Wagyu Breeding Guide - 2019 | Australian Wagyu Association · Modern Wagyu cattle are also, to an...

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4 WAGYU BREEDING GUIDE | SIRE AND DAM SUMMARY 2019

Sire and dam selection is a complex decision for all Wagyu breeders.

This Breeding Guide will help simplify the selection process for you. It provides a listing of bulls and females in the Australian Wagyu Association’s (AWA) database with substantial performance and carcase data recorded.

The following requirements apply for an animal to qualify to be listed in this publication:

SIRES

» More than 10 progeny registered » Registered progeny born in the last three years » Minimum accuracy of 80% for 200-Day,

400-Day or 600-Day weight

DAMS

» More than three progeny registered » Registered progeny born in the last three years » Minimum accuracy of 80% for 200-Day,

400-Day or 600-Day Weight

YOUNG BULLS

» Be less than five years old » EBVs better than breed average for 200-Day,

400-Day or 600-Day Weight » Minimum accuracy of 50% for 200-Day,

400-Day or 600-Day weight or 50K SNP genotyped

In addition to their EBVs, the Sire, Dam and Young Bulls Lists also includes each animal’s three BreedObject Indexes, developed specifically for Wagyu to enable selection for profitability in Wagyu. The three profitability $Indexes are designed to optimise profit outcomes from commercial Self-replacing, Fullblood terminal and F1 terminal production systems. The three indexes are:

» Self-replacing Breeding $Index (SRI) » Wagyu Fullblood Terminal $Index (FTI) » Wagyu F1 Terminal $Index (F1I)

These new $Indexes are targeted specifically to a defined production and market scenario and members should identify and use the Index which best suits their purpose. It is not appropriate to compare index values of between $Indexes as they are based on different production model assumptions.

This Guide enables you to apply your own priorities and select appropriate sire and dam breeding for your herd. Where your selection of seedstock genetics is unavailable for purchase, a review of pedigrees will provide a direction for alternative selections.

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WHAT’S MOST IMPORTANT TO YOU?Using this Guide is simple. First, identify your highest breeding priority, such as:

» Improve growth and maintain marbling » Improve marbling and maintain growth » Improve carcase weight » Selecting the most reliable proven bulls » Maximising slaughter progeny returns.

Use the EBV or Index List that meets your highest priority breeding objective and select with confidence.

For full access to the most up-to-date Wagyu EBVs and BreedObject $Indexes covering the entire Australian Wagyu Association recorded animal population, go to: www.wagyu.org.au > Animal Search > EBV Enquiry

MONITORING YOUR HERD’S GENETIC PROGRESSHerd Reports are generated after every Wagyu BREEDPLAN analysis and these are available from the AWA member login area.

The Wagyu BREEDPLAN Completeness of Recording Report is generated for all herds that have submitted post-birth performance data to BREEDPLAN since the previous analysis. This report uses EBVs and Indexes produced from data collected through your herd recording to let you track the genetic progress of your herd on key traits. With the Completeness of Recording Report, you can monitor the success of your breeding choices and benchmark your herd within the Wagyu breed.

This Report is available to all Wagyu BREEDPLAN enrolled members.

To get a report for your herd, contact our Technical Services Manager:

Carel TeselingPhone: 02 8880 7703Mobile: 0439 368 283Email: [email protected]

website

http://www.wagyu.org.au

mailto:carel%40wagyu.org.au?subject=


The Australian Wagyu industry has established itself as the pinnacle of Australian beef production. A unique feature of the Australian Wagyu Industry is the prominence of mature Wagyu brands within the majority of export markets and vertical integration.

Approximately 90% of Australian Wagyu production is exported to high-value markets. High marbling has clearly differentiated Wagyu as a unique product compared to other beef delivering an eating experience that is unrivalled. The average of Australian Fullblood Wagyu achieves a marble score greater than 7.5, more than three-fold the average of any other breed.

High value markets in Asia, Middle East, Europe and America recognise Wagyu as their haute cuisine, where only the finest products feature on their menus. Australian Wagyu Fullblood and Crossbred Wagyu boxed beef is demanded by these markets.

Wagyu are extremely tough cattle, operating successfully from the hot, tropical northern environments through to cooler, temperate southern climates. Wagyu cows display exceptional fertility and maternal instincts. Offspring growth is solid and longer maturing in order to lay down the rich marbling for which the breed is renowned.

Many producers have capitalised on the remarkable opportunities with Wagyu, with growth in production of 20% per annum for the past five years. As a result, Wagyu production levels from Australia have reached significant volumes, where a focus on rapid improvement in quality is possible to support market premiums.

WAGYU in Australia

The average of Australian Fullblood Wagyu achieves a marble score greater than 7.5, more than three-fold the average of any other breed.

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Traditional Japanese origins

In Japan there are four significant breeds described as ‘Wagyu’. The largest is the Japanese Black, comprising about 95% of the Japanese national Wagyu herd, and the predominant breed exported to the USA and onward to Australia. The Japanese Brown comprises about 4% of the Japanese herd, comprises two strains, substantially influenced by Simmental and Korean genetics, and is referred to as Red Wagyu in Australia. The Japanese Polled and Japanese Shorthorn are niche breeds that are not present outside Japan.

There is evidence of the main Wagyu breed, the Japanese Black, from 3,500 years ago. Genetically different, Japanese Black sub-populations were developed in different prefectures. Modern Wagyu cattle are also, to an unmeasured extent, the result of joining native Japanese cattle in Japan with imported breeds.

Crossing began in 1868 under the Meiji restoration, when the Japanese Government imported Brown Swiss, Devon, Shorthorn, Simmental, Ayrshire, and Korean cattle, for use in specific prefectural herds. The policy was revoked in 1910, the subsequent influence of the imported genetics on the native cattle herds in prefectural isolation is not well established and continues to be debated.

By the end of WWII, the enforced segregation of prefectural herds was largely abandoned. Hyogo Prefecture, the home of ‘Tajima’ cattle, was and remains, the only ‘segregated’ prefectural herd today. The modern Japanese emphasis on breeding for beef production commenced as recently as the 1950s, as mechanisation swept through Japanese agriculture and cattle ceased to be bred for work applications.

