SpatiEdge Technologies |

DGPS Forest Lease Boundary Survey – JSL

SpatiEdge  conducted a DGPS-based Forest Lease Boundary Survey for JSL to ensure accurate demarcation of leased forest lands. The project provided precise geo-referenced boundaries to support statutory compliance, environmental monitoring, and effective land management for industrial operations.

Project Overview

SpatiEdge draws its foundation from professional participation in the execution of large-scale, flagship geospatial mission projects, contributing to survey integration, GIS database development, and decision-ready spatial outputs for government programmes. The DGPS Forest Lease Boundary Survey project was executed by SpatiEdge Technologies Pvt. Ltd. for JSL to establish precise, geo-referenced boundaries of leased forest lands. The project aimed to ensure statutory compliance, prevent encroachments, and support sustainable land and resource management for industrial operations. Accurate demarcation of forest leases was critical for legal, environmental, and operational clarity.

Client / Stakeholders

  • JSL (Jindal Steel &  Limited)

  • Odisha Forest Department

  • Revenue and Regulatory Authorities

Project Objectives

  • Establish accurate DGPS-based forest lease boundaries

  • Ensure compliance with state and central forest regulations

  • Minimize disputes and encroachments on leased forest lands

  • Provide spatial intelligence to support industrial planning and monitoring

Scope of Work

  • DGPS surveys to capture lease boundary coordinates with high precision

  • Verification of legacy lease documents and maps

  • Creation of geo-referenced GIS layers for all forest lease parcels

  • Integration of survey data with GIS databases for reporting and analysis

  • Preparation of maps and technical reports for regulatory submission

Methodology & Technical Approach

SpatiEdge followed a rigorous survey-first methodology. DGPS field surveys established accurate boundary points, which were cross-checked against legal lease documents and topographic maps. GIS layers were developed to digitally represent lease extents, including all relevant attributes such as lease ID, area, and classification. Multiple validation checks ensured positional accuracy and regulatory compliance.

Technologies & Tools

  • DGPS / GNSS Survey Systems

  • GIS Platforms (ArcGIS / QGIS)

  • CAD–GIS Integration Tools

  • Satellite Imagery for validation

Key Deliverables

  • Geo-referenced forest lease boundary GIS layers

  • Digitized and validated lease maps

  • Technical survey reports for statutory approvals

  • Integrated GIS database for monitoring and planning

Impact & Outcomes

  • Ensured precise lease boundary demarcation and regulatory compliance

  • Reduced risks of encroachment and boundary disputes

  • Provided a reliable spatial foundation for industrial planning

  • Strengthened institutional coordination between JSL and forest authorities

  • Enhanced transparency and long-term monitoring of forest lease lands