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volume 23 issue 4 (december 2002) : 262-271

STATUS OF INSECTICIDE RESISTANCE IN RICE BROWN PLANTHOPPER, NlLAPARVATA LUGENS STAL. - A REVIEW`

A
A.P. Padmakumari
M
M. Sarupa
N
N.V. Krishnaiah
1Directorate of Rice Research, Rajendranagar. Hyderabad - 500 030, India

  • Submitted|

  • First Online |

  • doi

Cite article:- Padmakumari A.P., Sarupa M., Krishnaiah N.V. (2025). STATUS OF INSECTICIDE RESISTANCE IN RICE BROWN PLANTHOPPER, NlLAPARVATA LUGENS STAL. - A REVIEW`. Agricultural Reviews. 23(4): 262-271. doi: .

ABSTRACT

The status of insecticide resistance in rice brown planthopper (BPH) Nilaparvata lugens (Stal) in major rice growing countries like Japan, China, Taiwan, Philippines and Malaysia and the meagre evidence available from India is presented in the review. In China and Taiwan, BPH developed resistance to isoprocarb, MTMC, carbaryl, carbofuran, malathion and monocrotophos and even to synthetic pyrethroids like permethrin and phenothrin. The resistant strains had higher carboxylesterases and decreased sensitivity of Acetylcholineesterase (AchE) than susceptible strain. In Japan, the insect developed resistance to fenthion, fenitrothion, cyanofenphos, malathion as well as many carbamate compounds. However, the degree of resistance was dependant on the origin of immigrants and extent of utilisation of these insecticides. In Philippines, the resistance against BPMC and MTMC was evident. The evidence available from India suggested that insecticide resistance in BPH from Godavari delta of Andhra Pradesh (A.P.) is in incipient stage. The importance of initiating more studies on this aspect in India is discussed.

KEYWORDS

    REFERENCES

    1. Chen. W. and Sun, e.N. (1994). Insect Biochem. Mol Bioi, 24: 347-355.
    2. Cheng, X. and Wang, ye. (1993). Resi5t Pest Mgmt, 5: 13-14.
    3. Chung, Te. and Sun, C.N. (1981a). IRRI Newsl, 6: 19-20.
    4. Chung. Te. and Sun, C.N (1981b) IRRI Newsl., 6: 19.
    5. Chung, Te. and Sun, e.N. (1983) J Eco. Ent., 76: 1-5.
    6. Chung, Te. etal (1981) IRRlNer'f/sl, 6: 18.
    7. Chung, Te. etal (1982). J Eco. Ent., 75: 199-200.
    8. Dai, S.M. and Sun, e.N. (1984). J Eco. £nt., 77: 891-897.
    9. Directorate of Rice Research (2001). Progress Report of Directorate of Rice Research lor '"" year 2000.
    10. Endo, Setal. (1988a). Appl Ent. Zool., 23: 417-421.
    11. Endo. S. et al (1988b). J Pestic. Sci., 13: 239-245.
    12. Fabeliar, L.T. and Mochida. 0.(1985). IRRI Newsl., 10: 26.
    13. Fabellar. LT. et al (1988). IRRI Newsl., 13: 24-25.
    14. FAO (1999), FAO-RAP Publication No. : 1999/41, Bangkok. Thailand 30 pp,
    15. Ghorpade. S.A: (1990) J Insect Sci.. 3: 152-157.
    16. Ghorpade, SA (1993) J Insect Sci.. 6: 85-88.
    17. Hama. Hand Hosada, A. (1983) Appl Ent. Zool. 18 475-485
    18. Heinrichs. EA and Tetangco. L.. (1978). IRRI Newsl, 3 20
    19. Heong. K.L. (1983). IRRINewsl. 8 12
    20. Hirai. K (1993) Appl EiH. Zool. 28 339-346
    21. Hirai, K (1994) J Pestic Sci, 19 225-227
    22. Kilin. D, etal (1981) Appl Ent. Zool., 16: 1-6.
    23. Kim. JW. and Hwang, TG. (1987). KoreanJ PI Prot., 26: 165-170.
    24. Lin. U.H. and Sun, e.N. (1978) IRRI NewsL 3: 19.
    25. Uu,Xlan, Jin et al (1996) PI Prot. Bull, 22: 23-26.
    26. Mehrolra. KN (1990). Pestic Res. J, 2 44-53.
    27. Miyata, T. etal (1989) Appl Ent Zool, 24: 240-241.
    28. Mochida, 0, and Basilio, R.P. (1983) IRRI Newsl., 8 17.
    29. Nagata, T (1982). Bull OfKyshu Nat. Agri. Exp. St17., 22: 49-164
    30. Nagata. T. (1983). Brjtish Crop Prot. Council, 599-607.
    31. Nagata, T. (1984). ChineseJ Ent., 4: 171-124.
    32. Nagata, T. and Mochida, O. (1984). In : Proc. FAO/fRRI Workshop on Judk'10US and Efficient use ofInsectIcides on
    33. Rice. IRRI 176 pp.
    34. Nagata, T etal (1979). Appl. Ent. Zool, 14: 264-269
    35. Ozaki, K and Kassai, T. (1982). Japanese J Appl. Zool.. 26: 249-255.
    36. Sarupa, M. (1997). M.Sc. Ag. Thesis. ANGRAU, Hyderabad
    37. Sarupa, etal (1998). Indian. J PI Prot, 26(1): 80-82
    38. Vol 23. No.4, 2002
    39. Sun. CN and Chen, WL. (1993). Resist Pest. Mgmt.. 5: 9-10.
    40. Sun. CN. and Dai, S.M (1984). /RR/ Newsi., 9: 12.
    41. Sun, CN. etai. (1984a). Protection Ecoi.. 7: 167-181
    42. Sun, CN. etai. (1984bl ChineseJ Ent., 4: 125-130
    43. Tranter, B.C. and Emden v.F. van (1984). British Crop Prot. Council, 521-526.
    44. Wang. S.C and Ku. TY (1984), ChineseJ Ent, 4: 131-138
    45. Wang. S.C er ai. (1988a). Pi. Prot. Buli., 30: 52-58.
    46. Wang. S.C et ai. (1988b). Pi. Prot. Buli., 30 59-67
    47. Wang. yc. etai. (1997). /RR Notes., 22: 41-42.
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      volume 23 issue 4 (december 2002) : 262-271