International science has identified patterns of genetic variation in the Japanese Black prefectural herds, forming genetically diverse sub-populations or strains, which are believed to result from centuries of regional isolation and phenotype selection for different types of agricultural work. Of these, three major Japanese Black prefectural sub-breeds have significant influences on current international breeding, these are: Tajiri or Tajima (from Hyogo Pref); Fujiyoshi (Shimane Pref) and Kedaka (Tottori Pref). The fourth important Itozakura (modern) strain formed around the prolific and dominant sire Dai 7 Itozakura from the 1960s.

These strains are also recognised as the key reservoir of genetic diversity in the national Japanese Black herd, where effective population size is challenged. To meet this challenge, structured selection of genetics from different prefectural strains is a formal policy component of Japanese national breed conservation and development.


What we now call the Black Wagyu breed within Australia is a combination of the unique Japanese Black strains of the different prefectural herds of Japan, which has significant outcomes in noticeable variability of conformation.

AWA plan to undertake scientific analysis of prefectural bloodlines in Australia. Segmenting the Australian national herd by prefectural influence should be possible as most of the major foundation sires are still in use and there are many first-generation progeny available for analysis. Significant prefectural diversity remains, allow for breeding and genetic conservation.

For most Australian production purposes, there are three traditional Japanese Black prefectural bloodlines, and one modern strain. All lines are used for Fullblood meat production.

HYOGO PREFECTUREDescendants of Hyogo breeding form the largest segment of the Australian Fullblood herd. Hyogo is the home of Kobe Beef and the sole remaining segregated prefectural herd in Japan. Hyogo cattle are known for superior meat quality but relatively small stature. Carcase weights are significantly lower than the Japanese national average, and average carcase BMS (Japanese Meat Grading Association (JMGA) marble score) is not significantly higher. The most common and well-known Hyogo sire bloodline in Australia is Tajima, but the Kumanami strain is represented in the sire Itoshigenami, also frequently described as Tajima outside Japan.

Hyogo cattle are considered ideal outcross sires in the production of Crossbred Wagyu F1 50% feeder cattle, which explains the numerical dominance of high Hyogo content animals in the Australian herd, a result of original import demand for F1 production sires. This is the most commoditised strain of Black Wagyu both in Australia and Japan. Some infusion of Hyogo genetics is generally regarded as essential in the efficient production of the best quality Wagyu beef. Due to high levels of inbreeding in the Hyogo sub-population, care is needed in joining strategies.

Major Wagyu prefectural bloodlines

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ITOZAKURA LINE The second most common grouping in Australia, this is a modern bloodline founded on the famous sire Dai 7 Itozakura, combining Hyogo and Okayama prefectural genetics (in Shimane Prefecture). Many seedstock of Takeda Farm breeding fall within this grouping and the founding sire is prominent in many Australian pedigrees. The line is sometimes mis-described as Fujiyoshi. The founding sire of the line was the premier Japanese Black sire for superior beef production in Japan over a lengthy period, combining consistent high marbling with strong growth.

SHIMANE PREFECTUREThis lightly represented group represents the third highest proportion of the local population and often described as Fujiyoshi. The group consists of medium framed cattle with good maternal qualities, growth rates and meat quality.

TOTTORI PREFECTUREIn terms of national calf registrations, Tottori prefecture genetics have dominated Japanese Wagyu beef production since the 1960s, but the prefecture is only lightly represented in Australia through the Westholme Fullblood herd. The two main sub-strains are Kedaka and Eikou. Tottori produces larger animals featuring straight, strong back lines, good growth rates, superior maternal ability and high yielding, high quality carcases. In terms of percentage infusion in national sire production tables Tottori remains the most influential strain in Japanese breeding.

JAPANESE BROWNKnown as ‘red’ lines (Akaushi), the Kochi and Kumamoto strains present in Australia have been strongly influenced by Korean and European breeds, particularly Simmental.


Advances in WAGYU breeding technology

With the growth in demand for Wagyu beef in Australia and globally, production throughout the value chain is expanding. Well described, high performing Wagyu genetics are called for in both the Fullblood and Crossbred Wagyu supply chains. In response, in the past few years, Wagyu seedstock registrations have increased by about 20% each year – all are DNA parent verified to ensure accurate pedigree.

The Australian Wagyu Association has used the BREEDPLAN genetic analysis technology since 1992, producing Estimated Breeding Values (EBVs) to describe the economically important traits in Wagyu production, including fertility, maternal, growth and carcase.

Further improvement in the Wagyu BREEDPLAN technology has been undertaken since 2013 through the AWA Wagyu Collaborative Genetics Research Project. More than 4,000 Wagyu Fullblood carcases were analysed using the Japanese digital image camera and Aus-Meat data. Accurate heritabilities and trait correlations were determined for all Wagyu traits including carcase traits for Marble Score, Marbling Fineness, Carcase Weight and Eye Muscle Area.

Genotypes for more than 4,000 animals have been generated through the project, including 50K and 80K SNP genomic profiles for sires and the HD 800K SNP for 130 originally imported and highly used AI sires and ET dams. These genotypes and their related performance data were used to develop a combined pedigree and genomic analysis for Wagyu Single-Step Wagyu BREEDPLAN. This analysis produces genomically enhanced EBVs for animals within Wagyu BREEDPLAN improving the accuracy of EBVs through the pedigree.

SINGLE-STEP WAGYU BREEDPLANThe Australian Wagyu BREEDPLAN has now moved to Single-Step Wagyu BREEDPLAN. Through the use of genomic information, Single-Step Wagyu BREEDPLAN improves the accuracy of Wagyu EBVs, most noticeably for young animals or those with little recorded performance information. The establishment of genomic relationships to ancestors or relatives with recorded performance information can be more accurately ascribed. This allows for improved EBV accuracy to be generated on young animals based on 50K SNP profiles alone. These changes are a result of more accurate mapping of genetic relationship linkage through genomic relationships of animals with no performance records to animals that have performance records.

Since April 2018, more than 20,000 genomic profiles (50K SNP genotypes) have been entered into Single-Step Wagyu BREEDPLAN by AWA members, significantly improving EBV accuracy, especially for non-performance recorded animals across the Single-Step Wagyu BREEDPLAN.

