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| If you are interested in more
information, listed below are some articles detailing efficacy studies and
non-target effects for monomolecular surface films.
Efficacy 1. "Additional Studies on the Use of the Monomolecular Surface Film for Operational Control of Mosquito Larvae and Pupae," Journal of the Florida Anti-Mosquito Association. 33(2): 1982, 100-106. 2. "Comparative Efficacy of Technical and Water Base Formulation of AROSURF® MSF Against Aedes taeniorhynchus," Journal of the American Mosquito Control Association. 2(4): 1986, 560-561. 3. "Control of Culex spp. Mosquitoes in Sewage Treatment Systems of Southwestern Florida with Monomolecular Organic Surface Film," Mosquito News. 40(1): March 1980, 27-35. 4. "Control of Immature Mosquitoes Through Applied Surface Chemistry," Proceedings of the Florida Anti-Mosquito Association, 51st Meeting. October 21-22, 1980, 68-71. 5. "Control of Immature Mosquitoes with Liquid and Solid Formulations of a Monomolecular Organic Surface Film," Proceedings and papers of the 50th annual conference of the California Mosquito and Vector Control Association and the 38th meeting of the American Mosquito Control Association. April 18-22, 1982, 106-108. 6. "Control of Larvae and Pupae of Anopheles quadrimaculatus and Anopheles crucian in Natural Paludal Ponds with the Monomolecular Surface Film Isostearyl Alcohol Containing Two Oxyethylene Groups," Mosquito News. 42(2): June 1982, 172-178. 7. "Effect of Low Temperature on the Mosquito Larvicide and Pupicide AROSURF® MSF and Adol 85 (Indicator Oil) Physical Evaluations," Mosquito News. 44(3): September 1984, 419-422. 8. "Effectiveness of Aerially Applied AROSURF® MSF in the Control of the Cattail Mosquito Coquillettidia perturbans," Journal of the American Mosquito Control Association. 8(3): September 1992, 325-327. 9. "Efficacy of AROSURF® MSF, a Monomolecular Surface Film, in Controlling Culex quinquefasciatus," Indian Journal of Medical Research. 83: March 1986, 271-276. 10. "Efficacy of the Organic Surface Film Isostearyl Alcohol Containing Two Oxyethylene Groups for Control of Culex psorophora Mosquitoes: Laboratory and Field Studies," Mosquito News. 42(1): March 1982, 1 -11. 11. "Formulations for Enhancing the Mosquito Larvicidal Action and Persistence of the Monomolecular Surface Film Isostearyl Alcohol Containing Two Oxyethylene Groups," Journal of the Florida Anti-Mosquito Association. 55(1): 1984, 31-33. 12. "Ground and Aerial Application of a Monomolecular Organic Surface Film To Control Mosquitoes in Natural Habitats of Southwestern Florida," Mosquito News. 41(2): June 1981, 291 - 301. 13. "An Injection Method for Spraying Biological Control Agents and a Monomolecular Surface Film for Control of Immature Mosquitoes," Mosquito News. 1(2): June 1985, 255-257. 14. "Mosquito Control using Monomolecular Organic Surface Films: Larvicidal Effect on Selected Anopheles and Aedes Species," Mosquito News. 37(3): September 1977, 349-353. 15. "Mosquito Control with Monomolecular Organic Surface Films: Selection of Optimum Film Forming Agents," Mosquito News. 17(3):1977, 344-348. 16. "A New Method for Applying AROSURF® MSF," Mosquito News. 1(2): June 1985, 245-247. 17. "Persistence of the Mosquito Larvicide and Pupicide AROSURF® MSF in Permanent and Semi-Permanent Habitats," Journal of the Florida Anti-Mosquito Association. 56(1): 1985, 32-36. 18. "Small Scale Field Evaluation of the Monomolecular Surface Film AROSURF® MSF Against Anopheles arabiensis Patton," Acta Tropica. 56: 1994, 365-369.
Non-Target Effects 1. "Effects of AROSURF® MSF on a Variety of Non Target Organisms in the Laboratory," Journal of the American Mosquito control Association. 7(5): March 1991, 48-51. 2. "Effects of AROSURF® MSF on Microcrustacea Associated with the Cattail Mosquito, Coquillettidia perturbans," Journal of the American Mosquito Control Association. 9(3): 1993, 361-363. 3. "Field Evaluations of ISA-2OE for Mosquito Control and Effects on Aquatic Nontarget Arthropods in Experiment Plots," Mosquito News. 44(3): September 1984, 363-367. 4. "Field Evaluations of the Phytotoxic Effects of AROSURF® MSF on Selected Species of Aquatic Vegetation," Journal of the American Mosquito Control Association. 5(2): June 1989, 272-274. 5. "Laboratory Observations on Some Fresh Water Vertebrates and Several Saline Fishes Exposed to a Monomolecular Organic Surface Film ISA 2OE," Mosquito News. 44(1): March 1984, 68-69. 6. "Monolayer Films As Mosquito Control Agents and Their Effects on Nontargetable Organisms," Mosquito News. 43(4): 1983, 489-495.
Combination Formulations 1. "Efficacy of AROSURF® MSF and Formulations of Bacillus thuringiensis var. israelensis Against Anopheles albimanus," Journal of American Mosquito Control Association. 3(3): September 1987, 485-488. 2. "Efficacy of AROSURF® MSF (Monomolecular Surface Film) Base Formulations of Bacillus thuringiensis var. israelensis Against Mixed Populations of the Mosquito Larvae and Pupae: Bioassay and Preliminary Field Evaluations," Mosquito News. 44(4): December 1984, 537-543. 3. "Field Trials of AROSURF® MSF Alone and in Combination with Bti for Mosquito Control," Proceedings of 72nd annual meeting of the NJ Mosquito Control Association. 167-168. 4. "Investigation on the Mosquito Control Potential of Formulations of AROSURF® MSF and Conventional Larvicides," Mosquito News. 44(4): December 1984, 592-594. 5. "Laboratory Evaluations of Formulations of AROSURF® MSF and Bacillus sphaericus Against Larvae and Pupae of Culex quinquefasciatus," Journal of American Mosquito Control. 2(2): June 1986, 233-236. |
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