Tick-Borne Disease Prevention in Cattle: Integrated Strategies

Tick-borne diseases including babesiosis, anaplasmosis, and theileriosis cause significant cattle mortality and welfare impact globally.

Key Facts

Babesiosis (redwater fever) causes hemolytic anemia and can kill cattle rapidly
Anaplasmosis causes fever, anemia, and jaundice, with high mortality in adult cattle
Theileria species cause East Coast fever, one of the most economically significant cattle diseases in Africa
Acaricides (tick treatments) are the main control method but resistance is increasing
Breed selection for tick resistance is an important long-term strategy
Vaccines are available for some tick-borne diseases in endemic regions
Tick surveillance and monitoring enable early intervention before outbreaks develop

Welfare Considerations

Tick-borne diseases cause acute, severe suffering in affected cattle - fever, anemia, organ failure, and death. Animals that survive severe infections often have prolonged recovery periods. Preventive strategies - including vaccination where available, strategic acaricide use, pasture management, and resistant breed selection - dramatically reduce both the incidence and severity of disease. Integrated approaches that reduce acaricide reliance also protect ecological welfare.

What You Can Do

Implement a strategic tick monitoring and treatment plan with your vet
Vaccinate against babesiosis and other tick-borne diseases where vaccines are available
Select breeds with known tick resistance for farming in endemic regions
Rotate pastures to reduce tick burdens on grazing areas
Record tick burdens and disease incidence to monitor program effectiveness