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WAGYU BREEDPLAN EBVs

AUSTRALIAN WAGYU GENETIC ANALYSISWagyu BREEDPLAN is the genetic evaluation program adopted by the Australian Wagyu Association which uses Best Linear Unbiased Prediction (BLUP) technology to produce Estimated Breeding Values (EBVs) of recorded cattle for a range of economically important production traits (e.g. weight, carcase, fertility). Wagyu BREEDPLAN includes pedigree, performance and genomic information from the Australian Wagyu Association’s database to evaluate the genetics of animals. Ongoing BREEDPLAN research and development is supported by Meat and Livestock Australia.

The Wagyu BREEDPLAN analysis provides the most thorough and accurate assessment of the Wagyu genetics available outside Japan. The analysis includes 84,000 dams and 10,000 sires. In addition, there are 24,000 animals with birth weights, 28,000 with weaning (200 Day) weights and 24,000 with 400 Day weights. Carcase data includes 7,000 carcase weights, 3,900 carcase EMAs, 6,700 carcase Aus-Meat marble scores, 3,000 marbling percent¬†measures and 3,000 fineness index measures conducted under camera analysis.

ESTIMATED BREEDING VALUES (EBVs) An animal’s breeding value is its genetic merit, half of which will be passed on to its progeny. While we will never know the exact breeding value, it is possible to make good estimates based on the performance of the animal and its progeny. These are called Estimated Breeding Values (EBVs) and are therefore the best estimate of an animal’s genetic merit. EBVs are expressed as the difference between an individual animal’s genetics and a historical genetic level (i.e. group of animals) within the Wagyu BREEDPLAN genetic evaluation and are reported in the units in which the measurements are taken.

Estimated Breeding Values for an animal may change as additional performance data or genotype information is provided for that animal or animals within that animal’s pedigree. It is not unusual for EBVs to change, particularly where the EBVs are low accuracy (<50%). Submission of performance data can have a large bearing on the estimate of an animal’s genetic merit and the merit of progeny. As the accuracy of an EBV improves over time (along with more data and genotype information), EBV values will be more constant. Please refer to the section on Accuracy within this guide for additional information.

WAGYU BREEDING GUIDE | SIRE AND DAM SUMMARY 2019

USING EBVS TO COMPARE ANIMALSWagyu BREEDPLAN EBVs can be used to estimate the expected difference in the genetics of two animals, with the expected difference equating to half the difference in the EBVs of the animals, assuming consistency across other variables (e.g. they are joined to the same animal/s). For example, a bull with a 200 Day Growth EBV of +20 would be expected to produce progeny that are, on average, 5 kg heavier at 200 days of age than a bull with a 200 Day Growth EBV of +10 kg (i.e. 10 kg difference between the sire’s EBVs, then halved as the sire only contributes half the genetics).

BENCHMARKING AN ANIMAL WITHIN THE BREEDEBVs can also be used to benchmark an animal’s genetics relative to the genetics of other Wagyu animals. To benchmark an animal’s genetics relative to other Wagyu animals, the EBV can be compared to the breed average EBV for the trait or the percentile table.

ACCURACY An accuracy value is presented with every EBV and gives an indication of the amount of information that has been used in the calculation of that EBV. The higher the accuracy, the lower the likelihood of change in the animal’s EBV as more information is analysed for that animal or its relatives.

ACCURACY RANGE INTERPRETATION LESS THAN 50% = Low accuracy and should be considered a preliminary estimate. The EBV could change substantially as more performance information becomes available.

50 – 74% = Medium accuracy, usually based on the animal’s own records and pedigree.

75 – 90% = Medium-high accuracy and usually includes some progeny information. Becoming a more reliable indicator of the animal’s value as a parent.

90% AND ABOVE = High accuracy.

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FERTILITY AND BIRTH EBVSScrotal Size EBV (cm) is an indicator of male fertility in regard to semen quality and quantity in Western breeds of cattle. Higher (positive) EBVs indicate higher fertility. There is also a small negative correlation (desirable) with age of puberty and fertility in female progeny. The relationship between scrotal size and fertility in Wagyu is assumed, but not proven.

Gestation Length EBV (days) is based on AI records. Lower (negative) GL EBVs indicate shorter gestation lengths which generally relate to lighter birth weights and easier calving.

Birth Weight EBV (kg) is based on the measured birth weight of animals, adjusted for dam age. The lower the value the lighter the calf at birth and the lower the likelihood of a difficult birth. This is particularly important when selecting sires for use over heifers.

GROWTH EBVs200-Day Milk EBV (kg) is an estimate of an animal’s milking ability. For sires, this EBV is indicative of their daughter’s milking ability as it affects the 200-day weight of their calves.

200-Day Growth EBV (kg) is calculated from the weight of animals taken between 80 and 300 days of age. Values are adjusted to 200 days and for dam age. This EBV is the best single estimate of an animal’s genetic merit for growth to early ages.

400-Day Weight EBV (kg) is calculated from the weight of animals taken between 301 and 500 days of age, adjusted to 400 days and for dam age. This EBV is the best single estimate of an animal’s genetic merit for yearling weight.

600-Day Weight EBV (kg) is calculated from the weight of animals taken between 501 and 900 days of age, adjusted to 600 days and for dam age. This EBV is the best single estimate of an animal’s genetic merit for growth beyond yearling age.

CARCASE EBVsCarcase Weight EBV (kg) is based on abattoir carcase records and live weight measurements (particularly 600 Day weight) and is an indicator of the genetic differences in carcase weight at the industry average slaughter age of 990 days. Larger positive values are more favourable.

Eye Muscle Area EBV (cm2) estimates genetic differences in eye muscle area at the 12/13th rib site of a 420kg dressed carcase. A higher positive EBV indicates larger eye muscle area and therefore higher retail beef yields. Ultrasound, Aus-Meatand Japanese Digital Image Camera measured Eye Muscle Areas from slaughter animals contribute to this EBV.

Rump Fat EBV (mm) estimates the genetic differences in fat depth at the P8 site of a 420kg dressed carcase. A higher positive EBV indicates more subcutaneous fat and earlier maturity.

Retail Beef Yield Percent EBV (%) estimates the genetic differences in total (boned out) meat yield as a percentage of a 420kg dressed carcase. A higher positive EBV indicates higher percentage yield for the 420kg carcase weight.

