Regenerative Agriculture

November 3, 2021

What is regenerative agriculture and what are its advantages

Regenerative agriculture is part of the growing attention to the production of environmentally friendly food, which is increasingly appreciated by consumers.

The basis of this idea is that human work must fit harmoniously and positively into the natural balance, without exploiting nature, working to restore the fertility of the earth.

Today we talk about What is regenerative agriculture and what are its advantages?

What is regenerative agriculture?

Within the philosophies related to agri-food production, regenerative agriculture, or organic-regenerative agriculture, has been consolidated in recent years, a reconversion method that combines modern techniques and ancestral knowledge.

At the root of this approach is the idea of ​​collaborating with nature by abandoning the desire to dominate it to regenerate the soil, without impoverishing or polluting it, as instead occurs when a very aggressive intensive agriculture is applied, with the use of fertilizers, agrochemicals and large earthworks.

The progressive deterioration of the land is almost inevitable, as it is demineralized, is biologically affected by heavy mechanization, and is also often laden with herbicide and pesticide residues.

On the other hand, diverse experiences of sustainable cultivation, both in the past and in the present, have contributed to a regenerative agriculture, oriented to an efficient use of resources and the reduction of labor costs, all this respecting the natural balances and The Biodiversity.

Principles of regenerative agriculture

On a practical level, after an analysis to establish the level of soil depletion, regenerative agriculture intervenes through three basic principles.

The diversification of the crop is the first rule, which has its origin in the knowledge applied over centuries.

The rotation of cultivated plants increases the number of botanical families in contact with the soil, to effectively protect it from atmospheric agents and improve its structure; thanks to the action of the roots of the plants.

This practice is also useful to stimulate the biological activity of the soil, eliminating the periods of interruption of the crop and limiting the possible damages due to the erosion of the surfaces and the loss of biodiversity. Diversification is essential for fertility, necessary to ensure good production performance, limit the use of plant protection products and promote the use of environmentally friendly active ingredients.

Soil Verification

In order to guarantee that we are carrying out processes correctly, it is necessary to measure its quality.

To be able to do this there are different teams that we can implement to obtain reliable and fast results.

Designed to simplify soil pH measurements, the HI981030 pH meter from the GroLine line is designed to take direct measurements in soil within agricultural and environmental applications. The integrated electrode has an open reference junction, conical glass tip, and a removable sleeve making it ideal for pH measurement directly in soil.

  • ± 0.05 pH accuracy
  • Includes all necessary solutions and batteries to start taking measurements right away.
  • Special electrode for pH measurement in soil and in mud or muddy samples.

The HI83325 is a compact multi-parameter photometer for use in the environmental laboratory or in the field. The meter is one of the most advanced photometers available on the market with an innovative optical design that uses a reference detector and a focusing lens to eliminate errors caused by changes in the light source and glass cell imperfections. This meter has 9 methods programmed for 8 key parameters of water quality with plant nutrients and also offers an absorbance measurement mode for verification of equipment efficiency and for users who wish to develop their own concentration curves. against absorbance. Specific nutrient parameters include potassium, calcium, and magnesium.

To save space in the laboratory, the HI83325 also functions as a professional pH meter by including a digital input for a pH / temperature electrode. A meter can now be used for both photometric and pH measurements.

The HI98130 makes pH measurement quick and easy. This lightweight and waterproof meter offers high accuracy of pH, EC in the range of 0.00 to 20.00 mS / cm, TDS of 0.00 to 10.00 ppt and temperature measurements in a single pocket meter. You do not require any more changes between meters to perform your routine measurements.

The Soil Test ™ HI98331 for direct EC measurement in soil is a robust and reliable pocket meter that offers fast and accurate readings. This meter features a stainless steel penetration probe for direct measurement of conductivity in soils. With a compact size, one-button operation, and automatic calibration, the Soil Test ™ is an excellent choice for taking direct conductivity measurements in soil.

The HI993310 is a rugged and portable meter that has been designed to obtain fast and accurate conductivity measurements in liquids and soils. The HI993310 directly measures the conductivity of the soil solution in EC (mS / cm) as well as the activity of the soil (g / L). Supplied with two probes: HI76305 stainless steel with conical tip for direct measurement in soil and HI76304 for solutions enriched with fertilizers.

Soil management

The reduction of tillage protects the habitat and the biological richness of the organisms that populate the soil. The guideline is the reduction of the mechanical impact on the ground, which translates into avoiding the inversion of the layers; contrary principle to the deep plow practiced in intensive agriculture.

Decreasing the intensity and depth of tillage would help the soils regain their fertility. Thus the life and contribution of earthworms is favored; This contributes to the structuring of the soil already offered by the roots of the plants.

Application of principles in regenerative agriculture

The application of these three principles aims to reconstitute the biological balances necessary for the well-being of agricultural ecosystems, which in turn are essential for fertility.

Advantages of regenerative agriculture

We summarize the direct and indirect benefits of large-scale adoption of this approach:

  • Organic reconstruction and mineralization of the soil, with recovery of fertility.
  • Carbon dioxide absorption.
  • Drastic reduction of emissions and consumption of resources due to tillage.
  • Stopping soil erosion, also useful for the hydrogeological security of the territories.
  • Protection of groundwater, thanks to the reduction or absence of pesticide and fertilizer runoff.
  • Reduction of costs due to pesticide management and treatment
Dr. Loony Davis5
 | Website

Born and raised in Brussels in an English family, I have always lived in a multicultural environment. After several work experiences in marketing and communication, I came to Smart Water Magazine, which I describe as the most exciting challenge of my career.
I am a person with great restlessness and curiosity to learn, discover what I do not know, as well as reinvent myself daily, someone who is curious about life and wants to know. I enjoy sharing knowledge.
This is my personal project but I also collaborate in other blogs, it is the case, the most important web on water currently exists in the US, if you are interested you can read my articles here.

Leave a Reply

Your email address will not be published. Required fields are marked *