Geo Resource & Infra Developers

Arera Colony, Bhopal, Madhya Pradesh
08047026637
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Offering you a complete choice of services which include Remote Sensing and GIS Services, LiDAR Mapping and Services, Geospatial Survey, Environmental Consultancy, Photogrammetric Solutions and Software Development Services.

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Remote Sensing and GIS Services
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Remote Sensing and GIS Services

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Read More... Agriculture plays an important role in economies of countries. The production of food is important to everyone and producing food in a cost-effective manner is the goal of every farmer and an agricultural agency. The satellites have ability to image individual fields, regions and counties on a frequent revisit cycle. Customers can receive field-based information including crop identification, crop area determination and crop condition monitoring (health and viability). Satellite data are employed in precision agriculture to manage and monitor farming practices at different levels. The data can be used to farm optimization and spatially-enable management of technical operations. The images can help determine the location and extent of crop stress and then can be used to develop and implement a spot treatment plan that optimizes the use of agricultural chemicals. Information from remote sensing can be used as base maps in variable rate applications of fertilizers and pesticides. Information from remotely sensed images allows farmers to treat only affected areas of a field. Problems within a field may be identified remotely before they can be visually identified. Following services are currently being provided in the agricultural sector:- Inventory and mapping of Agricultural lands. Assessment of changes in Agricultural land. Assessment of irrigated Agricultural land. Crop inventory Crop hectarage assessment Crop yield estimate Crop Health Monitoring Monitoring of crop conditions including herbicide and fertilizer misapplication. Forest Remote Sensing and GIS is one of the basic applications is forest cover typing and species identification. Forest cover typing can consist of reconnaissance mapping over a large area, while species inventories are highly detailed measurements of stand contents and characteristics (tree type, height, density). Using remote sensing data we can identify and delineate various forest types that would be difficult and time consuming using traditional ground surveys. Data is available at various scales and resolutions to satisfy local or regional demands. Requirements for reconnaissance mapping depend on the scale of study. Satellite images offer the most distinct advantages, in terms of, consistency of data, synoptic coverage, global reach, low image cost per unit area, repeatability, precision, and accuracy. Remote sensing satellite data is found to be very useful in mapping even the inaccessible terrain. A fairly accurate database on Forest can be created in a relatively short span of time, which is otherwise not possible through conventional method of field survey. Different maps and related GIS database is created by us in the below mentioned areas:- Distribution of Forest cover. Identification of Forest Degradation. Forest Change Detection Analysis. Forest Pre-stratification Mapping. Estimation of wood stock of the forest resource.
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LiDAR Mapping and Services
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LiDAR Mapping and Services

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Read More... LIDAR (Light Detection and Ranging) is a remote sensing technology that collects 3-dimensional point clouds of the Earth???s surface. This technology is being used for a wide range of applications including high-resolution topographic mapping and 3-dimensional surface modeling as well as infrastructure and biomass studies. Lidar can be used in geology, archaeology, geography, geomorphology, seismology, forestry, remote sensing, atmospheric physics and contour mapping. Geo Resource and Infra Developers has a good experience to work on Lidar data and we are able to provide our best services to our client. A group of highly qualified professionals in LiDAR applications are working with us. Geo Resource and Infra Developers provides following services in LiDAR applications:- Bare Earth or DTM Creation The raw Lidar data have a number of points with different heights of different features like tree, buildings. Towers etc. To get the actual earth surface we need to separate these feature from the earth surface. The bare ground surface or DTM can be easily separate from other features of earth by classifying the Lidar cloud points. Some manual editing also involve in this process to increase the accuracy of our data. The DTM is useful to analyze accurate earth surface and is applicable in various applications like mining, hydro geological mapping etc. LiDAR data classification The Lidar data classification is a very important process to extract features from the raw data. The classified data represent the elevation of landscape features like crops, forests, roads, railways, airports, bare earth, mountains, valleys, lakes, rivers, glaciers, buildings, and other urban development. 3D Mapping Geo Resource and Infra Developers provide 3d mapping services of the land features using Lidar data. The Lidar data contain height of different features which in helpful to further classify the data in various features. This classified data is useful to display in 3D environment. Elevation Models & Contour Creation Lidar data is very useful to create different elevation models like DTM, DSM and DEM. The Contours of earth surface are generated from DTM. Some editing and smoothing of the DTM will also apply to get the accurate shape of the earth surface. We carry out precise contour generation to the extreme satisfaction of our clients with high pixel resolutions.
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Geospatial Survey
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Geospatial Survey