Marble Score EBV (Aus-Meat Marble Score) is an estimate of the genetic difference in the Aus-Meat Marble Score in a 420kg carcase. Marble Score EBV utilises Aus-Meat Marble score on a scale of 1 to 10 where 10 is equivalent to an Aus-Meat Marble Score grading of 9+. Where results from the Meat Image Japan digital carcase camera are available, Camera Marbling Percentage and Marble Fineness are also used to calculate Marble Score EBV as the genetic correlations between these measures and Aus-Meat Marble Score are very high. Larger positive values are more favourable.

Marble Fineness EBV (Marbling Fineness Index) estimates the genetic differences in the Marbling Fineness Index (degree of fineness of marbling fat) as measured by the Japanese Digital Image Camera. A higher more positive EBV indicates higher levels of marbling fineness.


WAGYU BreedObject $Indexes

BreedObject $Indexes, which utilise Wagyu BREEDPLAN EBVs, are now available and allows selection of Wagyu seedstock based on profitability for different commercial production systems. Three Wagyu BreedObject $Indexes have been developed to date:

– Self-replacing Breeding $Index (SRI)

– Wagyu Fullblood Terminal $Index (FTI)

– Wagyu F1 Terminal $Index (F1I)

Each of the new $Indexes are targeted specifically to a defined Wagyu production and market scenario and producers should identify and use the index that best suits their purpose. It is not appropriate to compare index values of different $Indexes as they are based on different production model assumptions. It is not the index with the highest $ value that you should use, it is the index that best reflects your production system.

BreedObject $Indexes target economic breeding objectives based on average herd and market conditions and have generally targeted the main markets within the main production systems, combining genetic information within BREEDPLAN into one EBV for each $Index that considers production costs and realised value.

SELF-REPLACING BREEDING INDEX (SRI)The Self-Replacing Index can be used to select Fullblood bulls that will produce more profitable females when these are retained in Fullblood or Purebred herds, in addition to profitable slaughter progeny.

The SRI estimates the genetic differences between animals in terms of net profitability per cow joined for production of replacement females and slaughter steers to a carcase weight of 435kg at 32 months of age and a 385kg carcase from surplus heifers at 29 months of age. In terms of relative economic importance, the SRI places the following emphasis on these main traits: 38.5% on marble score (MS); 13% on Residual Feed Intake (RFI) feedlot; 11% on sale liveweight (which will reflect the growth potential and therefore carcase weight of an animal); 8% on meat yield; 6% on dressing percentage and 23.5% placed on other cow and calf traits.

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WAGYU BreedObject $Indexes

FULLBLOOD TERMINAL INDEX (FTI)The Fullblood Terminal Index has an increased weighting on the Marble Score EBV and can be used to select bulls to produce profitable slaughter progeny where none are retained for breeding.

The FTI estimates the genetic differences between animals in terms of net profitability per cow joined based on production of slaughter stock only, with a 435kg carcase from steers at 32 months of age and a 385kg carcase from heifers at 29 months of age. In terms of relative economic importance, the FTI places the following emphasis on these main traits: 64% on MS; 11% on Residual Feed Intake (RFI) feedlot; 9% on sale liveweight; 7% on meat yield; 5% on dressing percentage and 3% placed on other young animal traits and 0% on maternal traits.

F1 TERMINAL INDEX (F1I)The F1 Terminal Index has an increased weighting on the Marble Score EBV and can be used to select bulls to produce profitable F1 slaughter progeny where none are retained for breeding.

The F1 Index estimates the genetic differences between animals in terms of net profitability cow joined based on production of a 420kg carcase from steers and a 385kg carcase from heifers at 28 months of age. In terms of relative economic importance, the F1 Index places the following emphasis on these main traits: 68% on MS; 9% on Residual Feed Intake (RFI) feedlot; 4% on sale liveweight; 6% on meat yield; 4% on dressing percentage and 9% placed on other young animal traits and 0% on maternal traits.


Genetic conditions in WAGYU cattle

All breeds of cattle, have undesirable genetic conditions. Fortunately, advances in molecular genetics have facilitated the development of DNA tests for the conditions which enable them to be managed. Breed societies are at the forefront of developing strategies to manage undesirable genetic conditions and seedstock members are leading the industry with their uptake of this technology.

The known genetic conditions of Wagyu are as follows:

SPHEROCYSTOSIS (B3)Cattle that are homozygous (two copies of the recessive allele) have pernicious anaemia (bleeding caused by the abnormal red blood cells). Death normally occurs within the first seven days after birth. Some cases live to adulthood but there is a severe retardation in growth.

CHEDIAK HIGASHI SYNDROME (CHS)Cattle that are homozygous (two copies of the recessive allele) have a reduced immune response to disease which reduces their ability to resist bacterial infection. Blood is slow to coagulate so often the first indicator is unusual umbilical cord bleeding at calving. Cattle with this syndrome often have an unusually pale coat colour.

CLAUDIN 16 DEFICIENCY (CL16)Cattle that are homozygous (two copies of the recessive allele) have terminal kidney failure and the onset can occur any time from late adolescence. Cattle are unlikely to live more than six years.

FACTOR XI DEFICIENCY (F11)Cattle that are homozygous (two copies of the recessive allele) show prolonged bleeding time after castration or dehorning. It is also possible that Carrier x Carrier matings have increased difficulty producing viable fertilised embryos or full-term pregnancies and may be repeat (return to cycle) breeders.

NOTE – This is generally a non-lethal recessive condition with affected animals being able to live as normal. This Australian Wagyu population has a high frequency of F11 carriers, which makes it an important genetic condition to manage.

Carriers of genetic conditions may be useful in Terminal breeding programs where all the progeny are slaughtered and not used for breeding purposes.

For more information about the inheritance and management of genetic conditions go to

www.wagyu.org.au website

http://www.wagyu.org.au

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CODE EXPLANATION The first two, three or four characters vary with the genetic condition ie. B3, CHS, CL16, F11 or F13

_ _F Indicates that the sample submitted for this animal has been tested and found to be FREE of the causative mutation responsible for the indicated genetic condition. This animal is homozygous free, meaning that it has two copies of the normal variant (or allele) of the gene. Shown in green in the lot listing within the catalogue.

