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Results of EDYPRO's biotechnology in Portugal 2017

Results of EDYPRO's biotechnology in Portugal 2017: “Getting off to a good start” in cultivation is essential for farmers who want to be champions. Thus, farmers whose soil has low fertility, high salt levels, or difficulties in transforming organic matter, have seen that by replacing base fertilization with […]

  • 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

  • Cerezas

    Stone fruit

  • Col

    Cabbage

  • Limón

    Citrus and Sour Fruits

  • Arroz

    Cereal

  • Cebolla

    Onion

  • Caqui

    Khaki

  • Calabaza

    Pumpkin

  • Calabacin

    Zucchini

  • Sweet potato

  • Fresa

    Berries

  • Berenjena

    Eggplant

  • Rice

  • Almendras

    Almond

  • Algarrobo

    Carob tree

  • Alcachofa

    Artichoke

  • Aguacate

    Avocado

Results of EDYPRO's biotechnology in Portugal 2017

Results of EDYPRO's biotechnology in Portugal 2017

“Getting off to a good start” in cultivation is essential for farmers who want to be Champions.

Thus, farmers whose land has low fertility, high salt levels, or difficulties in the transformation of organic matter, have seen that by replacing base fertilization with COUPÉ REGENERATION Plus They achieve a very uniform development of the crop, with a high level of nutrient assimilation and a good rate of daily photosynthesis.

The great effectiveness of this approach has just been verified on a farm in the Alcacer do Sal area (Portugal) where it has been applied to the weakest plots COUPÉ REGENERATION Plus at 60 L./ha. as a base fertilizer, with the 1st application of herbicide EDYFRUIT RICE at 5 L./ha.

As a witness, the farmer left the plots with the most fertile soil and the highest production history.

After the 2nd herbicide application, both in the treated and control areas, 110 UF/ha of Nitrogen were applied.

The rice in the treated plots has shown better tillering and the plots appear well covered.

Likewise, comparing the development of the treated and control plants reveals significant differences in root system development, tillering with a greater number of tillers per plant, and the green color of the leaves.

It is worth highlighting the uniformity in the crop's behavior.
“In these plots, the ears of corn all come out at the same time, and this is fantastic,” the farmer, owner of the farm, shares his satisfaction.

In the following photo you can see the difference in the development of the root system of the treated and control plants; the treated plants have a healthier root with a greater number of absorbent hairs.

In the video you can see and compare the behavior of the plants in the treated and control plots to better understand how biotechnology EDYPRO benefits rice cultivation.

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