Skip to main content
. 2024 Feb 20;49(1):31–37. doi: 10.1584/jpestics.D23-057

Fig. 2. Translocation of 14C oxazosulfyl at different time intervals in rice plants via soil drench application and systemic activity of oxazosulfyl by soil drench application against adult Nilaparvata lugens. (A) 72 hr after application. (B) Mortality in 2 or 7 days after BPH release. S: Susceptible strains, Kagoshima; field populations collected from rice fields in Kagoshima, 2018. Data are presented as means ±SEs for three independent replicates.

Fig. 2. Translocation of 14C oxazosulfyl at different time intervals in rice plants via soil drench application and systemic activity of oxazosulfyl by soil drench application against adult Nilaparvata lugens. (A) 72 hr after application. (B) Mortality in 2 or 7 days after BPH release. S: Susceptible strains, Kagoshima; field populations collected from rice fields in Kagoshima, 2018. Data are presented as means ±SEs for three independent replicates.