_ _C Indicates that the sample submitted for this animal has been tested and found to be a CARRIER of the causative mutation responsible for the indicated genetic condition. This animal is heterozygous for the mutation, meaning that it has one mutant allele and one normal allele. This animal could pass the mutation to approximately half of its progeny.

_ __ _% Indicates that, based on pedigree information supplied by the breeder of the animal, the animal has a chance to be a carrier of the mutation responsible for the indicated genetic condition but HAS NOT BEEN TESTED. The higher the indicated percentage, the larger the chance the animal may be a carrier.

_ _FU Indicates that, based on pedigree information supplied by the breeder of the animal, the animal is expected to be free of the mutation responsible for the indicated genetic condition. However, this animal HAS NOT BEEN TESTED for the causative mutation and the AWA gives no guarantee as to the animal’s “free” status.

_ _A Indicates that the sample submitted for this animal has been tested and found to be affected by the genetic condition. This animal is homozygous for the mutation responsible for the genetic condition and has two copies of the mutant variant of the gene.


Breed averages and percentile table

Perc

entil

e Ba

nd

Gest

atio

n Le

ngth

(d

ays)

Birt

h W

t (kg

)

200

Day

Wt (

kg)

400

Day

Wt (

kg)

600

Day

Wt (

kg)

Mat

Cow

Wt (

kg)

Milk

(kg)

Scro

tal S

ize

(cm

)

Carc

ase

Wt (

kg)

Eye

Mus

cle

Area

(sq

cm)

Rum

p Fa

t (m

m)

Reta

il Be

ef Y

ield

(%)

Mar

ble

Scor

e

Mar

ble

Fine

ness

(%)

Self

Repl

acin

g In

dex

Fullb

lood

Term

inal

In

dex

F1 Te

rmin

al In

dex

Top 1% -1.9 -2.5 +24 +39 +58 +57 +8 +2.3 +44 +4.6 +3.1 +1.4 +1.7 +0.36 +213 +182 +172

Top 5% -1.2 -1.3 +19 +31 +45 +44 +5 +1.3 +34 +3.4 +2.3 +0.9 +1.4 +0.30 +180 +152 +144

Top 10% -0.8 -0.8 +17 +27 +38 +38 +4 +0.9 +29 +2.8 +1.9 +0.6 +1.2 +0.26 +166 +139 +131

Top 15% -0.6 -0.5 +15 +24 +33 +33 +3 +0.7 +26 +2.4 +1.6 +0.5 +1.1 +0.24 +156 +131 +122

Top 20% -0.4 -0.2 +14 +23 +30 +30 +3 +0.5 +23 +2.1 +1.3 +0.4 +1.0 +0.22 +151 +125 +116

Top 25% -0.3 +0.0 +13 +21 +27 +28 +2 +0.4 +21 +1.8 +1.1 +0.2 +0.9 +0.21 +144 +119 +111

Top 30% -0.2 +0.2 +12 +19 +25 +26 +2 +0.3 +19 +1.6 +1.0 +0.2 +0.8 +0.19 +137 +115 +106

Top 35% +0.0 +0.4 +11 +18 +23 +24 +1 +0.2 +18 +1.4 +0.8 +0.1 +0.8 +0.18 +133 +112 +102

Top 40% +0.1 +0.6 +11 +17 +21 +22 +1 +0.1 +16 +1.2 +0.7 +0.0 +0.7 +0.16 +128 +107 +99

Top 45% +0.2 +0.7 +10 +16 +19 +20 +1 +0.0 +15 +1.0 +0.5 -0.1 +0.6 +0.15 +124 +104 +95

Top 50% +0.3 +0.9 +9 +14 +17 +18 +0 -0.1 +13 +0.8 +0.3 -0.1 +0.6 +0.14 +119 +100 +91

Top 55% +0.4 +1.1 +8 +13 +15 +16 +0 -0.2 +11 +0.7 +0.2 -0.2 +0.5 +0.13 +115 +96 +87

Top 60% +0.5 +1.2 +8 +12 +13 +14 -1 -0.3 +10 +0.5 +0.0 -0.3 +0.5 +0.11 +111 +92 +83

Top 65% +0.6 +1.4 +7 +10 +11 +13 -1 -0.4 +8 +0.2 -0.2 -0.4 +0.4 +0.10 +107 +88 +80

Top 70% +0.7 +1.6 +6 +9 +9 +11 -2 -0.5 +6 +0.1 -0.4 -0.4 +0.3 +0.09 +102 +85 +76

Top 75% +0.8 +1.8 +5 +8 +7 +9 -2 -0.6 +4 -0.2 -0.6 -0.5 +0.3 +0.07 +96 +80 +71

Top 80% +1.0 +2.0 +4 +6 +5 +6 -3 -0.7 +3 -0.4 -0.8 -0.6 +0.2 +0.06 +91 +76 +66

Top 85% +1.1 +2.3 +3 +5 +2 +4 -3 -0.8 +0 -0.8 -1.1 -0.7 +0.1 +0.04 +85 +70 +60

Top 90% +1.3 +2.7 +2 +2 -2 +0 -4 -1.0 -3 -1.2 -1.6 -0.9 +0.0 +0.01 +77 +62 +53

Top 95% +1.7 +3.4 +0 -1 -7 -5 -5 -1.2 -8 -1.8 -2.3 -1.1 -0.2 -0.03 +65 +51 +42

Top 99% +2.3 +4.8 -4 -9 -20 -17 -8 -1.6 -17 -3.0 -3.5 -1.5 -0.5 -0.11 +41 +30 +21

For benchmarking, the average Wagyu BREEDPLAN EBVs for the 2017 born calves are printed at the bottom of each page. The Percentile Table which reflects the distribution of EBVs of the 2017 born calves is also very helpful for determining how the EBVs of a specific animal compare to the 2017 born calves.

19www.wagyu.org.au

TM

IMPORTANT NOTICE AND DISCLAIMERIt is very important that you appreciate when viewing the AWA database that the information contained on the AWA database, including but not limited to pedigree, DNA information, Estimated Breeding Values (EBVs) and Index values, is based on data supplied by members and/or third parties.