      STATUS OF INSECTICIDE RESISTANCE IN RICE BROWN PLANTHOPPER, NlLAPARVATA LUGENS STAL. - A REVIEW`

      A
      A.P. Padmakumari
      M
      M. Sarupa
      N
      N.V. Krishnaiah
      1Directorate of Rice Research, Rajendranagar. Hyderabad - 500 030, India

      • Submitted|

      • First Online |

      • doi

      Cite article:- Padmakumari A.P., Sarupa M., Krishnaiah N.V. (2025). STATUS OF INSECTICIDE RESISTANCE IN RICE BROWN PLANTHOPPER, NlLAPARVATA LUGENS STAL. - A REVIEW`. Agricultural Reviews. 23(4): 262-271. doi: .

      ABSTRACT

      The status of insecticide resistance in rice brown planthopper (BPH) Nilaparvata lugens (Stal) in major rice growing countries like Japan, China, Taiwan, Philippines and Malaysia and the meagre evidence available from India is presented in the review. In China and Taiwan, BPH developed resistance to isoprocarb, MTMC, carbaryl, carbofuran, malathion and monocrotophos and even to synthetic pyrethroids like permethrin and phenothrin. The resistant strains had higher carboxylesterases and decreased sensitivity of Acetylcholineesterase (AchE) than susceptible strain. In Japan, the insect developed resistance to fenthion, fenitrothion, cyanofenphos, malathion as well as many carbamate compounds. However, the degree of resistance was dependant on the origin of immigrants and extent of utilisation of these insecticides. In Philippines, the resistance against BPMC and MTMC was evident. The evidence available from India suggested that insecticide resistance in BPH from Godavari delta of Andhra Pradesh (A.P.) is in incipient stage. The importance of initiating more studies on this aspect in India is discussed.

