 Journal: Citation: V : 00 ( 0 ) P : 000-0 Year: 0000 Type: ARTICLE Literature: oryza Field: abstract Doc ID: pub00000000 Accession (PMID): 00000000 Abstract: Studies on the efficacy of bio-rational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice showed that the efficacy of the mixtures of jingangmycin and bacillus-cereus , and jingangmycin and polyoxin against rice sheath blight were 00 . 00%-00 . 00% after sprayed once at the tiller and boot end stages of rice , respectively , and better than that of chemical fungicide triadimefon . The efficacy of kasugamycin and blasticidin was 00 . 00%-00 . 00% on rice leaf blast and 00 . 00%-00 . 00% on rice head blast , and equal to the chemical fungicide tricyclazole after sprayed once at the initial stage of rice leaf blast occurrence and the initial and end stages of earing , respectively . The efficacy of bacillus thuringiensis on Chilo suppressalis and Cnaphalocrocis medinalis was better than that of chemical insecticide bisultap , and the efficacy of saponin-nicotine and matrine was equal to that of chemical insecticide bisultap when the three biorational insecticides were sprayed at 0-0 instar larvae of pests . The efficacy of saponin-nicotine and matrine was above 00% , and lower than that of chemical insecticide imidacloprid 0-00 d after sprayed at 0-0 instar larvae of Nilaparvata lugens . The occurrence of weeds could be controlled , and the rice yield could be raised when the suitable non-thorough decomposed organism was applied or weeding was carried after the field had been ploughed twice before rice transplant . The rice yield could be raised by using biorational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice . The residue of pesticides in rice was lower in the bio-control area than in the chemical control area , according with the demands of health target of green food . Matching Sentences: [ Sen. 0, subscore: 0.00 ]: Studies on the efficacy of bio-rational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice showed that the efficacy of the mixtures of jingangmycin and bacillus-cereus , and jingangmycin and polyoxin against rice sheath blight were 00 . 00%-00 . 00% after sprayed once at the tiller and boot end stages of rice , respectively , and better than that of chemical fungicide triadimefon . The efficacy of kasugamycin and blasticidin was 00 . 00%-00 . 00% on rice leaf blast and 00 . 00%-00 . 00% on rice head blast , and equal to the chemical fungicide tricyclazole after sprayed once at the initial stage of rice leaf blast occurrence and the initial and end stages of earing , respectively . The efficacy of bacillus thuringiensis on Chilo suppressalis and Cnaphalocrocis medinalis was better than that of chemical insecticide bisultap , and the efficacy of saponin-nicotine and matrine was equal to that of chemical insecticide bisultap when the three biorational insecticides were sprayed at 0-0 instar larvae of pests . The efficacy of saponin-nicotine and matrine was above 00% , and lower than that of chemical insecticide imidacloprid 0-00 d after sprayed at 0-0 instar larvae of Nilaparvata lugens . The occurrence of weeds could be controlled , and the rice yield could be raised when the suitable non-thorough decomposed organism was applied or weeding was carried after the field had been ploughed twice before rice transplant . The rice yield could be raised by using biorational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice . The residue of pesticides in rice was lower in the bio-control area than in the chemical control area , according with the demands of health target of green food . [ Sen. 0, subscore: 0.00 ]: Studies on the efficacy of bio-rational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice showed that the efficacy of the mixtures of jingangmycin and bacillus-cereus , and jingangmycin and polyoxin against rice sheath blight were 00 . 00%-00 . 00% after sprayed once at the tiller and boot end stages of rice , respectively , and better than that of chemical fungicide triadimefon . The efficacy of kasugamycin and blasticidin was 00 . 00%-00 . 00% on rice leaf blast and 00 . 00%-00 . 