fly trapping and control in arid environments j. a. hogsette 1, d. f. hoel 2 and u. r. bernier 1 1...
TRANSCRIPT
Fly Trapping and Control in Arid Environments
J. A. Hogsette1, D. F. Hoel2 and U. R. Bernier1
1USDA-ARS, Center for Medical, Agricultural and Veterinary Entomology (CMAVE)
1600 S. W. 23rd Drive, Gainesville, Florida 32608, USA
2Vector Biology Research ProgramU.S. Naval Medical Research Unit No. 3
Cairo, Egypt
Plenty of house fly traps to choose from!
Hanging toxicant deviceSticky trap on post
Box trap Bag trap
Hanging plastic bag with water trap
1. The 7 traps/baits/bait strips were rotated through 7 sites.
2. The traps/baits/bait strips were left at each site for 24 hours, then flies were counted.
3. Study was replicated 3 times.
Captivator
The wet jar trap captured significantly more flies than the other devices.
Mean number of flies = 704.29(±125.02)a
Fly Relief
The wet bag trap captured significantly less flies than the wet jar trap, but significantly more flies than the remaining devices.
Mean number of flies = 583.33(±117.70)b
Results
E Z Trap
43.71(±7.87)c
32.52(±3.46)c
17.57(±5.43)c
4.67(±0.60)c
1.05(±0.38)c
Mean number of flies
No significant difference in mean numbers of flies captured by remaining devices.
Captivator
Current recommendation under desert conditions would be to use traps containing moisture.
Fly Relief
Scatter baits and bait strips may be more effective is flies have access to water nearby.
Future Plans
1.Return to Cairo in April.
2. Measure temperature changes inside the wet traps as an indication of trap efficacy.
3. Alter presentation methods for scatter baits and bait strips.