Glyn Arthur Project Update - December 2024
What has been done to date?
- Blood and Mineral Analysis
- Vet visit to take blood samples from ewes and replacement ewe lambs for mineral analysis.
- A bolus plan has been implemented based on vet recommendations to address identified deficiencies.
The main deficiencies identified from the blood and liver results are:
- Selenium: Some evidence of chronic deficiency, though current levels are adequate. Therefore supplementation could be beneficial, especially for ewes pre-tupping and during pregnancy.
- Copper: Some evidence of chronic deficiency, with low levels in some sheep. There may also be molybdenum inhibition. Supplementation of ewes pre-tupping and during pregnancy could help address this.
- Iodine: Low concentration in both blood and grass. Supplementation, particularly for ewes pre-tupping and during pregnancy, is likely to be beneficial.
These three nutrients—selenium, copper, and iodine—are the main deficiencies that need attention in the flock.
- Parasite Management
- Continuous monitoring of worm burdens using FEC (Faecal Egg Count) testing through FECpak by Sarah at Glyn Arthur.
- Fluke serology on replacement ewe lambs showed little or no fluke in the flock, indicating good fluke management practices.
- Body Condition Scoring and Ram Fertility
- Body condition scoring of ewes completed prior to tupping to ensure optimum performance.
- Recent ram fertility tests conducted to identify fertile rams fit for breeding.
- Grazing and Forage Management
- Continued rotational grazing of the flock to maintain pasture quality and improve ewe nutrition.
- Haylage and hay analysed to prepare balanced winter rations tailored to flock needs.
Next Steps
- Monitor the effectiveness of the bolus plan and adjust as necessary.
- Use worm and fluke monitoring data to refine parasite control strategies.
- Incorporate forage analysis into winter feeding plans to optimise ewe and lamb performance.
- Continue rotational grazing and assess its impact on flock productivity and pasture condition.