Running a productive sheep enterprise is not simply about producing more lambs. The real challenge is producing more lambs that survive, grow efficiently and require less intervention along the way. For many Australian sheep producers, lambing is one of the most labour-intensive periods of the year. Difficult births, weak lambs, poor mothering ability, mismothering and lamb mortality can all increase the amount of time spent checking mobs and assisting individual animals. While good nutrition, animal health and lambing management remain essential, there is another important part of the solution: genetics. Investing in better maternal sheep genetics can progressively build a flock that is better equipped to conceive, lamb, mother and raise offspring successfully. Instead of continually managing the same problems generation after generation, producers can use genetic selection to address some of those problems at their source. Why Lambing Labour Is Such an Important Consideration Labour efficiency is becoming increasingly important in modern sheep production. During lambing, producers may spend significant time monitoring ewes, assisting difficult births, dealing with abandoned or mismothered lambs and managing animals that struggle under challenging conditions. Some intervention will always be necessary. Weather, nutrition, disease and unexpected complications cannot be eliminated through genetics. However, a flock containing ewes genetically better suited to reproduction and maternal performance has the potential to require fewer interventions than one in which these characteristics have received little selection pressure. The objective isn't a completely hands-off lambing system. It is to develop sheep that are more capable of doing the job themselves. That is where maternal sheep genetics become particularly valuable. What Are Maternal Sheep Genetics? Maternal genetics refers to the inherited characteristics that influence how successfully breeding females reproduce and raise their progeny. These characteristics can include fertility, litter size, birth weight, lamb survival, milk production, growth and maternal behaviour. For commercial producers, these traits matter because the number of lambs conceived is only one part of reproductive performance. A ewe that produces twins but successfully raises only one lamb has not delivered the same productive outcome as a ewe that conceives twins and raises both through to weaning. The commercial goal therefore needs to extend beyond pregnancy or scanning percentage. Ultimately, producers need to consider lambs successfully weaned per ewe joined and how efficiently those lambs are produced. ProBreed's Maternal breeding program reflects this broader approach. Its Maternal sires are selected for high maternal efficiency and fertility alongside weaning and post-weaning growth, while selection for low birth weight and high survival aims to reduce lambing difficulties and losses. 1. Better Genetics Can Reduce Lambing Difficulties Birth weight is an important consideration when developing a low-intervention lambing system. Extremely heavy lambs may increase the likelihood of difficult births, while very small lambs can have reduced vigour and may be more vulnerable following birth. The goal is therefore not simply to breed the smallest lamb possible. Producers need genetics capable of achieving an appropriate balance between manageable birth weight, survival and subsequent growth. This is one reason objective genetic information is valuable. Rather than selecting rams on appearance alone, Australian Sheep Breeding Values (ASBVs) allow producers to consider the genetic potential of animals for economically important traits. ProBreed Maternal sires, for example, are selected for low birth weight together with high survival and growth characteristics. Over successive generations, strategic selection can help create a flock more suited to straightforward lambing while maintaining the performance required after birth. Fewer difficult births can mean fewer individual ewes requiring assistance, reducing pressure on both livestock and the people managing them. 2. Lamb Survival Begins With Genetics Lamb survival is influenced by numerous factors. Weather conditions, birth weight, lamb vigour, ewe nutrition, colostrum intake, disease, predation and maternal behaviour can all affect whether a newborn lamb survives. Good management therefore remains essential. But genetics can improve the biological foundation producers are working with. Selecting maternal sheep genetics with survival as a priority can increase the probability that future generations possess characteristics suited to surviving from birth through to weaning. This becomes particularly important in high-fertility flocks. Producing more twins and multiples can increase kilograms of lamb produced per hectare, but additional lambs only create value when a high proportion survive. The breeding objective should consequently combine fertility with survival rather than pursuing prolificacy in isolation. 3. Strong Maternal Ability Means Less Intervention A productive ewe needs to do considerably more than become pregnant. After lambing, she needs to remain with her lambs, allow them to suckle, provide adequate milk and successfully raise them. Poor maternal behaviour can create additional work through mismothering, bottle feeding, mothering-on procedures or increased monitoring. Strong maternal ability therefore has both productivity and labour implications. ProBreed describes maternal efficiency as a ewe's ability to produce and raise one or multiple lambs each year. Its breeding philosophy considers factors including conception, litter size, survival, milk production and maternal behaviour. For commercial producers, the principle is straightforward: the more effectively the ewe performs her maternal role, the less frequently people should need to perform it for her. 4. Fertility Must Be Matched With Survival High scanning percentages can be encouraging, but scanning results alone don't pay the bills. The more commercially meaningful measure is how many lambs ultimately reach weaning. A breeding program focused solely on conception or litter size can therefore miss an important part of the productivity equation. ProBreed selects its Maternal sires for fertility and number of lambs weaned alongside survival and growth. The company reports approximately 190% weaning success across its mature-age flock and identifies high fertility and survival as key benefits of its breeding approach. For producers considering new genetics, this highlights an important question: Are you breeding for more lambs conceived, or more lambs successfully raised? The second objective is ultimately what creates saleable lambs and replacement females. 