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Regenerative Agriculture

The industrialized agricultural system has had a devastating effect on soil health. The use of synthetic pesticides and fertilizers has degraded the foundation of agriculture, leaving our soil depleted of key nutrients and life. The soil is an incredibly resilient, living entity. It's composed of clay, sand and silt particles, and contains the living roots of plants, threads of mycelium, animals like worms and nematodes, and tons of micro-organisms. Fertilizer use also has created significant environmental damage, e.g. through its negative effect on nitrogen emissions.


The video below clearly explains this and explains why we must reduce the environmental damage. 

Regenerative agriculture offers a sustainable solution. It's a system of producing food and biomass that focuses on rebuilding soil health and biodiversity, while reducing our reliance on synthetic inputs like herbicides, pesticides and chemical fertilizers. The end result is a foundation of resilient soil that produces consistent, high-quality yields and a healthier environment. 

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Principles of Regenerative Agriculture

Regenerative principle. Reduce reliance on synthetic fertilizer.
Reduce reliance on synthetic fertilizer
Regenerative principle. Cover crops & crop rotation
Cover crops &
crop rotation
Regenerative principle. Minimal soil disturbance and tilling. Agricultural machine, tractor.
Minimal soil disturbance and tilling
Regenerative principle. Organic nutrition to build natural resilience. Flower.
Organic nutrition to build natural resilience
Regenerative principle. Rotational grazing and integrated livestock. Cows.
Rotational grazing and integrated livestock

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Plant Health & Plant Sap Analysis

Just like a blood test can reveal a person's health status, a plant sap analysis can provide an in-depth look into a plant's nutrition and health. This analysis reveals important information about the plant's nutrient uptake, mineral deficiencies or excesses, nutrient imbalances in the soil, and plant reserves. Furthermore, it can tell you what nutrients the plant is able to use for its growth at that moment, and can even reflect its health and vitality, as well as the quality of its fruits. 


For farmers, getting a plant sap analysis can be the key to improve the overall health of their plants and ensure the highest quality fruits. It can also help to identify and eliminate any potential problems before they arise, leading to improved plant vitality, reduced costs and greater profits. In the FAQ you can find answers on most asked questions to us.

Do you want to know more? The video below explains plant sap analysis for improving crop nutrition, using Crimson Beefsteak Tomatoes as an example. It covers important aspects of plant nutrition like nutrients, biochemical sequence, and photosynthesis. You can also read more in the sources shared below.









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Contact us if you have any question!

Regenerative field with herb-rich grassland.

Regenerative Stories

See more frontrunner farmers & agronomists at CO2L Farming

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