GeoPard Tutorials | Precision Ag Software
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  • Introduction to GeoPard
  • 🖥️Product Tour - Web App
    • Getting Started
    • 🛰️Satellite Monitoring
    • 📊Zones Maps and Analytics
    • Equation-based Analytics
    • Automated Soil Sampling Planning
    • ⛰️Topography
    • ⛰️3D Maps
    • Import
    • Export / Download
    • 🤖API
    • Operations Log - Track errors/Imports and Analytics
    • Organizations and Roles
    • Farms Sharing between Accounts & Organizations
    • Delete Farms
    • Managing Crop Season information with tags(labels)
    • ⚙️User Settings
    • 🚜John Deere Operations Center Integration
    • 🧠GeoPard MCP
  • 🌍ESRI ArcGIS Integration, Beta version
  • 🚀Changelog & Product Releases
    • Release Notes
  • 👨‍🌾Agronomy
    • Precision Agronomy Use Cases & Best Practices Overview
    • Field Management Zones (Productivity Zones) Creation Process
    • Variable Rate Seeding (Planting) Maps
    • Yield Calibration & Cleaning
    • Synthetic Yield Map
    • Create Soil Sampling Zones, Points, Route, export as KML, and execute
    • Evaluate Accuracy of Seeding Application
    • Evaluate Accuracy of Fertilizer Application
    • Field Trial Analytics
    • Nitrogen Use Efficiency & Uptake
    • Weed Patches Detection and Herbicide VRA Rx Map
    • Dealer Workflow in Italy: John Deere Ops Center - GeoPard - VRA Nitrogen - Trials - Profit Maps
    • Use Case: Variable-Rate Nitrogen (VRA) for Potatoes to Realize 5–10% More Yield
    • Comparing Yield Datasets
    • Compare Soil Scanner Data between Years
    • Flood Insurance Report
    • VR Lime Application Based on Soil pH Data
    • Analyzing John Deere See and Spray Data with Custom Formulas
    • Detecting Clay and Sand with SBI
  • 📱Product Tour - Mobile App
    • Installation
    • Logging in
    • Viewing satellite images
    • Viewing zones maps
    • Viewing soil data
    • Viewing yield data
    • Viewing topography maps
    • Viewing as applied datasets
    • Working in the field/Scouting zones maps
    • Working offline
    • Filters
    • Options
    • Settings
  • 🤖API Docs
    • GeoPard API Overview
    • Getting Started
    • Authorization: ApiKey, Credentials or OAuth 2.0
    • Diagrams with Basic Flows
    • Data Schema
    • Requests Overview
    • Geo Endpoints
      • WMS - Get Raster Pictures of Spatial Data Layers
      • WFS - Get Spatial Data Layers in Vector format (shp, geojson)
        • 1. Get the Field Boundary as Geojson
        • 2. Get the Zones map as Geojson
        • 3. Get Zones Attributes as JSON
        • 4. Get Soil data as Geojson
        • 5. Get Yield data as Geojson
    • Uploading Files
    • API FAQ
  • 🛣️Platform Roadmap
    • Roadmap
  • GIS quick Hints
    • QGIS: Change String to Number values in the shapefile
    • QGIS: Yield Data Manipulations
    • QGIS: Split Boundaries Into Subfields
    • QGIS: Merge Vector Layers
    • QGIS: Merge Selected Features from Vector Files
    • QGIS: Calculate NDVI for the Drone Geotiff File
    • QGIS: Split Multi-field Shapefiles
    • QGIS: Convert CSV to SHP
    • QGIS: Reproject Shapefile
  • Policies
    • Your Data Stays Yours, Securely Managed By GeoPard
    • Terms & Conditions
    • Privacy Policy
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  1. 🤖API Docs
  2. Geo Endpoints

WFS - Get Spatial Data Layers in Vector format (shp, geojson)

1. Get the Field Boundary as Geojson2. Get the Zones map as Geojson3. Get Zones Attributes as JSON4. Get Soil data as Geojson5. Get Yield data as Geojson
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Last updated 2 years ago

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Start Working with GeoPard

  • Go To GeoPard Application
  • Go to GeoPard Website
  • Demo Request
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This Portal Sections

  • Introduction
  • Product Tour - Web App (incl. video)
  • Product Tour - Mobile App (incl. video)
  • Precision Agronomy Use Cases
  • API
  • Your Data Stays Secured
  • Release Notes

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