Narrow down your search
Search by country or Global FieldID, drawing a polygon or uploading a shape
Narrow down your search
Search by country or Global FieldID, drawing a polygon or uploading a shape
Narrow down your search
Search by country or Global FieldID, drawing a polygon or uploading a shape
Data Availability Map
Assess soil data availability across different geographies
User-friendly data download
Download all available soil data in one click
Data Availability Map
Assess soil data availability across different geographies
User-friendly data download
Download all available soil data in one click
Data Availability Map
Assess soil data availability across different geographies
User-friendly data download
Download all available soil data in one click
Easily compare soil data across different data sources and geographies over time by following our wizard
Step by step
We guide you through the process
Step by step
We guide you through the process
Step by step
We guide you through the process
Results
Download tabular results in csv and/or pdf format
Documentation
Learn more about each data source by accessing the metadata
Results
Download tabular results in csv and/or pdf format
Documentation
Learn more about each data source by accessing the metadata
Results
Download tabular results in csv and/or pdf format
Documentation
Learn more about each data source by accessing the metadata
Collaborate with the community by contributing data, encouraging re-use and interpolation to improve understanding of soil data in different contexts
Your data is valuable
Be part of our community
Your data is valuable
Be part of our community
Your data is valuable
Be part of our community
Easy to upload
Drag&drop your data and made it available for everyone
Easy to upload
Drag&drop your data and made it available for everyone
Easy to upload
Drag&drop your data and made it available for everyone
Integrate the SoilHive API to access rich soil and spatial data for research, analysis, and decision-making.
Our REST API uses modern standards like JSON-LD and schema.org for structured, interoperable data.
Easy integration
Integrate the Soilhive API following our step by step documentation and examples
Easy integration
Integrate the Soilhive API following our step by step documentation and examples
Easy integration
Integrate the Soilhive API following our step by step documentation and examples
Use our filters
Get the soil and spatial data you need using a comprehensive set of filters
Data export
Export data for download and offline analysis and research
Use our filters
Get the soil and spatial data you need using a comprehensive set of filters
Data export
Export data for download and offline analysis and research
Use our filters
Get the soil and spatial data you need using a comprehensive set of filters
Data export
Export data for download and offline analysis and research
A secure and easy-to-use way for organizations to privately share and manage soil data with selected users.
Our best value
We harmonise and standardise your soil data
Our best value
We harmonise and standardise your soil data
Our best value
We harmonise and standardise your soil data
Use our tools
Search and filter available data and make your project known
Manage your data
Get a centralised space for collaboration within and across your organisation
Use our tools
Search and filter available data and make your project known
Manage your data
Get a centralised space for collaboration within and across your organisation
Use our tools
Search and filter available data and make your project known
Manage your data
Get a centralised space for collaboration within and across your organisation
Why do you have an hexagonal map?
At SoilHive, we use Uber H3 hexagons for consistent spatial analysis. These hexagons offer uniform coverage across the map, with equivalent shape and area, facilitating data integration across multiple data sources, and providing a solid framework for soil data density representation.
What is the H3 cell resolution?
H3 is a geospatial indexing system developed by Uber Technologies that organizes the Earth's surface into hierarchical hexagonal cells. H3 supports sixteen resolutions. Each finer resolution has cells with one-seventh the area of the coarser resolution. Hexagons cannot be perfectly subdivided into seven hexagons, so the finer cells are only approximately contained within a parent cell.
What is the Data Availability index?
The Data Availability Index calculation is based on a data-driven approach and defines what is available in a certain location (data density). The DAI serves as a tool to help governments and multilaterals identify areas where data is limited and prioritize efforts to improve data collection and access. A Data Availability Index (DAI) of 0 signifies the least data availability, while a DAI of 1 indicates the highest level of data availability.
How did you calculate the data availability index?
Varda developed a multidimensional assessment framework for assessing data availability that encompasses data density, GIS data type, temporal and spatial resolution, as well as the breadth of information over the soil profile. We assigned a score to each H3 cell based on the information it contains. The scores obtained for each H3 cell are then normalized between 0 to 1. This normalization process enables consistent comparison and interpretation of data availability across different locations and periods.
What are the spatial filters?
We provide a set of spatial filters that allow users to narrow down their search based on areas with similar sets of soil, land cover, and climate characteristics.
How does the Data Comparison module work?
Our Data Comparison module allows you to compare up to two locations per search, based on the properties you're interested in. When possible, we streamline the process by harmonizing different units of measurement across various data sources in the “conversion” column, making it easier for you to compare the information effectively.
Take a look to our other products
Simplify Farm & Field Data Sharing
Global Field ID is an API-based system that assigns a Unique ID number to every agricultural land plot to reduce data fragmentation in the ag-food supply chain and foster knowledge sharing and collaboration across the industry
More info