overall hydrocarbon distribution also map preparation issues on other directions of environment are solved on the base of GIS. It should be noted that as the final result of our work geoinformation model of object and cases are created. At the same time our company is engaged in wide application of geographical information systems in agriculture area.  Our company has carried out engineering topographic work in ten thousands hectares of agricultural land and geoinformation systems intended for agriculture has been created. Through this system our company have realized issues such as arrangement of irrigation systems and area planning, arranging arable land and determination of areas which fit for cultivation  (http://caspiangeomatics.com/our-works/).

Scientists who are engaged in agriculture always research ways of achieving high level of harvest without causing harm to the soil and protecting husbandry from harmful substances. GIS plays main role in finding way of solution for these problems. GIS propose wide way of solutions for some agricultural problems. The soil is arranged in digital form and topographical-geodesy data  are combined with statistical data for easier analysis of the soil. Collecting and processing statistical data and examples GIS enable to take decision like “what to cultivate?” and “in which soil to cultivate”. From this point of view, application of geographical information systems in the agriculture is always topical.

It should be noted that we have special and different approaches for preparing plan and maps on the base of geoinformation system and through other systems. Cartography is on the intersection point of engineering with the art. But it does not mean that cartography can be accepted the same as painting.  This is because the right selection of colors in description of object and cases, feeling the same colors are important. Designing a map is included in its preparation procedures. At this time nature of colors and their harmony are drawn to the front plan. We have special approach towards each map.  This concern both thematic and topographical maps. Conformity of composition and harmony in design should draw attention.  At the same time the important issue is to convey the essence exactly and visualization.

Area of application of geographical information systems is wide enough. Without having geographical information systems in bathymetric measurements, geological and geophysical researches, studying environment through aerospace methods, emergency situations, research of ecosystems, different type of cadaster issues   (land cadaster, real estate cadaster and etc.), planning city and regions, ecological issues, management of traffic and in other areas it is impossible to describe creation of spatial connection and arrangement of a single platform with the purpose of managing them.

CASPIAN GEOMATICS has services like geospatial database services, geospatial analysis and modelling services:


  • Spatial Data Management (SDM)
  • Geodatabase / Design / Structure
  • Spatial data integration to existing database structures
  • Data input, capture & manipulation
  • Geo-coding & Geo-referencing
  • Data evaluation / Conversion & Standardization
  • Geographical Information System (GIS)
  • Ecosystem & Aerospace Monitoring System



  • Complete spatial analytical services
  • Real Estates / Urban Analysis
  • Environmental Spatial Analysis
  • Environmental Modeling



  1. Making digital map of Shusha city. State Tourisim Agency of the Republic of Azerbaijan (November 2020/2021- January)
  2. Creating Geographical Information System of “Yukhari Karabakh” and “Kalbajar-Lachin” economic regions. State Tourisim Agency of the Republic of Azerbaijan (November 2020/2021- January)
  3. 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)
  4. Survey of the seabed in the project area (Lankaran) and investigation of active erosion processes in coastal zones (2020/August-September)
  5. Implementation of Bathymetric survey in the delta and on the basin of the Caspian sea (2020/May-June)
  6. Implementation os SONAR (Side Scan Sonar) and Bathymetric survey on the Caspian sea basin (2020/April)
  7. Making digital maps of some districts of Azerbaijan based on GIS on contract areas (2019/August)
  8. Engineering-topographic survey on an area of 8000 hectares of the Jeyranchol massif (2018-2019)
  9. Performing Bathymetric investigation in southern coasts of the Caspian sea (2018/August)
  10. Performing Bathymetric survey in local areas on basin of the Caspian sea (2018/February-March)
  11. Performing Bathymetric survey in offshore territory of the Caspian sea (2018/February-March)
  12. Engineering-Geodesy (Executive Survey) work implementation project in non-residential building (2018/June)
  13. Implementation of Topographic works on 3200 hectare area of Yevlakh and Goranboy districts (2018/August)
  14. “Orthophoto mapping and creating topographic map of 7000 ha area of Saatli region” project (2018 January/February)
  15. Boyukshor lake remediation project Phase 2 – Engineering and Supervision (IQLIM LTD) (2018)

See also:

Remote Sensing
Geological & Geophysical surveys
Geodesy & Photogrammetry
Hydrographic survey