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14.
Агансонова Н.Е.
Эффективность защиты картофеля от фузариозной сухой гнили (
Fusarium
spp.) //
Агротехнический метод защиты растений: сб. науч. тр. Краснодар, 2017. С. 7–11.
15.
Иванова Т.С., Данилов Л.Г., Ивахненко О.А.
Новый подвид энтомопатогенных нематод
Steinernema feltiae
protense
subsp. N. (Nematoda: Steinernematidae) из Якутии // Паразитология. 2001. №4. С. 333–337.
References
1.
Gosudarstvennyi katalog pestitsidov i agrokhimikatov
[State catalog of pesticides and agrochemicals].
Moscow, Ministry of Agriculture Publ., 2017. 938 p.
2.
Alekseenko N.V. Antagonisticheskoe deistvie kollektsionnykh shtammov bakterii na nekotorye vidy fitopatogennykh
mikroorganizmov [Antagonistic action of collection strains of bacteria on some species of phytopathogenic
microorganisms].
Plant Protection News
. 2016, no. 3, pp. 19–20.
3.
Kolomiets E.I., Bus'ko I.I., Anan'eva I.N., Abakshonok V.S. Biologicheskaya effektivnost' preparata baktosol
protiv klubnevykh gnilei kartofelya pri khranenii [Biological efficiency of a preparation bactosol against potato
tubers rot during storage].
Agriculture and plant protection.
2013. no. 2(87), pp. 49–51.
4.
Al-Mughrabi K.I., Vikram A., Peters R.D., Howard R.J., Grant L., Barasubiye T., Lynch K., Poirier R., Drake K.A.,
Macdonald I.K., Lisowski S.L., Jayasuriya K.E. Efficacy of Pseudomonas syringae in the management of potato tuber
diseases in storage.
Biol. Control
. 2013, V. 64(3), pp. 315–322.
5.
Siraeva
Z.Yu., Zakharova N.G. Sposob obrabotki klubnei kartofelya pered zakladkoi na khranenie [The method
of treating potato tubers before laying in storage]. Patent RF, no. 2534561. 2014.
6.
Il'yashenko D.A., Ivanyuk V.G., Kalach V.I., Erchik V.M., Plyakhnevich M.P., Sof'in O.F.
Metodicheskie
ukazaniya po otsenke kartofelya na ustoichivost' k klubnevym gnilyam
[Methodical instructions on estimation
of potato resistance to tuberous rots]. Samokhvalovichi, Research and Practical Centre of the National Academy
of Sciences of Belarus for Potato, Fruit and Vegetable Growing Publ., 2010. 52 p.
7.
Murashev S.V. Aktivizatsiya okislitel'nykh protsessov i vozmozhnost' povysheniya urozhainosti, ekologicheskoi
bezopasnosti i lezhkosti kartofelya [Activation of oxidizing processes and increasing potato yield, ecological
safety and shelf life].
Processes and Food Production Equipment
. 2016, no. 1, pp. 82–89.
8.
Agansonova N.E. Effektivnost' produktov metabolizma simbioticheskikh bakterii entomopatogennykh nematod
v Severo-Zapadnom regione Rossii [Efficiency of application of metabolism products of entomopathogenic
nematodes symbiotic bacteria in North–Western region of Russia].
Plant Protection News
. 2016, no. 3, pp. 18–19.
9.
Agansonova N.E. Biologicheskaya effektivnost' novykh biopreparatov protiv vrednykh organizmov [Biological
efficiency of new biopreparations against pests organisms].
Information bulletin OBC
/EPRS. 2017. no. 52, pp. 19–23.
10.
Agansonova N.E., Danilov L.G., Shipilova N.P. Aktivnost' produktov metabolizma
Xenorhabdus
– simbioticheskikh
bakterii entomopatogennykh nematod (Rhabditida, Steinernematidae) i nematodno- bakterial'nykh kompleksov
protiv vozbuditelei boleznei rastenii [Activity of metabolism products of
Xenorhabdus
– symbiotic bacteria
of entomopathogenic nematodes (Rhabditida, Steinernematidae) and nematode - bacterial complexes against plant
diseases].
Problems of plant protection in the conditions of modern agricultural production
.
Proceeding of the
Conference Title
. St. Petersburg, All-Russian Research Institute for Plant Protection Publ., 2009. pp. 3–5.
11.
Wang H., Liu Y.-Q., Dong H., Qin L., Cong B., Li T.-L. Antibiotic activity of bacterial isolates associated with
entomopathogenic nematodes.
African Journal of Microbiology Research
. 2011, V. 5(28), pp. 5039–5045.
12.
Fodor A., Varga I., Hevesi M., Máthé-Fodor A., Racsko J., Hogan J.A
.
Novel anti-microbial peptides of
Xenorhabdus
origin against multidrug resistant plant pathogens.
Biochemistry, Genetics and Molecular Biology – A search for
antibacterial agents
(Ed. by V. Bobbarala). 2012. pp. 147–196.
13.
Inam-Ul-Haq M., Gowen S.R., Javed N., Shahina F., Izhar-Ul-Haq M., Humayoon N., Pembroke B. Antagonistic
potential of bacterial isolates associated with entomopathogenic nematodes against tomato wilt caused by
Fusarium oxysporum f.
sp.,
lycopersici
under greenhouse conditions.
Pak. Journal of Botany
. 2007, V. 39(1),
pp. 279–283.
14.
Agansonova N.E. Effektivnost' zashchity kartofelya ot fuzarioznoi sukhoi gnili (
Fusarium
spp.) [Efficiency of potato
protection against Fusarium dry rot (
Fusarium
spp.)]. Agrotechnical control of the plant hazardous organisms.
Proceeding of the Conference Title
. Krasnodar. 2017. pp. 7–11.
15.
Ivanova T.S., Danilov L.G., Ivakhnenko O.A. Novyi podvid entomopatogennykh nematod
Steinernema feltiae
protense
subsp. N. (Nematoda: Steinernematidae) iz Yakutii [A new entomopathogenic nematode
Steinernema
feltiae protense
subsp. N. (Nematoda: Steinernematidae) from Yakutia].
Parazitologiya
.
2001. no. 4, pp. 333–337.
Статья поступила в редакцию 7.07.2017
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