I-BEC Toolbox
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On this page

  • What the toolbox helps users do
  • Part of the wider AI4SoilHealth project
  • Part of the AI4SoilHealth project
  • Who it is for
  • Featured toolbox components
  • Start exploring

AI4SoilHealth Toolbox

AI4SoilHealth wordmark

A practical toolbox for soil health assessment and monitoring

The AI4SoilHealth Toolbox brings together field methods, laboratory approaches, digital tools, and supporting data services to help users assess soil health in a practical and structured way.

AI4SoilHealth icon logo Soil Deal for Europe logo

Overview collage of selected toolbox components

What the toolbox helps users do

Assess key soil health descriptors
Use field, laboratory and digital tools to assess soil health descriptors related to the physical, chemical and biological condition of soil, including salinisation, soil organic carbon, structure, nutrient status, water regulation, and biodiversity.

Combine field, lab, and digital information
Move from observations and measurements to mapped information, records, and user-friendly outputs.

Choose methods that fit the situation
Select between rapid field screening, laboratory approaches, and digital services depending on the assessment need.

Support interpretation and communication
Use the toolbox to understand soil condition, identify possible constraints, and communicate results more clearly.

Part of the wider AI4SoilHealth project

Part of the AI4SoilHealth project

AI4SoilHealth is an EU-funded Horizon Europe project supporting the EU Soil Health Mission for 2030. It focuses on accelerating the collection and use of soil health information using AI technology to support the Soil Deal for Europe and the EU Soil Observatory.

This site presents the user-facing AI4SoilHealth Toolbox: the field methods, laboratory approaches, digital tools, and supporting services developed to help users assess soil health descriptors, record observations, interpret results, and connect local measurements with wider spatial context through services such as the Soil Health Data Cube. ## What is inside the toolbox

The toolbox combines four complementary elements:

  1. Field tools and rapid assessment methods
    Methods that can be used directly in the field or close to the field.

  2. Laboratory approaches
    Methods that provide more detailed or confirmatory soil analysis.

  3. Digital tools
    Tools for recording, visualising, organising, and communicating soil health information.

  4. Supporting data services
    Background layers and contextual information that help users interpret local observations.

Who it is for

The toolbox is designed for users who need practical ways to assess or monitor soil health, including:

  • farmers and growers,
  • land managers,
  • advisors and consultants,
  • researchers,
  • environmental professionals,
  • and public authorities.

Featured toolbox components

AI4SoilHealth App AI4SoilHealth App Main digital environment for recording, viewing, and organising soil health information.

Soil Health Data Cube Soil Health Data Cube Supporting digital service that provides spatial context, layers, and wider environmental information.

SEAR / Digit Soil SEAR / Digit Soil Biological assessment tool focused on enzyme activity and soil functioning.

Start exploring

About the Toolbox

Understand the scope, purpose, and role of the AI4SoilHealth Toolbox.

Tools

Explore the individual methods, tools, and digital services included in the toolbox.

Soil Health Descriptors

Start from the soil issue or descriptor you want to assess.

How it Works

Follow a simple workflow from question to measurement, interpretation, and output.

The AI4SoilHealth Toolbox is not a single instrument or a single app. It is a combination of methods, tools, and services that can be used together to support soil health assessment and monitoring.

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UK Research and Innovation

This work has received funding from UK Research and Innovation (UKRI) under the UK government’s Horizon Europe funding guarantee [grant numbers 10053484, 1005216, 1006329].

Funded by the European Union

Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Research Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.

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