viernes, 30 de diciembre de 2016

EDYPRO´s 2016 in Portugal

Very good memories of the experiences in Portugal this year!
We thank to everyone who has accompanied us and has used the biotechnology of EDYPRO in their crops!


Our 2016 in France

It was an excellent year for EDYPRO in France!!!
Dear friends, we´are grateful for all the experiences and achievements we had thank to your collaboration!

martes, 20 de diciembre de 2016

EXCELENT YIELD IN BIOLOGICAL CUCUMBER

The production of large cucumber in the greenhouse requires specific conditions for good fruit development and control of floral abortion.
The coast of Granada is an area with great culture and tradition of this culture. This year, due to the low atmospheric humidity in October and November, the floral abortion and the appearance of curved, deformed and lackluster fruits known as "sword point" or "pencil point" has been very pronounced.
Next, we show an ecological cultivation in greenhouse of hillside with difficulties or excess drainage, low relative humidity by high ventilation.

In the visit made by our Technical Director on 17/11/2016 the greenhouse presented important problems of aborted fruits of difficult filling and questionable quality. In addition the plant has suffered a cupric gluconate intoxication that manifests itself in the yellowing in the apex of the leaves.

After realizing the applications recommended by our Technical Director the crop have completely changed. 

You can see the details of the applications realized in our web.

miércoles, 14 de diciembre de 2016

RESULTS CONFIRMED BY OUR CLIENT





We are pleased to share with you the extraordinary results obtained by our client and friend Jérôme Grangier in the tomato for processing in Tarascon (France) in his farm EARL LES GLAIS.

http://www.edypro-online.com/press-and-news/h





jueves, 24 de noviembre de 2016

Analysis of a demonstrative experience in the El Ejido (Almería)




The future agriculture is the combination of the professionalism of the farmer, the applied technology and with indispensable application of the biotechnology that allows to extract the maximum productive potential of the crops.
In the wide EDYPRO´s catalog an exceptional place possesses COUPÉ REGENERACIÓN Plus and PROCUAJE RADICULAR for its exceptional results that our loyal customers confirm year after year. But what physiological aspects of the crops improve these products and in what measure?

http://www.edypro-online.com/integral-plans-by-crops/integral-plans-by-crops_1/analysis-of-a-demonstrative-experience-in-the-el-ejido-(almeria)







martes, 22 de noviembre de 2016

IMPORTANT INCREMENT OF THE YIELD IN CULTURE OF SOYBEAN



Soy is a relatively new crop for European farmers and due to the new requirements of the CAP and growing demand for products base on soy ingredients will have a significant expansion of planted areas in the coming years.
The cultivation of soybean gives important advantages in the case of rotation with the organic rice, enriching the soil with nitrogen and increasing its fertility.

http://www.edypro-online.com/integral-plans-by-crops/integral-plans-by-crops_1/important-increment-of-the-yield-in-culture-of-soybean

The biotechnology of EDYPRO allows to maximize the productivity of your cultivation, improving the quality of grains.





viernes, 28 de octubre de 2016

Solution to the problem of saline water



Water is one of the most important resources for intensive agriculture, and on its quality, depends the production and economic profitability of farms.

And when we have only water with high salinity, the farmer should give up?

EDYPRO biotechnología has specific solutions that can help minimize the negative impact of salinity in the culture, preventing sodium ion get fixed to anions of the soil, releasing the clay-humic complex of toxic salts.

http://www.edypro-online.com/integral-plans-by-crops/specific-solutions/solution-to-the-problem-of-saline-water





miércoles, 26 de octubre de 2016

BIDESINFECCIÓN PLUS



The invasion of nematodes in the root system of the plants causes progressive decay as these disrupt the proper transit of crude sap through the colonized cells. Thus, the productive life of the plant ends in anticipated way.

What to do when the plant is already infected a few weeks after transplantation?