Whilst every effort is made to ensure the accuracy of the information reported through AWA, the AWA officers and employees assume no responsibility for its content, use or interpretation. AWA disclaims all liability (including without limitation, liability in negligence) for all expenses, losses, damages and costs you may incur as a result of the use by you of the data on this AWA database and the information supplied by Agricultural Business Research Institute (ABRI) and Animal Genetics and Breeding Unit (AGBU) being inaccurate or incomplete in any way for any reason

It is very important to appreciate and you need to be aware that:

– EBVs are derived using Wagyu Single-step BREEDPLAN technology developed independently by the Animal Genetics and Breeding Unit (AGBU), using the information contained within the AWA database.

– AGBU is a joint venture of NSW Department of Primary Industries and the University of New England, which receives funding for this purpose from Meat and Livestock Australia Limited.

– AWA relies solely on advice provided by AGBU and ABRI in accepting Wagyu Single-step BREEDPLAN software.

– EBVs published in Wagyu Single-step BREEDPLAN are estimates of genetic potential of individual animals and may not reflect the raw animal phenotype.

– EBVs can only be directly compared to other EBVs calculated in the same monthly Wagyu Group BREEDPLAN run.

If you consider that you do not understand or appreciate the nature and extent of the data provided on this website or the EBVs of a particular animal then AWA strongly recommends that you seek independent expert advice.”