5. Early Growth Can Improve Production Efficiency Getting a lamb safely onto the ground is only the beginning. It then needs to grow. Strong early growth can contribute to heavier weaning weights and potentially help producers reach production targets sooner. This is why maternal breeding shouldn't focus on reproduction at the expense of growth. A balanced program considers the complete production cycle: conception, birth, survival, maternal performance, growth and weaning. ProBreed Maternal sires are selected for both weaning and post-weaning weight traits, reflecting the need to combine reproductive efficiency with commercially useful growth. When lambs are born at an appropriate weight, survive and then grow strongly, the entire system becomes more efficient. 6. Genetics Can Create Cumulative Labour Savings One of the biggest advantages of genetic improvement is that the benefits can accumulate. A management intervention may solve a problem this season. Genetic improvement can influence the next generation and, when replacement females are retained, generations after that. Imagine two breeding directions. In one flock, replacement ewes are retained without strong selection for fertility, survival, maternal ability or appropriate mature size. In another, replacements come from genetics consistently selected for those characteristics. Over time, the performance of the two flocks can become increasingly different. The second flock has been deliberately built around animals expected to perform efficiently within the production system. This is why genetic improvement should be viewed as a long-term business strategy rather than simply a ram-purchasing decision. 7. Objective Data Makes Selection More Reliable Visual assessment remains useful when evaluating structural soundness and whether an animal is suitable for a particular operation. But many commercially important maternal traits cannot be reliably assessed just by looking at a ram. That makes performance recording, pedigree information and breeding values particularly important. ProBreed's breeding program uses full pedigree information and measures lambs for important production traits, with the aim of generating continuing genetic gain. Objective information allows producers to select genetics according to specific business objectives rather than relying entirely on appearance or assumptions about breed type. For a producer experiencing excessive lambing intervention, for example, birth weight and survival may deserve particular attention. For another business, the priority may be increasing lambs weaned while maintaining moderate ewe size and strong growth. The right genetic direction depends on the production system. Better Genetics Still Need Good Management Genetics should never be viewed as a replacement for sound livestock management. Even genetically strong ewes will perform poorly if nutrition, health and lambing conditions are inadequate. Ewe condition entering lambing, pregnancy nutrition, mob size, shelter, stocking density, disease management and predator control can all influence lamb survival. ProBreed's own management advice emphasises nutrition during pregnancy and appropriate management to reduce mismothering. The strongest results occur when genetics and management work together. Think of genetics as increasing the capability of the animal, while management creates the environment in which that capability can be expressed. Building a More Self-Sufficient Flock The long-term opportunity is to develop a flock that requires less corrective management. That means selecting animals suited to your environment and commercial objectives and consistently applying selection pressure to the traits that matter. For a maternal operation, useful questions include: How many lambs are being weaned per ewe joined? What percentage of lambs survive from birth to weaning? How frequently are ewes requiring assistance at lambing? Are birth weights appropriate for the production system? Which ewes consistently rear twins successfully? Are replacement females coming from the most productive maternal lines? Are mature ewe size and feed requirements appropriate? Is genetic progress being measured from year to year? These questions shift the focus from managing symptoms to improving the underlying flock. How ProBreed Approaches Maternal Genetic Gain ProBreed was established with a focus on bringing technology, genetics and data into sheep breeding. Its Maternal program is designed around maternal efficiency, with selection covering fertility, survival, appropriate birth weight and early growth. The objective is particularly relevant for producers seeking to maximise lamb production per hectare without simply increasing ewe size or accepting greater lambing losses as the cost of higher fertility. ProBreed's approach also recognises that genetics need to fit the individual farm. Production environment, feed availability, flock type, labour availability and market objectives all influence which genetics are most suitable. Rather than asking which ram has the biggest numbers, the better question is: Which genetics will solve the limitations currently holding back my sheep enterprise? Turn Lambing Problems Into Breeding Objectives Every difficult lambing season provides information. High rates of assisted births, poor lamb survival, low weaning percentages, weak maternal behaviour or excessive labour requirements shouldn't simply be accepted as inevitable features of sheep production. They can be used to identify future breeding priorities. Nutrition and management improvements may produce immediate gains, while better maternal sheep genetics provide an opportunity to make longer-term, cumulative change. By selecting for balanced birth weight, fertility, survival, maternal efficiency and growth, producers can progressively build sheep that are better equipped to conceive, lamb and raise their offspring with less assistance. That can translate into more lambs surviving to weaning, fewer hours spent dealing with preventable problems and more kilograms of lamb produced from the same farming system. For producers looking to improve both flock performance and labour efficiency, maternal genetics are therefore much more than a breeding decision. They are a practical tool for building a more productive, resilient and manageable sheep enterprise. To learn more about ProBreed Maternal genetics and how a breeding program can be matched to your production goals, speak with the ProBreed team.

