Return to the main page
Maximum effect of pesticides guaranteed in any conditions
  • Contact us
  • How to apply
    General recommendations
  • Presowing seed treatment
  • Foliar spraying
  • Table of regulations

  • Cereals
  • Winter wheat
  • Spring wheat
  • Winter and spring rye
  • Winter and spring triticale
  • Winter barley
  • Spring barley

  • Maize

    Oil crops
  • Canola
  • Soybean
  • Sunflower
  • Flax

  • Potato

    Sugar beet

    Grain crops and panicled cereals
  • Buckwheat
  • Oats
  • Millet
  • Rice
  • Sorghum

  • Legumes
  • Soybean
  • Pea
  • Chickpea
  • Peanut
  • Lentil
  • French beans
  • Fodder beans
  • Lupine

  • Fodder grass
  • Galega
  • Amaranth
  • Alfalfa
  • Spring vetch
  • Oilseed rape
  • Clover

  • Vegetables
  • Eggplants
  • Squash
  • Carrot
  • Cucumber
  • Sweet pepper
  • Lettuce
  • Table beet
  • Tomatoes
  • Onion
  • White cabbage
  • Chinese cabbage

  • Horticultures and berries
  • Apple
  • Cherry
  • Strawberry
  • Currant
  • Gooseberry

  • Grapevine

    Decorative and other cultures
  • Flowers
  • Decorative trees and bushes
  • Lawn grass

  • Bioremediation of oil-polluted soils

     

    lover

    Clover

    Cereals Potatoes Maize Flax Sunflower Sugar beet Grain crops and panicled cereals Legumes Fodder crops Vegetables Horticultures and berries Vine Decorative and other cultures

    Materials of this chapter were published in the book 'Biological product Albit for yield increase and plant protection: trials, recommendations, results of application' edited by member of the Academy V.G. Mineev. All-Russian Scientific Research Institute of Plant Protection, Ministry of Agriculture of the Russian Federation, 2009, and also in articles:

    • Harchenko G.L. Complex protection and increasing the productivity of clover after Albit application / G.L. Harchenko, .. Ryabchinskaya, N.. Sarantseva, I.Yu. Bobreshova, .. Zlotnikov // Zashchita i Karantin Rastenii (Plant Protection and Quarantine). 6. 2009. P. 32. (in Russian)
    • Harchenko G.L. Assessment of influence of growth regulator Albit on yield of fodder grasses / G.L. Harchenko, .. Ryabchinskaya, N.. Sarantseva, I.Yu. Bobreshova // Vestnik RASHN (Herald of the RAAS). 6. 2009. . 3133. (in Russian)

     

    Currently, clover is one of the most prospective forage crops. It is grown for green fodder, hay, silage, haylage, and is used for making the grass meal, pellets and briquettes.

    In Russia, Albit is officially registered as a plant growth regulator of clover. Albit activates growth and development, accelerates regrowth after mowing, increases the number of inflorescences, accelerates the passing of phases of plant development, increases the plant resistance to unfavorable conditions of environment, provides the defense against plant diseases, increases the green mass yield, improves the product quality. On clover, Albit is also applied as antidote for decreasing the side phytotoxic effect of pesticides.

    Application recommendations. It is recommended 2 fold foliar spraying (40 mL/h): first at the beginning of vegetation (after overwintering), second at the booting stagebeginning of budding stage (BBCH 10-40). To enhance regrowth after mowing, Albit may be applied for spraying during 7 days after mowing. It is more efficient to apply Albit in tank mix with leaf fertilizers.

    Adaptogenic effect of Albit is very important for clover and also for other perennial grasses. Albit increases the ability of plants to endure various stresses, such as overwintering, drought and mowing. Due to this fact, clover is one of the most Albit-sensitive crop. According to all conducted trials on clover, the average yield increase of green mass under Albit treatment was 36%.

