METHOD OF PROTECTING VEGETABLE CROPS FROM VIRAL INFECTIONS Russian patent published in 2024 - IPC A01N25/02 A01N59/00 C01B15/01 A01P1/00 

Abstract RU 2825449 C1

FIELD: agriculture.

SUBSTANCE: method of protecting vegetable crops from viral infections when growing in a greenhouse includes, after harvesting plant residues of the previous harvest, treating the structures of supports for plants with a solution with a hydrogen peroxide concentration of 45-55% and with a stabilizing element (HPaS), which is silver with concentration of 3.5-4.5%, disinfection of inner volume of watering hoses with solution of nitric acid with concentration of 1.5-2.5% for 22-26 hours, covering the floor film or cleaning the agricultural fabric, repeated treatment of the structures of supports for plants with a solution of HPaS with concentration of 3.5-4.5%, disinfection of drip irrigation tips with a solution of nitric acid with concentration of 0.85-1.15% for 22-26 hours. Further, mats for growing plants are laid into the greenhouse, drip irrigation tips are inserted, structures of supports for plants are treated with a solution of HPaS with concentration of 3.5-4.5%. At the stages of growth of vegetable crops, water is prepared by mixing it with a solution of HPaS with concentration of 55-65 ppm, mats are saturated with it and the planted plants are watered. After three days from planting, the concentration of the HPaS solution is 75-85 ppm. After seven days from planting, the concentration of the HPaS solution is 95-105 ppm. When plants reach height of 0.95-1.05 m, external parts of plants are treated with HPaS solution with concentration of 0.3-0.4% and treatment is continued every five days. Tomatoes and cucumbers are used as vegetable crops.

EFFECT: proposed method of protecting vegetable crops from viral infections provides complex protection of plants and medium for growing plants and increases efficiency of fighting viral infections.

7 cl, 6 tbl, 4 ex

Similar patents RU2825449C1

Title Year Author Number
CONCENTRATE FOR PRODUCING DISINFECTANT, METHODS FOR PRODUCTION THEREOF AND USE 2009
  • Gemeri Janosh
RU2498572C2
GREENHOUSE 2018
  • Koroteev Denis Aleksandrovich
RU2682749C1
METHOD OF REDUCING CONTENT OF DEUTERIUM IN FOOD CROPS 2015
  • Dzhimak Stepan Sergeevich
  • Lomakina Larisa Vladimirovna
  • Artsybasheva Oksana Mikhajlovna
  • Basov Aleksandr Aleksandrovich
  • Baryshev Mikhail Gennadevich
RU2601046C1
METHOD FOR SELECTION OF TOMATO HYBRIDS FOR INDUSTRIAL GREENHOUSES IN THE URALS ZONE 2020
  • Karpukhin Mikhail Yurevich
  • Motov Viktor Mikhajlovich
  • Ignatova Svetlana Ilinichna
  • Kuimova Valentina Aleksandrovna
  • Melnichenko Kseniya Aleksandrovna
  • Demidenko Ekaterina Vasilevna
  • Kirsanov Yurij Aleksandrovich
RU2740106C1
PLANT GROWTH REGULATOR 2007
  • Sorochkin Ivan Nikolaevich
  • Spiridonov Jurij Jakovlevich
  • Ivanjushko Viktor Nikolaevich
  • Tsvetkov Valentin Viktorovich
  • Mel'Nik Pavel Alekseevich
  • Sorochkin Jurij Ivanovich
RU2355169C1
METHOD FOR POTATO TREATMENT DURING STORAGE PROCESS 1999
  • B. Jekhuda Nir
  • Margalit Ehlajkhu
RU2262230C2
GROWTH PROMOTER USED FOR PRESOWING TREATMENT OF SEEDS 1996
  • Korzinnikov Ju.S.
  • Chernjaev N.G.
  • Trubkin V.E.
RU2142707C1
APPLICATION OF PREPARATION ZEROKS® (SC) AS GROWTH STIMULATOR OF SUGAR BEET 2019
  • Kornienko Anatolij Vasilevich
  • Skachkov Sergej Ivanovich
  • Baranova Tatyana Valentinovna
  • Kalaev Vladislav Nikolaevich
  • Semenikhina Lidiya Valentinovna
RU2726251C1
METHOD FOR PREPARING COMPOSITION CONTAINING COLLOIDAL NANOSILVER OR NANOGOLD (VERSIONS) 2007
  • De Vindt Vim
  • Verkauteren Tom
  • Vestrate Villi
RU2460797C2
METHOD FOR DISINFECTION OF CLOSED AGROBIOTECHNOLOGICAL SYSTEMS 2018
  • Volkov Mikhail Yurevich
  • Zelenkov Valerij Nikolaevich
  • Latushkin Vyacheslav Vasilevich
  • Vernik Petr Arkadevich
RU2703908C1

RU 2 825 449 C1

Authors

Rybakov Denis Vadimovich

Dates

2024-08-26Published

2024-01-23Filed