Soil Health

The invisible power beneath our feet

Much of what we take for granted in our daily lives is based on the soil. Soil is the foundation of human civilization, sustaining every aspect of our lives. It provides our food, drinking water, and raw materials, while naturally filtering pollutants and supporting our buildings and infrastructure. These vital functions are known as ecosystem services. Read more about ecosystem services.

In short, soil is a precious asset and therefore knowledge of soil is essential whether in agricultural management, nature management or managing our living environment in villages and cities.

Looking at soil differently

How can we use the soil without compromising its health?

This requires a fundamental shift in how we view soil - not as a resource to exploit, but as a living system as complex and vital as the human digestive system.

Our gut Soil
Bacteria help digest food and make nutrients available Bacteria and fungi break down waste products and make nutrients available to plants
Contribute to our immune system Ensure healthy resistance to pathogens
Microbiological composition is crucial for health Microbiological composition is crucial for soil health and productivity

What are the consequences if soil microbiological health is affected?

  • Insufficient degradation of substances, such as plant residues but also nitrogen.
  • Increased susceptibility to diseases.
  • Increased susceptibility to too dry or too wet conditions.

 

The soil microbiome is the key to healthy ecosystems

The soil microbiome is the collection of all the microorganisms in the soil that together form the basis of almost all ecosystems on earth.

We are studying the soil microbiome to:

  • Gain a deeper understanding of what happens in the soil.
  • Better understand disturbances.
  • Develop solutions for soil restoration.

By understanding the soil microbiome, we can help governments, land managers and farmers better understand and manage soil.

Soil research with Next Generation sequencing (NGS)

At our company, we specialise in soil microbiology research using next-generation sequencing (NGS). This method involves mapping unique pieces of DNA to identify the corresponding organism. We subsequently compare this piece of DNA with a DNA database to identify the organism. This approach enables the collection of extensive data on the soil, including its microbial diversity, the presence of nitrogen-fixing bacteria, and its capacity to protect plants from stress. Integrating this information with other data, such as chemical and physical parameters, provides a comprehensive understanding of the soil's functioning.

For more information on our services, please refer to our service page.

Contact

Are you interested in our methods and would like more information?

Please contact Eline Keuning or Jidske Knigge.

Contact Eline
Contact Jidske

More about Soil Health

Agriculture

Nature management

Urban areas and industry

Services

Projects

Want to know how we can help you?

Let us inspire you

Get in touch