    On clover, Albit has been tested since 2006 in field trials in Vladimir, Voronezh and other regions of Russia, and also in the Czech Republic and in other foreign countries. Field trials were conducted in Vladimir Plant Protection Station, All-Russia Institute of Plant Protection, Scientific Institute of Fodder Crops and also in other institutes and farms.

    In 2006, field trial was conducted in Vladimir region of Suzdal district. Clover var. VIK-7 was treated with Albit in dosage 50 mL/ha at the booting stage. Mowing was conducted one month after Albit treatment. Yield increase of green mass of clover was 7% (yield in control was 9.8 t/ha).

    Field trails were conducted on clover var. Trubetcheskij local of the second year of cultivation (All-Russian Research Institute of Plant Protection of the Ministry of Agriculture of the Russian Federation in Voronezh Region, 2008). Albit was applied twice during the vegetative season and also in the period of beginning of budding stage in doses 40, 70 and 100 mL/ha. Both treatments had a significant positive effect on the growth and development of plants.

    Due to increasing the height of stems and their weight by 10.7-27.4% and 40.7-57.3% over control, respectively, yield of green mass significantly increased. In all variants yield of clover green mass under Albit treatment increased by ~47% (by 57.3% and 37% in variant with Albit application after the first and the second mowings, respectively) (Fig. 1). In general, 2-fold treatment with Albit gave 14.418.3 tons of additional green mass per hectare (yield in control was 45 t/ha).

     

    Fig. 1. Influence of Albit on yield of green mass of clover var. Trubetcheskij local (All-Russian Research Institute of Plant Protection, Voronezh region, 2008)

     

    Also, Albit influences on formation of clover generative organs. The maximal effect (the number of buds) was observed in variant with Albit in dose 40 mL/ha (174.8% to control).

    With increasing the application rate of Albit up to 70-100 mL/ha, yield of green mass was almost unchangeable. Thus, the optimal dosage of Albit is 40 mL/ha. This conclusion was made based on results with stimulating, protective and economic effects (All-Russian Research Institute of Plant Protection, Voronezh region, 2008).

    In the Czech Republic of 2012, field tests were carried out on meadow clover (Scientific Research Institute of Forage Crops, district of Brno). Taking in to account sum of all mowings, in the variant with Albit (pre-sowing seed treatment 60 mL/t and spraying of plants 7-10 days after the first mowing in dose 40 mL/ha), yield of green mass was 14.2% to control (9.37 t/ha in control, 10.7 t/ha in variant with Albit).

    Field trials on clover in Voronezh region shown the following: Albit has not only growth-stimulating, but also immunizing effect, protecting plants against a wide range of diseases (All-Russian Research Institute of Plant Protection, 2008). The maximal immunizing effect of Albit against the complex of pathogens was observed in variant with 2-fold Albit application, 40 mL/ha. In this dose Albit restrained the development of all studied diseases of clover: powdery mildew, ascohitosis, brown spot, and especially anthracnose and rust (biological efficiency was 92.2% and 72.7%, respectively). In the case of rust, fungicidal effect of Albit was clearly visible both at the beginning stage of disease development, and also in case of increasing infectious process during growing season.

    In this field trial, economic efficiency of Albit application on clover was evaluated. It was established that pure net income after Albit treatment was 21.678 rubles/ha, payback 9.5 times.

     

    In the following Table, you may see reports on performance of Albit on clover. For all available reports, please see corresponding table on Russian webpage

    Year

    Country

    Region

    Institute / Farm

    Report

    1.

    2012

    Czech Republic

    Brno-Country District,
    South Moravian Region

    Research Institute for Fodder Crops

     



    Print version

    Send e-mail

    Rambler's Top100

    © Albit Scientific and Industrial LLC

    SEARCH:

    Terms and Conditions
    This web-page was last updated on the 7th of March 2019

    Website Design: Creative Agency OTCY

    .
    Rambler's Top100