00% on rice head blast , and equal to the chemical fungicide tricyclazole after sprayed once at the initial stage of rice leaf blast occurrence and the initial and end stages of earing , respectively . The efficacy of bacillus thuringiensis on Chilo suppressalis and Cnaphalocrocis medinalis was better than that of chemical insecticide bisultap , and the efficacy of saponin-nicotine and matrine was equal to that of chemical insecticide bisultap when the three biorational insecticides were sprayed at 0-0 instar larvae of pests . The efficacy of saponin-nicotine and matrine was above 00% , and lower than that of chemical insecticide imidacloprid 0-00 d after sprayed at 0-0 instar larvae of Nilaparvata lugens . The occurrence of weeds could be controlled , and the rice yield could be raised when the suitable non-thorough decomposed organism was applied or weeding was carried after the field had been ploughed twice before rice transplant . The rice yield could be raised by using biorational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice . The residue of pesticides in rice was lower in the bio-control area than in the chemical control area , according with the demands of health target of green food . [ Sen. 0, subscore: 0.00 ]: Studies on the efficacy of bio-rational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice showed that the efficacy of the mixtures of jingangmycin and bacillus-cereus , and jingangmycin and polyoxin against rice sheath blight were 00 . 00%-00 . 00% after sprayed once at the tiller and boot end stages of rice , respectively , and better than that of chemical fungicide triadimefon . The efficacy of kasugamycin and blasticidin was 00 . 00%-00 . 00% on rice leaf blast and 00 . 00%-00 . 00% on rice head blast , and equal to the chemical fungicide tricyclazole after sprayed once at the initial stage of rice leaf blast occurrence and the initial and end stages of earing , respectively . The efficacy of bacillus thuringiensis on Chilo suppressalis and Cnaphalocrocis medinalis was better than that of chemical insecticide bisultap , and the efficacy of saponin-nicotine and matrine was equal to that of chemical insecticide bisultap when the three biorational insecticides were sprayed at 0-0 instar larvae of pests . The efficacy of saponin-nicotine and matrine was above 00% , and lower than that of chemical insecticide imidacloprid 0-00 d after sprayed at 0-0 instar larvae of Nilaparvata lugens . The occurrence of weeds could be controlled , and the rice yield could be raised when the suitable non-thorough decomposed organism was applied or weeding was carried after the field had been ploughed twice before rice transplant . The rice yield could be raised by using biorational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice . The residue of pesticides in rice was lower in the bio-control area than in the chemical control area , according with the demands of health target of green food . [ Sen. 0, subscore: 0.00 ]: Studies on the efficacy of bio-rational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice showed that the efficacy of the mixtures of jingangmycin and bacillus-cereus , and jingangmycin and polyoxin against rice sheath blight were 00 . 00%-00 . 00% after sprayed once at the tiller and boot end stages of rice , respectively , and better than that of chemical fungicide triadimefon . The efficacy of kasugamycin and blasticidin was 00 . 00%-00 . 00% on rice leaf blast and 00 . 00%-00 . 00% on rice head blast , and equal to the chemical fungicide tricyclazole after sprayed once at the initial stage of rice leaf blast occurrence and the initial and end stages of earing , respectively . The efficacy of bacillus thuringiensis on Chilo suppressalis and Cnaphalocrocis medinalis was better than that of chemical insecticide bisultap , and the efficacy of saponin-nicotine and matrine was equal to that of chemical insecticide bisultap when the three biorational insecticides were sprayed at 0-0 instar larvae of pests . The efficacy of saponin-nicotine and matrine was above 00% , and lower than that of chemical insecticide imidacloprid 0-00 d after sprayed at 0-0 instar larvae of Nilaparvata lugens . The occurrence of weeds could be controlled , and the rice yield could be raised when the suitable non-thorough decomposed organism was applied or weeding was carried after the field had been ploughed twice before rice transplant . The rice yield could be raised by using biorational pesticides and agricultural methods against the chief diseases , insect pests and weeds of rice . The residue of pesticides in rice was lower in the bio-control area than in the chemical control area , according with the demands of health target of green food . Score: 0.00 Title: Distribution of organo-chlorine pesticides ( DDT and HCH ) between plant and soil system . 