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Fly Spray
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Production Losses Associated with Flies
Flies annoy and irritate animals, transmit disease, reduce weight gains, and reduce milk production.
Horn flies can cause significant economic losses. They are biting, blood-sucking flies that feed 20 to 40 times per day, reducing milk production up to 20% and decreasing gains in growing cattle by 0.25 to 0.5 lb per head daily (USDA) if not controlled. Five hundred horn flies per animal will consume about 1 gallon of blood in a 30-day period.
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Stable flies can do as much if not more damage than horn flies. Stable flies feed with a piercing-sucking mouth. According to the University of Illinois, as few as 40 flies per animal can cause significant reduction in milk production. The USDA estimates milk production losses at up to 20% without good control.
Economic losses may occur when the fly population reaches 100 flies per animal. Over 200 flies per animal can cause significant economic losses. A good fly control program using an oral larvacide, backrubber at peak season, and time-released insecticide provides a favorable cost:benefit ratio.
Fly Control Management Recommendations
Practice good sanitation management.
Keep fly populations under control. Elimination is not the goal. Treat fly levels over 100 flies per animal. Keep the population below 200 flies per animal.
Use periodic treatments, rotating insecticide methods (sprays, dust, backrubbers).
Use an oral larvicide with periodic treatments for cattle on pasture.
To reduce over-winter fly phase, treat late in the fly season.
If using insecticide tags as part of the pest control program, follow usage recommendations throughout the season.
Use a pyrethrin for quick kill and reduction of all fly populations.
Resistance Issues
Insecticide ear tags were introduced in the early 1980s. Originally, they were very effective; however, favorable results lasted only a few years. Due to management practices and other factors, resistance to the insecticides used in ear tags quickly developed.
Resistance to man-made pesticide compounds (pyrethroids, organophosphates, etc.) can occur in a specific fly population.
Resistance can be widespread, but not uniform.
The flies’ resistance mechanisms are different for different compounds.
Insecticide resistance is often perceived rather than actual due to inadequate application, poor timing, inadequate total control program, and/or sudden resurgence of flies if conditions are ideal.
Product
Description
Application
8512 Fly Spray
(2 x 2.5 gal) An oil-based pyrethrin livestock spray with rapid knockdown and high killing powers.
Quantity/size: 2 x 2.5 gal
Apply to livestock as a mist spray only. Only efficient hand-type spray guns or insecticide foggers should be used.
For use on dairy cows, in dairy barns, and on beef cattle and horses for control of face flies, horn flies, stable flies, houseflies, horse flies, mosquitoes, and gnats.
8532
Dairy Aerosol Plus
The best formulated dairy aerosol on the market. It contains 0.5% pyrethrins, 5% piperonyl butoxide (10:1 effective kill ratio), 152-A propellant (provides ideal particle size, breakup, and complete can discharge).
Quantity/size: 6 x 26 oz
Spray 1-2 seconds per 1,000 cu ft. Can also be sprayed on cattle.
This formulation, along with the very best ingredients (pyrethrins, superior synergist, and ideal propellant), makes this a very cost-effective, safe, and convenient product.
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Note: All prices in US Dollars
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