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Abstract

In this article, we will talk about the autumn nightshade from root rodent tunlams in the potato field (Agrotis segetum Den. et Schiff) and exclamation points (Agrotis exclamationis Den. spread, harm and anti-Telecha 20% k of et Schiff).e. and Ampligo 150 m.k.shut up. in order to determine the effectiveness of their chemical preparations, research was carried out on the farm "Faradis khirmoni" in Upper Chirchik District of Tashkent region and conclusions and suggestions were made based on the results obtained

Keywords

Root gnats replanted potato field sprouts sex pheromone traps

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How to Cite
Khudoykulov Azamjon Mirzoqulovich, Safarova Gulrux Meylivna, & Norova Malika Nurillaevna. (2022). Biological Effectiveness of Insecticides in Protecting Potatoes From Root Rodent Tunlams. Texas Journal of Agriculture and Biological Sciences, 8, 54–58. Retrieved from https://zienjournals.com/index.php/tjabs/article/view/2302

References

  1. Воронин К. Шапиро В.А. Пукинская Г.А. Биологическая защита зерновых культур от вредителей. М. «Агропромиздат», 1988. 198 с.
  2. Ларченко К.И., Запевалова С.Б. Пути усовершенствования методов прогнозирования вредителей/ Мат. 15-й науч.-произ.конф. по карантину и защ. Раст. В респ Ср. Азии и Чимк. Обл. Каз. 1975.-С. 22-25.
  3. Пўлатов З.А., Худойқулов А.М. Сабзавот экинлари кузги тунламига қарши айрим инсектицидларнинг самарадорлиги. Агро илм. Тошкент. 2017 й. 82-83 б.
  4. Хўжаев Ш.Т. Ўсимликларни зараркунандалардан уйғунлашган ҳимоя қилиш ҳамда агротоксикология асослари, Т., “Наврўз” нашри. 2014. 122-132 б.
  5. Хўжаев Ш.Т. Инсектицид, акарицид, биологик фаол моддалар ва фунгицидларни синаш бўйича услубий кўрсатмалар. Т., “Кўҳи-нур” МЧЖ босмахонаси. 2004.18-20 б.
  6. Blair, A.M. and Dean M.L. (1976) Improvement in selectivity of perfluidone against Rottboellia exaltata in maize with herbicide protectants, Weed Res 16.47-52.
  7. Broadbent L. Doncaster F.P/ Hull R. and Watson M.A.(1948) Equipment used for trapping and identifying aphids Proc R. Ent. Soc London A 23.57-8.
  8. Jones D.P., Solomon M.E.(Eds.) Biology in pest and disease control. 13 th Sumposium British Ecological Society. Wiley, New York 398pp. 1974.
  9. Carson R. (1962) Silent Spring Greenwict Ct Fewcett.
  10. Khudoikulov A.M., Muminova R.D., Ubaydullaev S.I. Type structure, meeting rate and interaction of entomophages of underground pests in vegetable and potato agrobiotsenosis. Solid State Technology Volume: 63 Issue: 4 Publication Year: 2020. 297-300.
  11. Khudoykulov A.M., Anorbaev A.R., Kholikova G. Bioecological properties of underground pests in cultivation of potatoes planted after grain. E3S Web of Conferences 244, 02033 (2021) 1-6.
  12. Cinch P.G. (1971 A. battery – operated vacuum device for collecting insects unharmed, New Zealand Ent 5.28-30.
  13. Lewis. T (1977) Prospects for monitoring insects using behavior – controlling chemicals. Proc 1977 Br.Crop.Prot.Conf. – Pests and Diseases 3. 847-56
  14. Lewis T. and Macauley E.D.M.(1976) Design and evaluation of sex attractant traps for pea moth Cydia nigricana (Steph) and the effect of plume shape on catches. Ecol. Ent. 1.175-87.
  15. Rose D.J. and Khasimuddin S. (1979) Wide – are monitoring of the African armyworm Spodoptera exampta (walker). (Lepidoptera. Noctuidae). in R.L.Rabb and G.G.Kennedy (eds). Movement of Highly Mobile Insects. Concepts and methodology in research. North Carolina . State University. North Carolina, pp. 212-17.
  16. Service M.W.(1970) A. battery operated light – trap for sampling mosquito populations. Bull Wld Hlth Org 43.635-41.
  17. Service M.W.(1976) Mosquito Ecology field sampling methods. Applied Science Publisher London.
  18. Taylor L.R.(1960) The distribution of insects at low levels in the air. L.Anim. Ecol. 29.45-63.
  19. Taylor L. R. and Brown E.S. (1972) Effects of light trap design and illumination of samples of moths in the Kenya higlands. Bull. Ent. Res. 62.91-112.
  20. Frost.S.W. (1952) Light Traps for Insect Collection, Survey and Control Bulletin Pa Agricultural Experimental Station 550 (32pp.).
  21. Hrtstack A.W., Hollingsworth J.P., Ridgway R.:. and Coppedge J.R.(1973). A population dynamics study of the bollworm and tobacco budworm with light traps. Enuion. Ent. 2.224-52.
  22. Hartstack A.W, Witz J.A. and Buck D.R (1979). Moth traps for the tobacco budworm J. Econ Ent. 72.519-22.
  23. Heinrichs E.A., Chelliah S., picking S.R., Valencia S.L., Fabellar L.T., Arceo M.B. and Aquino G.B. (1982) A Manual of Methods on Insecticide Evaluation in Rice. IRRI. Philippines.
  24. Худойқулов А. М., Аблазова М. М., Давронов Ж. У. ҒАЛЛА ВА ТАКРОРИЙ ЭКИЛГАН КАРТОШКАДА ИЛДИЗ КЕМИРУВЧИ ЗАРАРКУНАНДАЛАРГА ҚАРШИ ИНСЕКТИЦИДЛАРНИ САМАРАДОРЛИГИ //Academic research in educational sciences. – 2021. – Т. 2. – №. 2. – С. 378-381.
  25. Asomiddin K. et al. The Role Of Chemical Methods In The Protection Of Newly Planted Legumes And Potatoes From The Root-Bearing Frost //International Journal of Scientific and Technology Research. – 2019. – Т. 8. – №. 12. – С. 1906-1908.
  26. Худойқулов А. М., Анорбаев А. Р., Сабиров С. К. ЭФФЕКТИВНОСТЬ ПРИМЕНЕНИЯ ИНСЕКТИЦИДОВ ПРОТИВ ПОДГРЫЗАЮЩИХ СОВОК НА ПОВТОРНО ВЫСЕЯННОМ КАРТОФЕЛЕ //Рекомендовано до друку Науково-технічною радою Дослідної станції «Маяк» Інституту овочівництва і баштанництва НААН, протокол № 2 від 07 березня 2018 р. Відповідальний за випуск: мол. наук. співроб. Позняк ОВ. – 2018. – С. 264.
  27. Худойкулов А. М., Анорбаев А. Р. ЭФФЕКТИВНОСТЬ ПРИМЕНЕНИЯ ХИМИЧЕСКИХ ПРЕПАРАТОВ В БОРЬБЕ С ОЗИМОЙ (AGROTIS SEGETUM DEN. ET SHIFF) И ВОСКЛИЦАТЕЛЬНОЙ СОВКАМИ (AGROTIS EXCLAMATIONIS DEN. ET SHIFF) //Актуальные проблемы современной науки. – 2018. – №. 2. – С. 100-103.
  28. www.agro.uz

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