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Nephotettix virescens -- vector of rice dwarf virus






Fujian Nongye Keji (3): 24, 50

Nephotettix virescens -- vector of rice dwarf virus

In contrast to reports from other countries, in 1972-79, studies on rice in Fujian, China, indicated that Nephotettix virescens (Dist.) was also a vector of rice dwarf virus. In transmission tests, 42 of 988 examples (4.3%) were found to be naturally infective, as compared with 47 of 969 examples (4.9%) of N. cincticeps (Uhl.). The rate of transmission for the 2 species was 30.9 and 34.7%, respectively; the difference was not signficant.


Accession: 001101689



Related references

Reddy, A.V.; Jayarajan, R., 1991: Interaction of rice tungro virus (RTV) with rice yellow dwarf (RYD) in Nephotettix virescens. RTV and the mycoplasma-like organism causing RYD could be acquired by N. virescens and transmitted simultaneously to rice plants. No inhibitory effects were detected between them in the body of the vector. No interaction between the pathogens occu...

Mohana Rao G.; Anjaneyulu A., 1979: Rice tungro virus acquisition by the vector nephotettix virescens from rice cultivars. Nineteen commercially grown high yielding semi-dwarf rice cultivars showed variation in acquisition of rice tungro virus by the vector, N. virescens. The vector was able to acquire no or a very low amount of virus inoculum from the cultivars Annap...

Tarafdar, J.; Biswas, S.; Chowdhury, A.K., 2001: Reaction of rice tungro virus and its vector Nephotettix virescens (Distant) with some traditional and high yielding varieties of rice. Glasshouse and field experiments were conducted during kharif 1990, at Kalyani, West Bengal, India to evaluate the resistance of 20 high-yielding IR and 17 local cultivars to rice tungro spherical virus (RTSV) and its vector N. virescens. Data wer...

Rao, G.M.; Anjaneyulu, A., 1980: Feeding damage by tungro virus vector, Nephotettix virescens in rice. The damage caused to rice by the feeding of Nephotettix virescens (Dist.) and that caused by tungro virus, of which N. virescens is a major vector in north-eastern India, are often confused. Feeding damage by non-infective adults was therefore ass...

Tarafdar, J.; Chowdhury, A.K., 1997: Movement behaviour of Nephotettix virescens (Distant), a vector of rice tungro virus disease, on rice varieties with different levels of resistance. Field cage studies were conducted to determine the movement of the green leafhopper, Nephotettix virescens, on 10-day-old rice seedlings with differing levels of resistance to rice tungro virus [caused by rice tungro bacilliform badnavirus and ric...

Mitra, D.K.; John, V.T., 1973: Response of rice seedlings towards feeding by the rice leafhopper, Nephotettix spp. vector of rice tungro virus and yellow dwarf. Of five varieties evaluated, MTU17 was the most tolerant of infestation by N. impicticeps followed by IR8.

Niazi F.R.; Lakshman D.K.; Mishra M.D.; Basu A.N.; Raychaudhuri S.P., 1985: Interaction of rice tungro virus strains within its vector nephotettix virescens and in cultivars tn1 and pacita. Finer aspects of phenomenon of cross protection amongst mild (RTV4) and severe (RTV3) strains of rice tungro virus was studied in its vector, Nephotettix virescens (Distant.) and in rice cultivars TN-1 and Pacita. Although, there is no indication...

Miah, SA.; Rahman, MM.; Nahar, MA., 1984: Seasonal variation of the incidence of rice tungro virus disease and its vector Nephotettix virescens. Disease incidence was positively correlated with the occurrence of N. virescens which was abundant in Apr.-July and Nov. 1980 but scarce in Dec.-Mar.

Chakravarti, S.; Ghosh, AB.; Mukhopadhyay, S., 1980: Seasonal distribution and the biology of Nephotettix virescens (Distant) - a vector of rice tungro virus. Proceedings of the Indian National Science Academy Part B Biological Sciences, 466: 813-816

Terafdar, J.; Chowdhury, A.K., 2002: Variation on the susceptibility of rice tungro virus components in respect to variety and vector Nephotettix virescens. Some widely cultivated rice varieties of West Bengal were tested to determine their reaction to the rice tungro virus components (rice tungro bacilliform virus, RTBV; and rice tungro spherical virus, RTSV) under field and greenhouse conditions. Ta...