Natural Resource Mapping

  • Use of satellite or aerial imagery to identify, monitor, and manage natural resources such as forests, water bodies, minerals, and agricultural lands.
  • Remote sensing technology provides valuable insights into the distribution, condition, and changes in these resources over time.

Landuse Mapping for Environmental Impact Assessment

  • Classify and analyze land cover types and their changes over time.
  • Provides critical insights into how land use practices affect the environment, helping to identify potential impacts on ecosystems, water resources, and biodiversity.
  • Remote sensing applications can support coastal zone management, assess the impacts of climate change, monitor shoreline changes, and help in the conservation of coastal ecosystems.

Urban Infrastructure Mapping

  • Using satellite imagery, aerial photography, and other remote sensing technologies to create detailed and accurate maps of urban environments.
  • Monitoring and analyzing the physical and functional aspects of city infrastructure, including roads, buildings, utilities, and transportation networks.
  • Enhances the precision and efficiency of urban infrastructure mapping, supporting informed decision-making and sustainable urban development.

Digital Processing of Mine Lease Area

  • Preparing Remote Sensing based Landuse analysis of Mine Lease and surrounding area for submission to MOEF as per requirement of TOR.
  • We use high resolution satellite data and advanced imaging technologies and analytical techniques to generate Landuse map.
  • We also carry out ground verification to check the accuracy of classification.

Digital Image Processing and Classification

  • Includes techniques for enhancing, filtering, and transforming digital images to improve their quality and usability.
  • Process such as noise reduction, contrast adjustment, and image sharpening. The goal is to prepare the raw image data for more accurate analysis and interpretation.
  • Classification techniques are applied to categorize different features or land cover types within the image.
  • Converting raw image data into meaningful information, digital image processing and classification help in making informed decisions based on spatial information.

Watershed Management

  • Involves utilizing satellite and aerial imagery to monitor, analyze, and manage watershed areas.
  • Provide valuable data on land use, vegetation cover, soil types, and water bodies, which are crucial for understanding watershed dynamics and addressing issues such as erosion, pollution, and water scarcity.
  • Track changes over time, assess the impacts of land use practices, and develop strategies for sustainable water resource management.

Digital Terrain Model

  • Earth's surface topography, capturing the elevation values of the terrain while excluding natural and man-made features such as vegetation and buildings.
  • Created from remote sensing data, such as satellite imagery or airborne drone survey, a DTM provides a detailed and accurate depiction of the ground surface.

Slope and Aspect Analysis

  • Measures the steepness or degree of incline of a terrain surface.
  • Understanding how water flows over the land, predicting erosion, and assessing suitability for various land uses like agriculture, construction, or forestry.
  • Derived from digital elevation models (DEMs) and can be visualized as a gradient or contour map, highlighting areas of steep and gentle slopes.
  • Useful for mine planning and haul road analytics.
Geospatial Solutions And Services

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