REMOTE SENSING

REMOTE SENSING

Absorption and reflection of radiation by ground surface objects are key factors in remote sensing (aerospace research / remote aerospace research). The same objects under different conditions can have different reflection and absorption properties. During the day, the Earth’s surface absorbs the Sun’s energy and turns it into heat. Soil and surface water are heated and their temperatures are reflected to the environment in the IR (infrared) range. At this time, the amount of energy and its intensity depends on the temperature of the radiated object. Objects on the Earth’s surface heat up in different ways and radiate heat in different ways. Such a feature of objects is important for remote sensing (remote aerospace research).

CASPIAN GEOMATICS company has rich experience in the field of thematic processing of Remote Sensing data and visual interpretation of various data, cartographic presentation. Our aerospace research includes the application of Remote Sensing techniques to lands of various purposes and infrastructure elements. At the same time, It includes the research of natural and artificial water bodies by aerospace methods, analysis and aerospace monitoring (chronology) of disasters, volume calculations of the amount of damage caused during natural disasters, determination of the dynamics of changes in objects and events, modeling, etc. includes.

We propose a number of specific services based on aerospace techniques:

Determination of groundwater leaks from main water supply lines (water pipelines) by aerospace methods
Detection and cartographic presentation of solid waste disposal and wastewater discharge into water bodies (rivers, canals, lakes, etc.)
Determination and cartographic presentation of the location of underground and surface pipes (pipelines).
Research of water bodies by non-contact methods
Modeling and scientific justification of the dynamics of various objects and events with the application of aerospace methods
Land use mapping based on aerospace methods
Ecological monitoring of the environment (includes complex methods)
Cartographic presentation of surface temperature distribution of land and water bodies
Determining, modeling and cartographic presentation of processes in ecosystems in different periods or seasonally

Soil and vegetation cover, spectral properties of water, reflection, absorption and radiation abilities vary depending on the wavelength and physical-biological properties. During aerospace research, recognition of appearance, materials and substances, separation of contours is obtained. Researches should be taken in such spectral ranges that the differences in the reflection and absorption properties of soil, plant species, rocks, and water bodies in these ranges are as large as possible.

We propose other special services for Remote Sensing data:

Detection, thematic mapping and modeling of anthropogenic impacts on various objects and events
Creation of infrastructure maps
Visual interpretation, modeling and cartographic representation of Remote Sensing data and data from other sources
Creation maps of the optimal location of the exploration boreholes to be drilled based on satellite images
Creation of digital orthophoto plans
Creation and updating of the digital cartographic base
Determining oil-contaminated areas and carrying out volume calculations
Mapping of environmentally vulnerable areas
Retrospective assessment of the ecological situation
Determining and mapping of contaminated and unsuitable lands
Determination of environmental damage during emergency situations
Assessment of anthropogenic impacts
Large-scale aerospace research in the fields of agriculture and forestry
Land use and planning

Our services are available in the field of aerospace monitoring of water bodies and land cover. We establish our services on the basis of remote aerospace research and integration of modern methods and GIS technologies.

We approach the issues on a scientific basis, and this is the main criterion that distinguishes us from others. As a rule, the conclusion of each research results in the creation of a GIS, the established criteria are taken into account and mapped. The data and analysis results of the data collected on the object, as well as models and maps, are collected and systematized in the GIS environment.

SOME OF THE SIMILAR PROJECTS WE HAVE DONE

REMOTE SENSING

We propose a number of specific services based on aerospace techniques:

We propose other special services for Remote Sensing data:

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