Description
Available images
Field Management Zone Delineation Tool
This Tool is Powered with Satellite Imagery and Yield Maps of your Field
Partner Organizations
Digital Farmig - Balboa Lab
Nebraska Digital Agriculture
University of Nebraska-Lincoln Agronomy and Horticulture
CIG: This tool was partly supported by an award from the USDA-NRCS Conservation Innovation Grants, Precision Nitrogen On-Farm Conservation Innovation Trials, award number NR203A750013G014.
What This Tool Does
This tool helps you create management zones for precision agriculture applications by analyzing multiple years of yield data combined with satellite-derived vegetation indices.
Key Features
- Multi-Year Yield Analysis: Requires at least 3 years of yield data to identify stable patterns across growing seasons
- Satellite Imagery Integration: Uses NDVI (Normalized Difference Vegetation Index) and NDRE (Normalized Difference Red Edge) to assess crop health and vigor
- Customizable Parameters: Control image selection, date ranges, cloud cover tolerance, and filtering thresholds
- Cluster-Based Zoning: Creates management zones using advanced clustering algorithms to group similar areas
Expected Outputs
After completing the analysis, you will receive:
- Detailed management zone maps showing areas with similar characteristics
- Statistical summaries of yield patterns and vegetation indices for each zone
- Recommendations for variable rate application strategies
- Visual comparisons across years and zones
- Exportable reports in PDF or HTML format for sharing with agronomists and stakeholders
Data Requirements
- Yield Data: Georeferenced yield monitor data in shapefile or CSV format with coordinates
- Field Boundaries: Polygon shapefile defining your field edges
- Minimum Years: At least 3 years of yield data for reliable zone delineation
- Date Information: Growing season dates for each year to properly query satellite imagery
Funding Acknowledgment
CIG: This tool was partly supported by an award from the USDA-NRCS Conservation Innovation Grants, Precision Nitrogen On-Farm Conservation Innovation Trials, award number NR203A750013G014.
Partner Organizations
Digital Farmig - Balboa Lab
Nebraska Digital Agriculture
University of Nebraska-Lincoln Agronomy and Horticulture
Analysis Workflow
Follow these steps to run your precision agriculture analysis:
- Upload Yield Data - Provide yield data from at least 3 years
- Upload Field Edges - Define your field boundaries
- Delineate Field Edges (Optional) - Refine field boundary definitions
- Select Parameters - Choose date range, years, number of images, and cloud cover threshold for NDVI and NDRE calculation
- Filter by Vegetation Indices (Optional) - Apply filters based on vegetation index values and variability
- Select Number of Clusters - Define management zones by specifying the number of clusters
- Download Report - Generate and download your analysis report in PDF or HTML format
For questions or support, please contact Guillermo Balboa.
Team Members: Guillermo Balboa, Pablo Paccioretti, Mariano Córdoba, Mónica Balzarini.
Yield File Upload
No yield data selected. You can proceed to define the field boundary using a polygon file or by drawing on the map.
Uploaded Files
Data Cleaning & Depuration
Data Cleaning & Depuration
Polygon File Upload
Uploaded File
If you do not upload a polygon, the boundary is auto-detected from your yield data (shown in orange on the map). You can also draw or edit it directly on the map.
Field Map
Data Plot
Data Filtering
Statistical Indices
The number of clusters that is suggested will coincide with the lowest value of the index.
Cluster plot
Live Preview
Zone Delineation Map
Plot selected in the 'Delineate Zones' tab.
Summary Statistics by Zone
Done with
FastZoning
Balboa Lab — University of Nebraska–Lincoln