Buying a ram is one of the most important genetic investments a sheep producer makes. A ram may represent only a small percentage of the animals in a flock, but his genetic influence can extend across hundreds of lambs and several generations. That means choosing a ram should involve much more than finding the biggest or most impressive-looking animal in the pen. Whether you are comparing traditional breeds or looking at composite rams for sale, the best purchasing decision combines your breeding objective with objective genetic information, physical soundness, health status and suitability for your production environment. Use this ram buying checklist before making your next investment. 1. Start With Your Breeding Objective Before inspecting individual rams, be clear about what you want the next generation of sheep to achieve. Are you trying to: Increase lamb survival? Improve reproductive performance? Produce more kilograms of lamb per hectare? Increase early growth? Improve carcase characteristics? Maintain or improve wool value? Produce productive replacement females? Improve resilience within your environment? Reduce labour requirements? Without a defined objective, it is easy to buy an impressive ram that does not actually move your flock in the direction you need. The ideal sire for a producer retaining maternal replacements, for example, can be very different from the ideal terminal sire for a business focused on producing slaughter lambs. ProBreed's breeding programs reflect these different production requirements, with Maternal, Plus and Terminal genetics designed around different commercial objectives. 2. Examine the Ram's Structure Genetic figures are extremely valuable, but they do not replace a physical inspection. A breeding ram needs to remain structurally functional enough to walk, work and successfully serve ewes. Start by watching the ram move naturally. Look for an animal that walks freely and comfortably without stiffness, uneven movement or obvious discomfort. Pay particular attention to: Feet and legs Inspect the feet for soundness and correct shape. Check the legs, pasterns and joints and consider whether the ram has the structural integrity required to work under your conditions. Poor mobility can compromise a ram's ability to cover ewes effectively, particularly across larger paddocks or challenging terrain. Back and body Assess overall balance and body structure. Depending on your breeding objective, you may also be considering attributes associated with capacity, muscling and general type. Physical appearance, however, should always be considered alongside objective performance information rather than used as the sole selection criterion. 3. Inspect the Testicles and Reproductive Anatomy A ram can possess outstanding genetics, but those genetics have little value if he cannot successfully reproduce. Inspect both testicles carefully. They should be well developed, reasonably even and free from obvious abnormalities, swelling or hard lumps. Check the scrotum and reproductive anatomy for signs of injury or abnormalities. A breeding soundness examination conducted by a veterinarian provides additional confidence, particularly for valuable breeding animals. Regular reproductive checks are also valuable once rams enter your flock. Remember that purchasing the ram is only the beginning. Maintaining reproductive soundness before each joining is an important part of protecting the genetic investment. 4. Check the Mouth and Teeth The mouth is another simple but important part of a ram inspection. Check that the teeth and jaw align correctly and look for obvious abnormalities that could affect grazing. Age should also be considered. An older ram may still be productive, but producers need to balance remaining working life against purchase cost and the opportunity to introduce younger genetics with greater genetic merit. 5. Assess Body Condition — Not Just Size One of the easiest mistakes when buying rams is assuming that the largest or heaviest animal is automatically genetically superior. Nutrition and management can have a major effect on appearance. Instead, assess whether the ram is in an appropriate condition for breeding and consider physical appearance in conjunction with objective genetic data. Extremely over-conditioned animals can make structural assessment more difficult and may not provide a realistic indication of how their progeny will perform under commercial conditions. Ask how the sale rams have been managed and whether their preparation reflects the environment in which their progeny will be expected to perform. 6. Use ASBVs to Look Beyond Appearance Australian Sheep Breeding Values (ASBVs) give producers a way to compare the genetic merit of animals for economically important traits. Depending on the breeding program and your objectives, relevant traits may include: Weight and growth Reproduction Lamb survival Eye muscle depth Fat Worm egg count Wool traits Adult weight Other health, efficiency or carcase characteristics Selection indexes can also combine multiple economically relevant traits into a single figure designed around a particular production objective. However, don't select solely on the highest index. Examine the individual ASBVs behind the index and make sure they align with the traits that matter to your enterprise. The question isn't simply, "Which ram has the biggest number?" It is, "Which ram has the genetic profile that best advances my breeding objective?" 7. Look at Accuracy and Percentile Rankings ASBV accuracy provides information about how much data contributes to an estimated breeding value. Greater accuracy generally provides greater confidence that the ASBV is close to the animal's true breeding value. Percentile rankings can also help you understand where an animal sits relative to the relevant population. When comparing composite rams for sale, this information can make selection significantly more objective than relying on appearance or raw measurements alone. Make sure you understand exactly what the figures in the catalogue or pen card represent. Within-flock breeding values, for example, should not be treated as directly comparable across different flocks. If something in a sale catalogue is unclear, ask the breeder before purchasing. 