Duet installer apple application support
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Between 20, two separate series of the experiment were conducted. The experiment was conducted on one-year-old maiden apple trees of four varieties, ‘Gala Schniga’, ‘Ligol’, ‘Red Boskoop’, and ‘Topaz’, grown in a nursery on an M.9 rootstock. , natural bioactive substances and microbial inoculants may be valuable tools that enhance the availability of soil nutrients, their uptake, and their assimilation. observed that the application of amino-acid-based biostimulants increased the uptake of nutrients by peach plants. did not observe any significant effect of various biostimulants on the contents of minerals in strawberry leaves.
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found that the seaweed extract had no effect on the potassium content in celeriac leaves. Some researchers observed that these biostimulants increased the leaf potassium content. The treatment increased the contents of both macro- (N, P, K, Ca, S) and micronutrients (Mg, Zn, Mn, Fe) in these plants. As results from the research conducted so far, the foliar application of marine algae extracts stimulated the uptake of nutrients in various plant species, e.g., lettuce and grape, soybean, tomato, and winter rapeseed. īiostimulants change the solubility and transport activity of nutrients supplied to plants. This method of fertilisation is particularly important for magnesium and calcium supplementation deficiencies, because the root absorption of these nutrients is limited due to their antagonistic relationship with other elements. It should also be applied if plants’ roots are damaged and during stagnation of water on the soil surface. Foliar fertilisation should be practised due to the insufficient uptake of soil nutrients during periods of low rainfall. According to some authors, the combination of these two methods of plant nutrition guarantees the best results in the cultivation of apple trees. Plants can absorb more nutrients at a faster rate if foliar fertilisation is applied, especially at low temperatures. On the other hand, plants do not use large amounts of nutrients supplied with mineral fertilisers, because these are leached into deeper soil layers, where they degrade the environment. Large amounts of mineral fertilisers are used in nursery production to intensify the vegetative growth of fruit trees. Poland is the largest producer of maiden apple trees in Europe and the third largest apple producer in the world. One of the fertilisers also increased the leaf contents of potassium, magnesium, and micronutrients. The foliar application of two fertilisers increased the leaf contents of phosphorus (12% average) and calcium (9.3% average). On the other hand, it increased the iron (28.2% average) and manganese (24.8% average) levels in the leaves but reduced the levels of zinc (11.8% average) and copper (25% average). In most cases the simultaneous foliar application of the four biostimulants tested in our experiment reduced the content of macronutrients in the leaves of maiden apple trees, except for calcium. At the same time, it decreased the soil content of macro- and micronutrients, except for calcium and iron. The half dose of mineral fertiliser applied into the soil decreased its acidity and salinity.
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The control combination was a full dose of mineral fertilisation without foliar treatments. The experiment compared the use of a dose of mineral fertilisation reduced by half in a nursery, which was replaced by foliar treatment with biostimulants and fertilisers.