Grebennikova, Tatyana

Poltoradnev, Maksim

English

JKI Open Journal Systems (Julius Kühn-Institut)

23rd International Symposium of the International Scientific Centre of Fertilizers Plant nutrition and fertilizer issues for the cold climates Son (Norway), September 8-10, 2015   Nutrient interactions serve extra benefit: improving uptake, minimizing losses through balanced nutrient ratios  Maksim Poltoradnev and Tatyana Grebennikova URALCHEM OJSC, Presnenskaya naberezhnaya, 10, Moscow, 123317, Russia, maksim.poltoradnev@uralchem.com; tatyana.grebennikova@uralchem.com   Undertime vegetation period, high precipitation rate exceeding evaporation, as well as light textured soils, are the major concerns on the way to improved crop production in the northern European countries. Legislations on reducing chemicals application, rapidly increasing world population and limited land availability for crop cultivation pushes agriculture to seek new ways to achieve the most effective nutrition of plant varieties, characterized with enhanced yields. The fertilizer use efficiency is controlled by plant nutrient assimilation and nutrients mobility in soil. To achieve a great profit not only fertilization timing and rate should be considered, but also nutrient ratios and interactions. NS 30:7 and SAN 33:3 are fertilizers with balanced combinations of nutrients. Their application provides the developing plant with vital nitrogen, and give a powerful charge for intensive growth, higher roots absorptive capacity and enhance accumulation of basic and micro elements. Latest results on pot and field trials will be demonstrated. Also mechanisms leading to a positive effect will be discussed. For more details see the extended manuscript enclosed.    24 Berichte aus dem Julius Kühn-Institut 184, 2016  

Nutrient interactions serve extra benefit: improving uptake, minimizing losses through balanced nutrient ratios

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Nutrient interactions serve extra benefit: improving uptake, minimizing losses through balanced nutrient ratios

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JKI Open Journal Systems (Julius Kühn-Institut)