8. Investigate the Ram's Health Status Health should never be an afterthought. Before introducing any new ram to your property, understand both the individual animal's health and the health status of the source flock. Ask about: Ovine brucellosis accreditation and testing Vaccination history Footrot status Lice status Ovine Johne's disease management Worm monitoring and treatment Other relevant biosecurity risks Available animal health declarations or supporting documentation ProBreed, for example, states that its flocks are accredited free of ovine brucellosis and that rams undergo annual palpation and blood testing. Its ram health program also includes vaccination and management relating to clostridial diseases, lice, footrot, worms and Ovine Johne's disease. Whatever breeder you purchase from, request current documentation rather than making assumptions. 9. Consider Your Environment A genetically impressive ram still needs to suit the conditions in which his progeny will perform. Think about: Rainfall Pasture availability and quality Parasite challenge Terrain Stocking pressure Seasonal feed availability Lambing conditions Target markets Management intensity A ram selected for traits that have little economic relevance to your system may deliver less value than an animal whose genetic profile closely matches your environment. This is particularly important when selecting maternal or composite genetics because you are often building females that will remain in the flock for several years. 10. Consider Maternal Efficiency If you retain replacement females, look beyond the immediate crop of sale lambs. The daughters a ram leaves behind can influence flock productivity for years. Reproductive performance, lamb survival, mature ewe size, mothering ability, growth and efficiency all deserve consideration. A larger mature ewe is not automatically a more profitable ewe. Maintaining mature body weight requires feed, so producers should consider output relative to the resources required to generate it. ProBreed's Maternal program, for example, places emphasis on maternal efficiency, fertility, survival and moderate adult weight, while its Plus program is designed for producers seeking both meat and wool income. The important point is to select genetics for whole-enterprise performance rather than focusing on one visually impressive trait. 11. Evaluate Terminal Rams Against Your Target Market For producers purchasing terminal sires, the selection priorities change. Consider the carcase specifications your buyers require and the age or weight at which you want lambs ready for market. Relevant considerations may include: Early growth Muscle Fat Carcase weight Survival Eating-quality traits where available Fast growth can help lambs reach target weights earlier, but balanced selection remains important. The goal should be an animal whose genetics suit both your production environment and your end market. 12. Ask About Pedigree and Data Collection Good genetic decisions depend on good information. Ask the breeder how animals are identified, measured and recorded. Reliable pedigree information and systematic performance recording increase the usefulness of genetic evaluation and give producers greater confidence in selection decisions. ProBreed states that every lamb in its breeding program has a full pedigree and is measured and assessed for important traits as part of its data-driven breeding approach. When evaluating a ram breeder, therefore, don't only ask what the rams look like. Ask how the breeder knows they are making genetic progress. 13. Understand the Guarantee and After-Sale Support Before purchasing, find out what happens after the ram leaves the property. Does the breeder provide a guarantee? What are the conditions? Is assistance available if you have questions about ram management, joining or future genetic selection? The best relationship between breeder and commercial producer should extend beyond sale day. A breeder who understands your production system can help you select a team of rams rather than simply sell individual animals. That distinction becomes increasingly important when genetic improvement is viewed as a long-term program rather than a once-a-year purchasing decision. 14. Think in Terms of a Ram Team Avoid evaluating every ram in isolation. Commercial producers often achieve a better outcome by selecting a team of rams that collectively meets their breeding objective. Before a sale or private inspection, use genetic information to shortlist suitable animals. Then physically inspect those animals for structure, type and reproductive soundness. This approach helps prevent sale-day emotion from overriding the breeding plan. Set your priorities and budget before you arrive. Your Final Ram Buying Checklist Before purchasing a ram, confirm that you have: Defined your breeding objective. Selected the appropriate maternal, dual-purpose or terminal type. Reviewed relevant ASBVs and selection indexes. Considered ASBV accuracy and percentile rankings. Checked that individual trait values fit your production goals. Inspected feet, legs and overall structural soundness. Watched the ram move. Inspected the testicles, scrotum and reproductive anatomy. Checked the mouth and teeth. Assessed body condition. Reviewed flock and individual animal health information. Requested relevant accreditation and health documentation. Considered suitability for your farm environment. Reviewed pedigree and performance-recording information. Checked the breeder's ram guarantee. Considered after-sale advice and genetic support. Selected for long-term flock profitability rather than appearance alone. Choose Genetics With a Purpose Buying a ram isn't simply purchasing another animal. It is choosing genetics that can influence your flock's productivity, efficiency and profitability for years. Physical soundness remains essential, but modern ram selection gives producers the opportunity to look much further than what can be seen in the sale pen. Combining structural assessment with ASBVs, health information, pedigree data and a clearly defined breeding objective provides a stronger foundation for genetic progress. For producers researching composite rams for sale, ProBreed offers Maternal, Plus and Terminal breeding options designed for different Australian sheep production systems. Explore ProBreed genetics and choose rams according to the traits, environment and commercial objectives that matter to your enterprise.

