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Solution to high salinity in soils

PROBLEM We are increasingly encountering difficulties in cultivation due to salinity in either the soil or the water. Salts inhibit root system development and eventually burn the root hairs and secondary roots, all of which impairs the plants' ability to grow. Salts accumulate in agricultural soils […]

  • Vineyard

  • Uva

    Table Grapes

  • Tomato processing

  • Tomate

    Tomato

  • Soja

    Soy

  • Pimiento

    Pepper

  • Pepino

    Cucumber

  • Olivar

    Olive grove

  • Sandía

    Melon and Watermelon

  • Maíz

    Corn

  • Manzana

    pome fruit

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    Stone fruit

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    Eggplant

  • Rice

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    Almond

  • Algarrobo

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  • Aguacate

    Avocado

Solution to high salinity in soils

PROBLEM

We are increasingly encountering difficulties in cultivation due to salinity in either the soil or the water. Salts inhibit root system development and eventually burn the root hairs and secondary roots, all of which impairs the plants' ability to grow.

Two types of salts accumulate in agricultural soils:

  1. The mineral salts from fertilizers which, due to a lack of cation exchange in the soil, pass into primary forms and, not being assimilated by plants, accumulate in the soil in the form of toxic salts.
  2. Toxic salts (sodium and chloride ions) that are typical for lands that were formerly sea or supplied by irrigation waters.

The droughts we are experiencing in the Mediterranean region are causing water degradation and increasing soil salinity. This is leading to critical situations like the one seen in the images taken on April 15th in the southern part of the Region of Murcia.

Not only can you see the layer of salt that accumulates on the margins of the drip irrigation bulbs, but also symptoms of plant weakness:

  • Very thin trunk which implies a low potential for raw sap transit.
  • Fruits in a state of thickening, very whitish, which demonstrate a calcium deficiency and difficulties in fattening up and generating tissue of good consistency and quality.
  • Small leaves with reduced capacity for daily photosynthesis.

SOLUTION

Our technical assistant recommended performing these applications COUPÉ REGENERATION Plus:

These applications allow us to rapidly regenerate the soil's own microbial flora and increase cation exchange, contributing to the transformation of mineral salts into an assimilable form. At the same time, they free the clay-humus complex of toxic salts by displacing sodium ions and toxic salts from the upper soil horizon.

RESULT

Today May 10th, just 25 days later, This crop has already demonstrated a radical change:

  • The salt crust has been removed from the soil,
  • The trunks of the plants have thickened,
  • The fruits have taken on an intense green color, which is a sign of a correct thickening process.

This is how the crop can be seen in these images.

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