ANIMAL ID ANIMAL NAME EBV ACC

TOP 50 SIRESANIMAL ID ANIMAL NAME EBV ACC

TOP 50 DAMS

WESFA0003 WESTHOLME KITA A0003 -3.9 74%



KKWFB0385 KURO KIN HIKOHIME 126 -2 69%

GOSFU0074 GOSHU KITAE -1.7 73%

KKWFX0949 KURO KIN HIKOHIME 53 -1.7 64%


KKWFB0394 KURO KIN HIKOHIME 128 -1.6 59%

AACFC0315 WESTHOLME KIKUSHIGEYOSHI -1.6 56%


WESFB0045 WESTHOLME B0045 -1.4 65%

KKWFB0350 KURO KIN SUGATA 13 -1.2 66%

USAFB5091 BR MS SANJIROU 0656 -1.1 70%

BDWFY0403 MACQUARIE WAGYU Y403 -1.1 65%

CCCFY0015 BALD RIDGE SAKAN Y15 -1 60%

WESFA0013 WESTHOLME ITO A0013 -0.8 72%


KKWFX0989 KURO KIN HIKOHIME 48 -0.7 64%

ACCFB0049 THE WRIGHT WAGYU HAYAFUKU B49 -0.7 61%

IGWFG0105 IRONGATE ITOMORITAKA G105 -0.5 72%

LMRFC708T LMR RINKO -0.5 68%


KWAFF0001 KOOLANG FUJI -0.4 71%

KWAFB0004 KOOLANG BELINDA -0.3 72%

GINFC0877 GINJO KITAZURU C877 -0.3 68%

AACFBA0439 WESTHOLME KIKUHIME 2 A0439 -0.3 67%

KKWFB0372 KURO KIN KENSEI 17 -0.3 65%

KWAFC0002 KOOLANG CAMILLA -0.2 73%

GINFC0862 GINJO FUJINAMI C862 -0.2 65%

BDWFZ0541 MACQUARIE WAGYU F Z541 -0.2 64%

BDWFW0170 MACQUARIE WAGYU F W170 -0.2 62%

LSRFW0351 DOOR KEY F W351 -0.2 61%

CWWFB1006 CENTRAL WEST F B1006 -0.2 60%

GINFZ0281 GINJO Z281 -0.1 65%

HWDFT0002 HARWOOD HIKOHIME - 1 0 74%

SUMFX0052 SUMO NAMI X0052 0 73%

GINFB0912 GINJO B912 0 57%

GINFA0395 GINJO A395 0.1 65%

IGWFA0002 IRONGATE WAGYU NAMI A0002 0.2 71%

WESFA0121 WESTHOLME ITO A0121 0.2 70%

CWWFC1002 CENTRAL WEST F C1002 0.2 64%

KKWFW0770 KURO KIN HIKOHIME 27 0.3 69%

GINFX0252 GINJO F X252 0.3 56%

WESFY0136 WESTHOLME YAMATENOMIYA 0.4 72%

WESFA0141 WESTHOLME KATSU A0141 0.4 71%

GINFA0846 GINJO F A846 0.4 67%

ACCFC0087 THE WRIGHT WAGYU SUKAN C087 0.4 64%


GINFA0218 GINJO A218 0.4 59%

LSRFG0253 DOOR KEY G253 0.5 72%

AACFD0684 WESTHOLME TSURUKUNI 3 -4.1 79%

IMUFR3236 TF ITOHANA 38/1 (IMP USA) -3.4 86%

WKSFP1593 WORLD K'S SHIGESHIGETANI 1593 -3.3 92%

WKSFM0139 WORLD K'S HARUKI 2 (FB1614) -3 94%

ECHFA3001 ECHIGO FARMS MAIFUKU -2.9 85%

IMUFQ0402 JVP FUKUKANE 402E (IMP USA) -2.9 85%

IMUFN2299 TF KINTO (IMP USA) -2.9 80%

IMUFSR018 KITAHATSUHI 97/1 (IMP USA) -2.7 77%

LFDFE0241 LONGFORD F E0241 -2.6 73%

IMCFP0117 GENJIRO (IMP CAN) -2.4 68%

BDWFY0408 MACQUARIE WAGYU Y408 -2.3 79%

AACFB0576 WESTHOLME ITOKITATERU -2.2 81%

KKWFD0072 KURO KIN ITOZURUDOI D72 -2.2 76%

IMJFAJ2810 KITATERUYASUDOI J2810 HONGEN (IMP JAP) -2.1 98%

SMOFF0126 SUMO CATTLE CO MICHIFUKU F126 -2 94%

SMOFE0055 SUMO CATTLE CO HARUKI E055 -2 63%

LFDFY0004 LONGFORD 004 -1.9 90%

WESFA0120 WESTHOLME TERUKITAGUNE-DOI -1.8 82%

KKWFH0008 KURO KIN ITOZURU DOI H8 -1.6 80%

SBYFE0084 SALISBURY ITOZURUNAMI E84 -1.5 71%

MIRFL00921 MIRRAGONG MIRRA 921 -1.5 60%

IMUFN2294 TF ITOHANA 2 (IMP USA) -1.4 96%

SVWFD278 SAMARIA VALLEY KINUYASUDOI D0278 -1.4 61%

IMUFY5663 BAR R SANJIRO 4P (IMP USA) -1.3 75%

GINFH0744 GINJO MARBLEMAX HATZURU H744 -1.3 52%

IMUFLTF151 ITOZURUDOI TF151 (IMP USA) -1.2 94%

KKWFE0036 KURO KIN KANADAGENE E36 -1.2 71%

BKEFR0061 BON KING TWA R061 (IMP USA) -1.2 65%

WSRFQ0062 OVERFLOW KANEYAMA (IMP USA) -1.1 94%

TWAFR0003 TWA ICHIRYUNO (IMP USA) -1.1 92%

ADBFZ0025 MAYURA ZULU -1 75%

CCCFZ0116 BALD RIDGE TERUTANI 40/1 Z116 -1 62%

GINFH0755 GINJO MARBLEMAX HATIFUJI H755 -1 57%

SMOFE0180 SUMO CATTLE CO HARUKI E180 -0.9 62%

SBYFG0008 SALISBURY KITEYAMA -0.9 53%

WSRFS0060 OVERFLOW KATSUMI (IMP USA) -0.8 95%

IMJFMJ068 FUKUTSURU J068 (IMP JAP) -0.7 93%

WKSFP0100 WORLD K'S SANJIROU -0.7 89%

AACFF0790 WESTHOLME NAMIYOSHICHIKA -0.7 63%

GINFK0930 GINJO HATSHIRA K930 -0.6 69%

SWSFB0119 SHER ZURUSHIGE B119 -0.6 63%

BDWFC1306 MACQUARIE WAGYU F C1306 -0.6 61%

IMUFQ0401 JVP KIKUSHIGE 401E (IMP USA) -0.6 56%

WKSFN2892 WORLD K'S TAKAZAKURA -0.5 91%

AACFF0123 WESTHOLME KITAITOTERU -0.5 81%

IMUFQ2599 TF YUKIHARUNAMI 4 (IMP USA) -0.5 80%

BDWFC1255 MACQUARIE WAGYU F C1255 -0.5 66%

MIRFH0022 MIRRAGONG MIRRA ISLAND 12-22 -0.5 46%

IMJFAJ2703 ITOMORITAKA J2703 HONGEN (IMP JAP) -0.4 96%

IMUFB7584 KIMIFUKU TF 726 (IMP USA) -0.4 67%

TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

GEST

ATIO

N L

ENGT

HGESTATION LENGTH (days)