The Australian sheep industry has never been more focused on efficiency. Rising input costs, labour shortages, unpredictable seasons and increasing market demands are forcing producers to rethink traditional breeding strategies. Rather than selecting sheep based on appearance or breed loyalty alone, today's progressive producers are choosing genetics that consistently deliver better commercial outcomes. This shift has helped fuel the rapid growth of composite sheep breeding across Australia. Composite sheep in Australia are no longer viewed as an experimental breeding concept. They have become a proven production system that combines the strengths of multiple breeds to produce more productive, resilient and profitable sheep. For many commercial operations, composites are helping increase kilograms of lamb produced per hectare while reducing labour requirements and improving flock consistency. Australia's broader sheep industry has increasingly embraced data-driven genetic selection, DNA technologies and Australian Sheep Breeding Values (ASBVs), making composite breeding even more powerful than ever before. At ProBreed, composite breeding isn't simply about crossing breeds—it's about carefully selecting superior genetics generation after generation to create predictable, high-performing sheep tailored to Australian production systems. ProBreed measures every lamb, records complete pedigrees and uses performance data to deliver year-on-year genetic improvement backed by measurable results. What Are Composite Sheep? Composite sheep are developed by combining two or more carefully selected breeds to capture the best genetic traits from each while reducing their weaknesses. Unlike first-cross sheep, which often require ongoing purchasing of replacement ewes, true composites become stable breeding populations over multiple generations. This allows producers to retain replacement females while maintaining the benefits of hybrid vigour and continual genetic improvement. Rather than focusing on breed purity, composite breeding focuses on commercial performance. The goal is simple: Higher fertility Better lamb survival Faster growth Improved maternal performance Greater feed efficiency Better adaptability to Australian conditions This approach allows producers to select sheep based on profitability rather than tradition. Why Composite Sheep Are Growing in Popularity Australian producers are increasingly asking one important question: "Which sheep make the most money?" The answer isn't always tied to a single breed. Instead, profitable flocks are increasingly built around measurable production traits that improve whole-farm efficiency. Several industry trends are driving this movement. 1. Fertility Has Become a Major Profit Driver More lambs weaned means more kilograms sold. Modern composite breeding programs place significant emphasis on reproductive performance, including scanning percentages, conception rates and maternal ability. A ewe producing twins consistently can dramatically increase enterprise profitability without increasing ewe numbers. ProBreed Maternal genetics are specifically selected for high fertility, regularly achieving mature ewe scanning rates around 200% and strong weaning performance under commercial conditions. 2. Labour Efficiency Matters More Than Ever Many Australian sheep producers are managing larger enterprises with fewer people. Easy-care sheep that lamb unassisted, rear multiple lambs successfully and require less intervention save valuable labour during the busiest periods of the year. Composite breeding places strong emphasis on functional traits including: Mothering ability Lamb survival Structural soundness Ease of management These traits reduce workload while improving overall flock performance. 3. Data Is Replacing Guesswork Today's breeding decisions are increasingly driven by objective measurement. Australian Sheep Breeding Values (ASBVs), DNA technologies and detailed performance recording allow producers to compare animals based on the genetics they will pass on—not simply how they look. This has transformed sheep breeding from opinion-based selection into evidence-based genetic improvement. 4. Composite Sheep Offer Greater Flexibility One of the biggest advantages of composites is their versatility. Whether producing prime lambs, replacement females or dual-purpose sheep, composite genetics can be tailored to suit different production systems. ProBreed has developed three breeding programs designed around different commercial objectives: ProBreed Maternal – maximise reproductive efficiency and replacement ewe performance. ProBreed Plus – combine meat production with wool income. ProBreed Terminal – produce fast-growing, high-yielding lambs for market specifications. Why Hybrid Vigour Still Matters Hybrid vigour, or heterosis, remains one of the biggest advantages of composite breeding. It commonly improves traits that are difficult to increase through selection alone, including: Fertility Lamb survival Growth rates Longevity Overall resilience When managed correctly through structured breeding programs, composite sheep retain much of this advantage while also providing predictable, repeatable genetic performance. The result is a flock that consistently performs regardless of seasonal variation. The ProBreed Difference Many producers can cross two breeds. Far fewer can build a true composite breeding program. ProBreed's approach goes far beyond simple crossbreeding. Every breeding decision is supported by detailed performance recording, pedigree information and continual genetic evaluation. The objective is not simply producing good-looking sheep. The objective is producing sheep that generate greater returns for commercial producers. ProBreed's breeding philosophy focuses on: High fertility Strong maternal instincts Excellent lamb survival Moderate mature ewe size Efficient feed conversion Fast early growth Predictable genetic gain This systematic approach enables producers to make continual improvements across generations rather than relying on chance outcomes. Building Self-Replacing Flocks One reason many producers are moving towards composites is the ability to operate self-replacing flocks. Instead of continually purchasing replacement females, producers can breed their own high-performing ewes. This reduces: Biosecurity risk Replacement costs Genetic inconsistency Dependence on external suppliers