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the australian farmer
4. Convenience and Cost-Effectiveness. Use of a long-acting trace element bolus will reduce the frequency of supplementation, saving time and labour costs. Although the initial investment may be higher, the sustained benefits and reduced need for frequent interventions make these supple- ments economically viable overactive life of the product. 5. Adaptability to Extensive Systems. In Aus- tralia, many cattle and sheep operations are extensive, with animals grazing on vast range- lands. Long-acting supplementation is par- ticularly beneficial in these systems, where frequent handling of animals is impractical and prohibitively expensive. 6. Environmental Benefits. By improving the efficiency of nutrient use, long-acting supple- ments reduce nutrient wastage and environ- mental contamination. This aligns with the principles of sustainable agriculture. Practical Applications in Australian Livestock Production The use of long-acting trace element supple- ments in Australian livestock production has been demonstrated to enhance animal perform- ance across diverse systems. Key applications include: • Breeding Programs. Ensuring optimal trace element levels in breeding stock enhances fertility rates, embryo survival, and offspring vigour. • Growth and Development. Young animals, particularly weaners, benefit from consistent nutrient supply, improving weight gain and reducing morbidity. • Seasonal Challenges. During periods of pas- ture dormancy or drought, long-acting sup- plements mitigate the impact of nutritional stress, maintaining animal health and pro- ductivity. Pacific Biologics now offer a significant range of long acting bolus products, designed to meet the needs of all Australian producers.
Challenges and Considerations While long-acting bolus supplementation offers numerous advantages, producers must consider certain factors to ensure success: 1. Accurate Diagnosis. Regular testing of soil, pasture, and animal tissue is best practice to identify deficiencies and avoid over-supplementation, which can be toxic. 2. Tailored Solutions. Different regions and production systems have differing requirements. By reviewing your needs you can best select the bolus that is best suited to meet your animal’s needs. 3. Cost-Effectiveness Analysis. Producers must weigh the initial cost against the long-term benefits of improved health and productivity. By utilising APVMA (Australian Pesticides and Veterinary Medicines Au- thority) registered and approved bolus products, pro- ducers can have the confidence that those products are delivering and supported by significant trial data and years of clinical production trials. Conclusion Long-acting trace element supplementation repre- sents a transformative approach to improving cattle and sheep production in Australia. By addressing trace element deficiencies in a consistent, efficient, and sustainable manner, these solutions enhance animal health, productivity, and welfare while re- ducing labour costs and environmental impact. As global demand for animal protein continues to rise, adopting innovative supplementation strategies will be crucial for the Australian livestock industry to remain competitive and sustainable. Ongoing re- search, education, and adoption of best practices will further amplify the benefits of this technology, securing the future of Australian agriculture.
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