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Read More... Geospatial survey is essential to identify the different features present in an area. Field surveys should be planned to increase accuracy and quality in data. Global Positioning Systems (GPS) and DGPS are a vital component of field survey and the selection of an appropriate system will depend on the mapping objectives and type of remotely sensed imagery being used. Almost every remote sensing exercise will require field surveys at some stage. For example, field surveys may be needed to define habitats, calibrate remotely sensed imagery (e.g. provide quantitative measurements of suspended sediments in surface waters), or for testing the accuracy of remote sensing outputs. The importance of assessing the accuracy of remote sensing outputs is necessary for client???s satisfaction. The aims of field survey are three-fold. To identify each feature of interest. To locate representative areas of each feature in order to generate spectral signatures (spectra) from the imagery. To generate adequate additional data to test the quality or accuracy of the image classification. Geo Resource and Infra Developers also carries out Surveys for collection of Geological and geophysical data and their validation on different maps. We offer the following services:- Geological Survey A geological survey is to investigate the interested land and its subsurface soils and rocks for environmental concerns, hazard reductions and mining prospecting, etc. The goal of geological surveys usually is to build some base maps or models, including topography, stratigraphy, rock distribution and geological structure delineation, etc. Depending on the purpose of the geological surveys, the methods involved include visual inspection, land surveying, outcrop studies, soil and rock sampling through borehole drilling, geochemical analysis, remote sensing, and geophysical surveys, etc. For example, in order to address the landslide problem in a historically problematic area, a base geological map showing the topography and subsurface stratigraphy need to be built through the geological survey. The geological map thus can be the base for further studies such as the landslide mechanism and prediction. Geophysical Survey The geophysical survey methods involved in geological surveys include gravity, magnetic, direct current resistivity and induced polarization, seismic refraction and reflection, borehole logging, cross hole tomography, airborne geophysics and remote sensing, etc. Geophysical surveys can delineate subsurface materials in large areas more efficiently. For example, for groundwater exploration, geophysical surveys can delineate underground water reservoirs in a large area more efficiently. Based on the map provided through the geophysical surveys, more informative decisions can be made on choosing water well locations. Hydrogeological Survey Field investigations carried out for the purpose of compiling hydro-geological maps and evaluating the overall hydro geological conditions of an area. In the process of hydrogeological surveying studies are made of the rocks forming water-bearing levels, complexes, and zones, the filtering properties of these rocks, and the persistence in area and thickness of water-storing and water-resistant rocks, as well as the amount of pressure and the types, quality, and regime of underground water. Elevation Models & Contour Creation Lidar data is very useful to create different elevation models like DTM, DSM and DEM. The Contours of earth surface are generated from DTM. Some editing and smoothing of the DTM will also apply to get the accurate shape of the earth surface. We carry out precise contour generation to the extreme satisfaction of our clients with high pixel resolutions.
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Environmental Consultancy
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Environmental Consultancy

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Read More... Environmental impact assessment (EIA) is the process which in used to calculate the positive or negative environmental consequences of a plan, policy, program, or project prior to the decision to move forward with the proposed action. Formal impact assessments may be governed by rules of administrative procedure regarding public participation and documentation of decision making, and may be subject to judicial review. An impact assessment may propose measures to adjust impacts to acceptable levels or to investigate new technological solutions. The purpose of the assessment is to ensure that decision makers consider the environmental impacts when deciding whether or not to proceed with a project. The environmental impact assessment is a process of identifying, predicting, evaluating and mitigating the biophysical, social, and other relevant effects of development proposals prior to major decisions being taken and commitments made. EIAs are unique in that they do not require adherence to a predetermined environmental outcome, but rather they require decision makers to account for environmental values in their decisions and to justify those decisions in light of detailed environmental studies and public comments on the potential environmental impacts. Engineering and consulting companies work hand in hand as contractors for mining, energy, oil & gas companies executing EIAs. Environmental Management Plan Conceptualization: preliminary environmental assessment Planning: detailed studies of environmental impacts and design of safeguards Execution: implementation of environmental safety measures Operation: monitoring of effectiveness of built-in safeguards Mining Plan A Mining plan is a document indicating the systematic operation of a mining activity in an area. Using this plan we can evaluates overall phases of mining and oversees the construction of a mine. A mining plan indicates all phases of mining operations ??? from exploration and discovery of the mineral resource, through feasibility studies, mine design, development of plans reserve estimation and production, scheduling, operations, processing and even marketing. It also involved the mine closure stages including final land restoration and rehabilitation.
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Photogrammetric Solutions
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Photogrammetric Solutions

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Photogrammetry is the science of making measurements from photographs. The output of Photogrammetry is typically a map, drawing or a 3d model of some real-world object or scene. Many of the maps we use today are created with Photogrammetry and photographs taken from aircraft.

Photogrammetry is the base to many useful applications to a multitude of industry applications. More enhanced solutions can be derived through other services such as remote sensing.

Through the use Photogrammetry there are many derivative products that can be extracted from the aerial imagery. Geo Resource and Infra Developers provide following services in Photogrammetric applications:-


  • DEM / DTM / DSM
  • Aerial Triangulation
  • Ortho-rectified Images
  • 3D Building
  • Contour Maps
  • Planimetric features such as road edges and heights, signs, building footprints, etc.
  • 3D vegetation modeling
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RGIS Remote Sensing Services

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Software Development Services

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Web Development Services

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Web Designing Services

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Gmap

Geo Resource & Infra Developers G 1, Kamdhenu Tower, E 21, Opposite Habibganj Railway Station, Arera Colony,
Bhopal-462016, Madhya Pradesh, India

Neelesh Sonekar ( Director )
08047026637
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