At the same time, producers maintain complete control over long-term genetic direction. Looking Ahead Australian sheep breeding continues moving toward objective, data-driven genetic improvement. As DNA technologies become more widely adopted and genetic evaluation systems continue improving, composite breeding programs will likely become even more valuable for commercial producers seeking consistent gains in productivity and profitability. For producers wanting more lambs, better-performing replacement ewes and greater long-term efficiency, composite sheep represent far more than an industry trend—they represent a practical breeding strategy built around measurable commercial outcomes. Why More Producers Are Choosing ProBreed At ProBreed, every breeding decision is guided by one goal: helping commercial sheep producers achieve sustainable genetic gain year after year. By combining proven composite genetics with rigorous performance recording, complete pedigree tracking and practical commercial experience, ProBreed delivers breeding programs designed for real-world Australian farming conditions. Whether your objective is higher lambing percentages, improved maternal performance or greater kilograms of lamb produced per hectare, ProBreed provides genetics that are built to perform and backed by measurable results. (PROBREED)

For sheep producers, successful lambing doesn't begin when lambs hit the ground—it begins months earlier with careful planning. A well-structured breeding program ensures your flock remains productive, profitable, and resilient year after year. Whether your goal is producing replacement ewes or prime lambs, focusing on high fertility sheep is one of the most effective ways to improve overall flock performance. At ProBreed, we believe that consistent genetic improvement combined with strategic flock management delivers long-term success. Our breeding philosophy focuses on maternal efficiency, fertility, lamb survival and growth to help producers achieve more kilograms of lamb per hectare while reducing labour and production costs. Below is a practical 12-month breeding calendar that can help producers prepare for better conception rates, healthier ewes and stronger lamb crops. Months 1–2: Review Last Season's Performance Every successful breeding program starts with evaluating the previous season. Review key performance indicators such as: · Scanning percentages · Lamb survival rates · Weaning percentages · Average weaning weights · Ewe condition scores · Ram performance These figures identify strengths and weaknesses before the next joining period begins. Producers using performance records are better equipped to make informed breeding decisions rather than relying solely on visual assessment. Months 2–3: Define Your Breeding Objectives Not every flock has the same priorities. Ask yourself: · Do you want more lambs weaned? · Is wool production equally important? · Are you targeting heavier carcasses? · Do you need more replacement females? Your breeding objectives determine which genetics will deliver the greatest return. For many Australian producers, selecting high fertility sheep means focusing on genetics that consistently deliver twins, excellent mothering ability and strong lamb survival. Months 3–4: Select the Right Rams Ram selection has the biggest influence on future flock performance because each ram contributes genetics to many offspring. Look beyond appearance and consider: · Fertility · Maternal traits · Growth rates · Birth weight · Weaning weight · Structural soundness · Australian Sheep Breeding Values (ASBVs) At ProBreed, every breeding decision is backed by measured performance data to maximise genetic gain while improving fertility and maternal efficiency. Months 4–5: Prepare Your Ewes Even superior genetics require healthy ewes. Before joining: · Assess body condition scores · Vaccinate where required · Complete parasite management · Address mineral deficiencies · Ensure adequate nutrition Target condition scores improve ovulation rates, conception rates and embryo survival. Nutrition during this period has a direct influence on reproductive performance. Month 6: Joining Joining is where months of preparation come together. Best practice includes: · Joining healthy rams only · Monitoring ram-to-ewe ratios · Recording joining dates · Maintaining consistent nutrition · Minimising unnecessary stress Good management during joining helps maximise conception rates and ensures a tighter lambing period. Months 7–8: Pregnancy Scanning Pregnancy scanning provides valuable information for flock management. Scanning identifies: · Dry ewes · Singles · Twins · Triplets Grouping ewes according to litter size allows producers to feed animals according to nutritional demand, improving lamb survival while avoiding unnecessary feed costs. High fertility sheep often produce multiple lambs, making pregnancy scanning an essential management tool. Months 8–9: Nutrition During Pregnancy Late pregnancy is one of the most critical periods in the production cycle. Energy requirements increase significantly, particularly for twin- and triplet-bearing ewes. Proper nutrition supports: · Lamb birth weights · Colostrum production · Milk supply · Lamb survival · Ewe recovery after lambing Poor nutrition during this stage can reduce the benefits gained through superior genetics. Months 9–10: Prepare for Lambing Before lambing begins: · Check paddock shelter · Ensure adequate feed availability · Prepare lambing paddocks · Minimise disturbance · Monitor weather conditions Reducing stress during lambing allows ewes to display stronger maternal instincts and improves bonding with newborn lambs. Genetics also play a major role. ProBreed Maternal sires are selected for high maternal efficiency, fertility and lamb survival, helping producers wean more lambs each season. Months 10–11: Lambing Management During lambing: · Observe from a distance where possible. · Record losses. · Identify any difficult births. · Monitor ewe mothering behaviour. · Check lamb vigour. The objective is not simply more lambs born, but more lambs successfully weaned. This is where selecting high fertility sheep with excellent maternal traits delivers measurable commercial benefits. Month 12: Weaning and Data Collection Weaning is more than separating lambs. It is an opportunity to gather valuable information that improves next year's breeding program.