      KEYWORDS

        REFERENCES

        1. Chen. W. and Sun, e.N. (1994). Insect Biochem. Mol Bioi, 24: 347-355.
        2. Cheng, X. and Wang, ye. (1993). Resi5t Pest Mgmt, 5: 13-14.
        3. Chung, Te. and Sun, C.N. (1981a). IRRI Newsl, 6: 19-20.
        4. Chung. Te. and Sun, C.N (1981b) IRRI Newsl., 6: 19.
        5. Chung, Te. and Sun, e.N. (1983) J Eco. Ent., 76: 1-5.
        6. Chung, Te. etal (1981) IRRlNer'f/sl, 6: 18.
        7. Chung, Te. etal (1982). J Eco. Ent., 75: 199-200.
        8. Dai, S.M. and Sun, e.N. (1984). J Eco. £nt., 77: 891-897.
        9. Directorate of Rice Research (2001). Progress Report of Directorate of Rice Research lor '"" year 2000.
        10. Endo, Setal. (1988a). Appl Ent. Zool., 23: 417-421.
        11. Endo. S. et al (1988b). J Pestic. Sci., 13: 239-245.
        12. Fabeliar, L.T. and Mochida. 0.(1985). IRRI Newsl., 10: 26.
        13. Fabellar. LT. et al (1988). IRRI Newsl., 13: 24-25.
        14. FAO (1999), FAO-RAP Publication No. : 1999/41, Bangkok. Thailand 30 pp,
        15. Ghorpade. S.A: (1990) J Insect Sci.. 3: 152-157.
        16. Ghorpade, SA (1993) J Insect Sci.. 6: 85-88.
        17. Hama. Hand Hosada, A. (1983) Appl Ent. Zool. 18 475-485
        18. Heinrichs. EA and Tetangco. L.. (1978). IRRI Newsl, 3 20
        19. Heong. K.L. (1983). IRRINewsl. 8 12
        20. Hirai. K (1993) Appl EiH. Zool. 28 339-346
        21. Hirai, K (1994) J Pestic Sci, 19 225-227
        22. Kilin. D, etal (1981) Appl Ent. Zool., 16: 1-6.
        23. Kim. JW. and Hwang, TG. (1987). KoreanJ PI Prot., 26: 165-170.
        24. Lin. U.H. and Sun, e.N. (1978) IRRI NewsL 3: 19.
        25. Uu,Xlan, Jin et al (1996) PI Prot. Bull, 22: 23-26.
        26. Mehrolra. KN (1990). Pestic Res. J, 2 44-53.
        27. Miyata, T. etal (1989) Appl Ent Zool, 24: 240-241.
        28. Mochida, 0, and Basilio, R.P. (1983) IRRI Newsl., 8 17.
        29. Nagata, T (1982). Bull OfKyshu Nat. Agri. Exp. St17., 22: 49-164
        30. Nagata. T. (1983). Brjtish Crop Prot. Council, 599-607.
        31. Nagata, T. (1984). ChineseJ Ent., 4: 171-124.
        32. Nagata, T. and Mochida, O. (1984). In : Proc. FAO/fRRI Workshop on Judk'10US and Efficient use ofInsectIcides on
        33. Rice. IRRI 176 pp.
        34. Nagata, T etal (1979). Appl. Ent. Zool, 14: 264-269
        35. Ozaki, K and Kassai, T. (1982). Japanese J Appl. Zool.. 26: 249-255.
        36. Sarupa, M. (1997). M.Sc. Ag. Thesis. ANGRAU, Hyderabad
        37. Sarupa, etal (1998). Indian. J PI Prot, 26(1): 80-82
        38. Vol 23. No.4, 2002
        39. Sun. CN and Chen, WL. (1993). Resist Pest. Mgmt.. 5: 9-10.
        40. Sun. CN. and Dai, S.M (1984). /RR/ Newsi., 9: 12.
        41. Sun, CN. etai. (1984a). Protection Ecoi.. 7: 167-181
        42. Sun, CN. etai. (1984bl ChineseJ Ent., 4: 125-130
        43. Tranter, B.C. and Emden v.F. van (1984). British Crop Prot. Council, 521-526.
        44. Wang. S.C and Ku. TY (1984), ChineseJ Ent, 4: 131-138
        45. Wang. S.C er ai. (1988a). Pi. Prot. Buli., 30: 52-58.
        46. Wang. S.C et ai. (1988b). Pi. Prot. Buli., 30 59-67
        47. Wang. yc. etai. (1997). /RR Notes., 22: 41-42.
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