METHOD FOR MONITORING DYNAMICS OF DEVELOPMENT OF FUNGUS DISEASE OF GARDEN STRAWBERRY Russian patent published in 2022 - IPC A01G7/00 

Abstract RU 2769994 C1

FIELD: agriculture.

SUBSTANCE: invention relates to the field of agriculture and can be used for monitoring and early detection of fungal diseases of horticultural crops directly on their plantations, when carrying out measures for their protection. According to the disclosed method, one healthy leaf blade of one ternary leaf of the plant is selected on one plant to determine reactive resistances, on which two identical tetrapolar electrode systems with two current and two measuring electrodes are applied perpendicularly from the central vein. First electrode system is located on a section of a leaf plate without signs of damage, and the second - on the part of the leaf plate with the most probable infection by the fungus-pathogen, at a fixed distance from the first electrode system, wherein the measuring electrodes are connected oppositely. Difference in change of signals from them is used to determine the dynamics of affecting the fungal disease of the selected section of the strawberry plantation over time. Maximum fixed distance between electrode systems is determined by the length of the selected plate of the tripartite leaf of the controlled plant, at which overall dimensions of electrode systems are in direct electrical contact with biological tissue of leaf plate.

EFFECT: invention makes it possible to reduce labour intensity of the method, to increase reliability of detection of strawberry fungus disease and to obtain necessary data on clinical course of disease in real time.

1 cl, 2 tbl, 5 dwg

Similar patents RU2769994C1

Title Year Author Number
METHOD FOR DIAGNOSING FUNGAL DISEASES OF PINE STRAWBERRY 2022
  • Mineev Valerij Viktorovich
  • Alejnikov Aleksandr Fedorovich
  • Elkin Oleg Vladimirovich
  • Rikhter Vladimir Arkadevich
RU2793973C1
METHOD FOR DETECTION OF WILD STRAWBERRY FUNGAL DISEASES 2019
  • Alejnikov Aleksandr Fedorovich
  • Mineev Valerij Viktorovich
RU2714324C1
METHOD TO STIMULATE GROWTH AND PROTECT SMALL-FRUIT CROPS AGAINST DISEASES CAUSED BY FUNGIC PATHOGENS 2011
  • Leljak Anastasija Aleksandrovna
  • Leljak Aleksandr Ivanovich
  • Shternshis Margarita Vladimirovna
  • Shpatova Tat'Jana Vladimirovna
  • Beljaev Anatolij Arkad'Evich
RU2477596C2
METHOD FOR PROTECTION OF PLANTING STOCK AGAINST DISEASES CAUSED BY PHYTOPATHOGENIC MICROORGANISMS 2008
  • Zakharchenko Natal'Ja Sergeevna
  • Kochetkov Vladimir Vasil'Evich
  • Bur'Janov Jaroslav Ivanovich
  • Boronin Aleksandr Mikhajlovich
RU2380886C1
METHOD FOR PREPARING TRANSGENIC PLANTS WITH ENHANCED RESISTANCE AGAINST PHYTOPATHOGENS 2002
  • Shestibratov K.A.
  • Dolgov S.V.
RU2261275C2
LABORATORY EXPRESS METHOD THAT ALLOWS DIFFERENTIATING VARIETIES OF WINTER CEREALS BY RESISTANCE TO THE PATHOGEN OF PINK SNOW MOLD (THE PATHOGEN IS THE FUNGUS Microdochium nivale (Fr.)Samuels & C. I. Hallet) 2020
  • Ovsyankina Alla Vasilevna
  • Glinushkin Aleksej Pavlovich
  • Ratushnyak Grigorij Yakovlevich
  • Garnov Sergej Vladimirovich
  • Kharitonov Sergej Sergeevich
RU2757227C1
PESTICIDE AND AGROCHEMICAL BASED ON FULVIC ACID CHELATE FORM 2020
  • Komarov Mikhail Viktorovich
  • Ilushka Igor Valerianovich
  • Bauskov Dmitrii Georgievich
  • Savvateev Denis Sergeevich
  • Varich Andrei Arkadevich
RU2738483C1
NON-DESTRUCTIVE METHOD OF PLANT FUNCTIONAL DIAGNOSTICS 2007
  • Budagovskij Andrej Valentinovich
  • Budagovskaja Ol'Ga Nikolaevna
  • Budagovskij Ivan Andreevich
RU2342825C2
COMPOSITION FOR FIGHTING PLANT DISEASES AND METHOD FOR FIGHTING PLANT DISEASES BY THE APPLICATION OF THE COMPOSITION 2018
  • Hagiwara Hiroyuki
  • Araki Natsuko
  • Tsuda Mikio
RU2797834C2
METHOD TO PROTECT SUGAR BEET PLANTS AGAINST FUNGOUS DISEASES 1996
  • Chekurov Viktor Mikhajlovich[Ru]
  • Sychev Ivan Petrovich[Md]
  • Sychev Aleksej Ivanovich[Md]
  • Sycheva Valentina Petrovna[Md]
RU2106090C1

RU 2 769 994 C1

Authors

Alejnikov Aleksandr Fedorovich

Mineev Valerij Viktorovich

Cheshkova Anna Fedorovna

Dates

2022-04-12Published

2021-02-25Filed