Efficiency in Lamb Breeding: A ProBreed Perspective In 2024, the processing sector has shown a keen interest in heavier lambs. However, at ProBreed, we firmly believe that efficiency remains the cornerstone of successful lamb production. Let's delve into how ProBreed's approach aligns with this philosophy.   1. The Pursuit of Efficiency Efficiency is multifaceted. It encompasses not only the number of lambs produced but also their growth rate and overall health. As a producer, it's essential to strike a balance between size and efficiency. While larger lambs may seem appealing, their rapid growth and feed consumed can sometimes come at the expense of long-term productivity. THE ENERGY EFFICIENCY REVIEW To support our commitment to efficiency, we draw insights from the literature review titled Improving the on-farm energetic efficiency of the Australian lamb industry . Conducted by Meat and Livestock Australia (MLA), this review explores key factors influencing energy utilisation in lamb production. Here are some highlights: Energy Conversion and Utilisation Understanding energy partitioning—gross energy, digestible energy, metabolisable energy, and net energy—is crucial. Factors like feed quality, photoperiod, temperature, and humidity impact energy utilisation. Animal Factors and Genetics Sex, birth type, and temperament influence efficiency. Genotype matters too—high growth potential, muscling potential, and back fat potential play a role. Maternal genetics also affect lamb performance. Growth Trajectory and Body Composition Steady, balanced growth is essential for efficiency. Monitoring fat score and body composition helps maintain optimal lamb development. Prenatal Influences Maternal nutrition and stress during gestation impact lamb efficiency. 2. Grass-Fed Growth in the First 100 Days The critical early period—those first 100 days—sets the foundation for lamb development. ProBreed focuses on sires that excel in grass-fed environments. Our rams are carefully selected based on their ability to thrive on natural pasture, efficiently converting it into healthy lamb growth. Sustainability is at the core of our practices, ensuring robust lambs without compromising efficiency. 3. ProBreed's Commitment to the Australian Lamb Industry Remember that ProBreed supplies rams to the Australian lamb industry. Our dedication to efficiency extends beyond individual producers—it contributes to the industry's overall success. By prioritising efficient breeding practices, we collectively enhance lamb production across the nation. 4. Stay Focussed As a producer, it's tempting to be seduced by the allure of bigger lambs. However, we encourage you to stay focused on efficiency. Consider the long-term benefits of well-balanced growth and sustainable practices. ProBreed stands by your side, providing support and guidance on this rewarding journey. At ProBreed, we refuse mediocrity and embrace a growth mindset. Prioritise efficiency—it's the key to sustainable success! 🐑💡  Upcoming Ram Sale ProBreed rams available for private selection, by appointment, from Wednesday 9 October 2024.

In the quest for excellence within the Australian Lamb Industry, the role of genetics cannot be overstated. At the forefront of this genetic evolution are Australian Sheep Breeding Values (ASBVs), a set of predictive tools that are reshaping how we understand and select ram genetics for a sustainable and profitable future. ASBVs provide a comprehensive prediction of an animal’s genetic merit for a range of economically important traits .   These traits encompass growth, carcass and eating quality, wool characteristics, reproduction, health, and welfare traits. By evaluating these traits, ASBVs offer a glimpse into the potential performance of an animal’s progeny, based on the genetic legacy they inherit. Unlike Flock Breeding Values (FBVs), which are limited to comparisons within a single flock, ASBVs are comparable across different flocks.  This universality allows for a broader, more accurate assessment of genetic merit, facilitating better-informed selection decisions across the industry. The process of estimating ASBVs involves a meticulous analysis of data, pedigree, and genomic information collected by Sheep Genetics members.  This data-driven approach ensures that the breeding values reflect a true genetic potential, rather than being influenced by environmental factors. Indexes, which combine multiple production traits into a single, weighted figure, further streamline the selection process.  By ranking animals based on these indexes, breeders can quickly identify the best candidates for their specific production goals, ensuring balanced genetic progress. ProBreed’s commitment to utilising ASBVs in ram selection exemplifies the innovative spirit driving the Australian Lamb Industry forward.  By embracing these advanced genetic tools, ProBreed is not only enhancing the quality and performance of their rams but also contributing to the industry’s overarching goal of producing high-quality, sustainable lamb products for the world. For more insights into the transformative impact of ASBVs on ram genetics and the Australian Lamb Industry, stay tuned to upcoming articles at probreed.com.au/blog where we will delve deeper into each trait and the science behind genetic selection. x

ProBreed rams available for private selection, by appointment, from Wednesday 9 October 2024. Sheep Breeding is a complex and challenging activity that requires planning, management and evaluation.   ProBreed offers a range of breed types that are designed to suit different production systems and market requirements.  Whether you are looking for maternal, dual-purpose or terminal sires, ProBreed has the right solution for you.   1. ProBreed Maternal Highly productive Maternal sheep MA Scanning 200-220% MA Weaning 175-190% Survival 80-94% Moderate Adult Weight 62-70kg 2. ProBreed Plus Multi-Purpose sheep scanning 190%+ Hogget Micron 21-23 MA Micron 25 MA Weaning 167%+ Moderate Adult Weight 62-70kg 3. ProBreed Terminal Survival Focus  MEQ Carcase Fast 100 Day Growth Paired to match ‘Maternals’ There are many factors that influence the performance, health and profitability of your flock, such as genetics, nutrition, health, environment and market conditions. To help you achieve your breeding goals, you need a reliable and trusted partner that can provide you with the best genetics, advice and support. Contact Jamie Ramage to discuss your needs and arrange an inspection

Preparing for the Cold Season Ahead As winter approaches in Victoria and South East South Australia, sheep farmers face critical decisions regarding ewe nutrition and management. Let's delve into key aspects to watch out for. 1. Ewe Pregnancy Nutrition Early Pregnancy: During early pregnancy, foetal growth is minimal, allowing ewes to be maintained on a diet Similar to dry sheep. Aim for a minimum condition score of two (ideally three) for ewes. Twin-bearing ewes Should have a condition score 0.5 higher than singles. Avoid overfeeding during this period to prevent rapid lamb growth and birth difficulties. Late Pregnancy: In the final six weeks of pregnancy, significant lamb growth occurs. The entire conceptus Weight increases by approximately 10kg. Ewes require a diet comprising at least 8% crude protein. Grain supplementation can help Meet their nutritional needs. - Skeletal material in developing foetuses draws heavily on the ewe's Calcium stores. Adequate Calcium intake is crucial. 2. Winter Feeding Strategies Hay and Grain: Recent rains may lead to pasture growth, but many farmers will still need to supplement Feed during winter. Increase feed by 20% in cold conditions. To boost energy intake, provide good-quality hay in paddocks during wet and cold weather. Mismothering Prevention: Handfeeding lambing ewes reduces mismothering. Feed ewes daily and in the afternoon to Maintain consistent nutrition. Adjust mob size and stocking rate to minimise mismothering risks. 3. BestWool/BestLamb Conference 2024 Don't miss the Agriculture Victoria 2024 BestWool/BestLamb Conference and Dinner: Date: Wednesday, 19 June 2024 Location: Goods Shed, Ballarat (200 Lydiard Street North, Soldiers Hill) Register Now to gain insights and network with industry experts! More Info: Click photo below to visit official event page Source: Conversation with Copilot, 17/06/2024 BestWool/BestLamb Conference 2024 Feeding Pregnant and Lambing Ewes - RMS Agricultural Consultants Feeding and managing livestock over winter - Local Land Services Getting ewe nutrition in late pregnancy right - Agriland Supplementary feeding calculator for pregnant and lactating ewes Remember, as sheep farmers, our decisions today shape the future of our flocks. Let's prioritise ewe health, nutrition, and sustainable practices. Stay warm, stay informed, and shepherd wisely! *Disclaimer: The views expressed in this blog post are solely those of the author and do not necessarily reflect the opinions of ProBreed or the conference organisers.

Rebuilding Flocks with High Fertility Maternal Lines One constant is climate variability where droughts can challenge even the hardiest of sheep, breeders seek resilient solutions. ProBreed, a trusted name in the industry, offers three distinct ram lines: ProBreed Maternal ; ProBreed Plus ; and ProBreed Terminal . Let's explore how high fertility maternal rams play a crucial role in rebuilding flocks after droughts. 1. The PROBREED MATERNAL  Line Self Replacing Fertility: The ProBreed Maternal line is a beacon of fertility. Ewes within this lineage consistently produce healthy lambs, ensuring the flock's continuity. Adaptability: These rams thrive in diverse conditions. Their ability to conceive and rear lambs efficiently makes them ideal for rebuilding flocks post-drought. 2. The PROBREED PLUS Line Performance Merino Infusions: The ProBreed Plus combines the best of both worlds. By infusing performance merino genetics, it achieves lower micron wool without compromising maternal traits. Dual Purpose: These rams contribute to both wool and meat production. Their adaptability allows breeders to rebuild their flocks while maintaining wool quality. 3. The PROBREED TERMINAL Line Meat Excellence: The ProBreed Terminal line focuses on meat production. These rams deliver rapid early growth and superior meat quality. Easy Lambing: Their genetics ensure smooth lambing, minimising stress during critical periods. High Fertility Maternal Rams: Fast Recovery: After a drought, rebuilding flocks swiftly is essential. High fertility maternal rams play a pivotal role with shorter breeding intervals. These rams reduce the time between lambing seasons. More Lambs Per Annum: Ewes conceive sooner, leading to more lambs per year. Their genetics favour multiple births. More lambs mean faster flock replenishment. Healthy Lambs: High fertility rams produce robust lambs, increasing survival rates. A Numbers Game: As management has moved to capture the opportunity that higher fertility ewes possess our industry leading maternal lines place most producers in the best position to rebuild flocks cost effectively. As droughts test our resolve, ProBreed Rams stand strong. Whether it's the Maternal, Plus, or Terminal line, their genetics empower breeders to rebuild with confidence. Let's celebrate our high fertility maternal rams, rebuilding our flocks, one lamb at a time. #ProBreedRams #FlockResilience #SheepIndustry

A long term client Gordon Brown at Shelford has three outstanding Preg Tested in Lamb lots on offer in Auction on Tuesday 11 June 2024 on Auctionsplus Tue, 11 June 2024 2:00 PM (SYD, NSW) AEST Lot 721 262 Ewes Lot 722 367 Ewes Lot 723 179 Ewes The Ewes are Maternal Merino X ewes joined to Terminal rams. HEAR FROM THE BREEDER HIMSELF Gordon speaks candidly on his experience with Probreed to deliver quality sheep