21www.wagyu.org.au



TOP 50 DAMS

TM

GINFK0930 GINJO HATSHIRA K930 32 85%

IMJFAJ2351 HIRASHIGETAYASU J2351 HONGEN (IMP JAP) 28 98%

SMOFE0148 SUMO CATTLE CO HIRASHIGETAYASU E148 28 91%

KKWFD0072 KURO KIN ITOZURUDOI D72 27 89%

IGWFC0016 IRONGATE WAGYU NOMBY ICHIRYUNO C016 26 93%

GINFH0755 GINJO MARBLEMAX HATIFUJI H755 26 87%

IMUFSR018 KITAHATSUHI 97/1 (IMP USA) 25 94%

WESFZ0018 WESTHOLME HIRASHIGE-WAKA 25 93%

AACFF0758 WESTHOLME HIRAMICHI TSURU 25 92%

LFDFE0241 LONGFORD F E0241 25 88%

IMJFAJ2703 ITOMORITAKA J2703 HONGEN (IMP JAP) 24 98%

WESFZ0278 WESTHOLME HIRASHIGETAYASU Z278 24 97%

IGWFJ0115 IRONGATE ITOMORITAKA J115 23 80%

IMUFQTF147 ITOSHIGEFUJI (IMP USA) 22 98%

SMOFE0112 SUMO CATTLE CO ITOMORITAKA E112 22 92%

GINFH0744 GINJO MARBLEMAX HATZURU H744 22 89%

PMGFD0139 PEPPERMILL GROVE D139 22 84%


AACFC0665 WESTHOLME ITOZURUKEDAKA 21 93%

GINFB0901 GINJO MARBLEMAX HIRANAMI B901 20 97%

WESFTH004 WESTHOLME SEKIDOI (IMP USA) 20 95%

WESFTH001 WESTHOLME SEKITAYASU 98/1 (IMP USA) 20 86%

IGWFE0072 IRONGATE WAGYU ITOMORITAKA E072 19 93%

IGWFC0018 IRONGATE WAGYU NOMBY TERUTANI C018 19 91%

SMOFE0180 SUMO CATTLE CO HARUKI E180 19 89%

KKWFF0034 KURO KIN DM100 F34 19 87%

KKWFH0008 KURO KIN ITOZURU DOI H8 19 86%

KKWFC0109 KURO KIN DM100/6 19 80%

WKSFM0139 WORLD K'S HARUKI 2 (FB1614) 18 97%

IMUFQ2599 TF YUKIHARUNAMI 4 (IMP USA) 18 94%


IGWFH0013 IRONGATE ITOSHIGENAMI H13 18 88%

IMUFN2461 KENHANAFUJI (FB2461) 18 87%

MIRFL00921 MIRRAGONG MIRRA 921 18 86%

SBYFG0008 SALISBURY KITEYAMA 18 80%

GINFC0878 GINJO MARBLEMAX HIRANAMI C878 17 89%

IMUFQ0401 JVP KIKUSHIGE 401E (IMP USA) 17 85%

LMRFC723T LMR TOSHIRO 1/3 17 85%

IMUFN2127 TF KIKUHANA (IMP USA) 16 95%

SFWFH0105 SHADAI FARM KENTA H105 16 88%

IMUFR3252 TF KIKUHANA 37/2 (IMP USA) 16 88%

WGWFD8266 WAGYU GENETICS ITOZURUDOI D8266 16 86%

SVWFE283 SAMARIA VALLEY YUKIHARUNAMI E0283 16 83%

TWAFR0003 TWA ICHIRYUNO (IMP USA) 15 96%

ECHFA3001 ECHIGO FARMS MAIFUKU 15 93%

PEDFZ013 SR Y13 SANJI 15 84%

IGWFG0125 IRONGATE ITOSHIGENAMI G125 15 83%

IMCFP0117 GENJIRO (IMP CAN) 15 82%

IMUFP0036 TF ITOMICHI 1/2 (IMP USA) 14 96%

AACFF0418 WESTHOLME ITOSHIGEHIRA 6 14 91%

KWAFC0001 KOOLANG CAITLAN 33 82%

IGWFF0015 IRONGATE DAI 2 KINNTOU F015 31 82%

IGWFG0111 IRONGATE NOMBY ICHIRYUNO G111 28 82%

IGWFF0026 IRONGATE HIKOHIME F026 26 83%

IGWFC0005 IRONGATE WAGYU ITOMI-HANA C005 25 86%

IGWFD0025 IRONGATE WAGYU HIRA-W1910 D025 24 81%

KWAFD0012 KOOLANG DENTSU 24 81%

SUMFW0967 SUMO TANI W0967 23 88%

WESFA0013 WESTHOLME ITO A0013 23 81%

KWAFB0004 KOOLANG BELINDA 23 80%

KWAFC0009 KOOLANG CHLOE 21 83%

GINFA0830 GINJO F A830 20 83%

WESFZ0135 WESTHOLME HIRA Z0135 19 84%


IGWFD0051 IRONGATE WAGYU NOMBY-SUMO D051 19 80%


WESFY0261 WESTHOLME TERUSHIKA 18 88%

GINFZ0281 GINJO Z281 18 85%

WESFA0061 WESTHOLME HIRA A0061 18 82%


IGWFG0105 IRONGATE ITOMORITAKA G105 18 80%

SUMFW1910 SUMO RUNO W1910 17 82%

KWAFB0005 KOOLANG BEVERLY 17 81%

KWAFC0002 KOOLANG CAMILLA 17 81%

BDWFX0310 MACQUARIE WAGYU F X310 17 81%


IGWFA0002 IRONGATE WAGYU NAMI A0002 16 81%

KKWFW0770 KURO KIN HIKOHIME 27 15 85%



KWAFD0001 KOOLANG DAIAN 15 81%


AACFC0077 WESTHOLME TERUWAKA 2 15 80%


ACCFB0049 THE WRIGHT WAGYU HAYAFUKU B49 14 80%

CWWFB1002 CENTRAL WEST F B1002 13 83%

CWWFC1002 CENTRAL WEST F C1002 13 82%

KKWFC0162 KURO KIN HIKOHIME C162 12 80%

JASFW0002 SANJOLINCEY ROXY 12 80%

CCCFY0015 BALD RIDGE SAKAN Y15 11 84%


BDWFZ0541 MACQUARIE WAGYU F Z541 11 80%

GOSFU0074 GOSHU KITAE 10 84%

GINFW0110 GINJO F W110 10 82%

WESFA0067 WESTHOLME KITA A0067 10 82%

LSRFC0246 DOOR KEY C0246 10 80%

GINFA0389 GINJO A389 9 88%

LMRFB612S LMR MICHIFUKU 612S 9 80%

LSRFG0253 DOOR KEY G253 8 82%

KKWFB0385 KURO KIN HIKOHIME 126 8 82%

TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

200-

DAY

WEI

GHT

200-DAY WEIGHT (kg)




TOP 50 DAMS

































CCCFZ0116 BALD RIDGE TERUTANI 40/1 Z116 30 86%






MIRFJ0650 MIRRAGONG LITTLE KEITHIE 27 89%




AACFB0576 WESTHOLME ITOKITATERU 26 95%



IMUFQ3218 TF MITSUHIKOKURA 43 (IMP USA) 26 84%


CCOFG0113 COATES ITOSHIGENAMI G113 25 86%

BDWFY0408 MACQUARIE WAGYU Y408 24 93%







































JASFZ0015 SANJOLINCEY ANNIE 21 80%







CCOFY0012 COATES TANI Y0012 18 80%

KKWFX0945 KURO KIN HIKOHIME 32 17 88%





TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

400-

DAY

WEI

GHT

400-DAY WEIGHT (kg)

23www.wagyu.org.au



TOP 50 DAMS

TM






























AACFF0380 WESTHOLME ITOKIKUMOTO 42 90%














IGWFB0006 IRONGATE WAGYU ITOSHIGENAMI B0006 36 96%



WGWFJ0151 WAGYU GENETICS SHIKIKAN J0151 35 83%














































GOSFU0087 GOSHU MICHIYAMA 22 82%








TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

600-

DAY

WEI

GHT

600-DAY WEIGHT (kg)




TOP 50 DAMS



































IGWFB0006 IRONGATE WAGYU ITOSHIGENAMI B0006 39 87%








IMUFLTF151 ITOZURUDOI TF151 (IMP USA) 35 96%



WKSFN2892 WORLD K'S TAKAZAKURA 33 89%




















































ACCFC0065 THE WRIGHT WAGYU CHOKKAKU C065 19 80%

WESFA0027 WESTHOLME KATSU A0027 19 72%


TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

MAT

URE

COW

WEI

GHT

MATURE COW WEIGHT (kg)

25www.wagyu.org.au



TOP 50 DAMS

TM















IMUFR3258 TF TERUTANI 40/1 (IMP USA) 6 97%

IMUFN2294 TF ITOHANA 2 (IMP USA) 6 96%





IMJFMJ068 FUKUTSURU J068 (IMP JAP) 5 95%

IMJFP2947 DAI 6 SEIZAN (IMP JAP) 5 92%


IMUFQ0402 JVP FUKUKANE 402E (IMP USA) 5 89%

WESFA0107 WESTHOLME HIRASHIGETAMANA 5 89%

SUMFX0065 SUMO ITOSHIGENAMI X0065 5 86%






ADBFZ0025 MAYURA ZULU 5 65%


IMUFLTF151 ITOZURUDOI TF151 (IMP USA) 4 97%



SMOFD0107 SUMO CATTLE CO SHIKIKAN D107 4 82%

BKEFR0061 BON KING TWA R061 (IMP USA) 4 65%


TFWFW0629 TAKEDA FARM FUKUTSURU 004 3 91%

BYWFD0472 BLACKMORE F D472 3 89%






SMOFD0240 SUMO CATTLE CO HIRASHIGETAYASU D240 3 69%



























WESFB0045 WESTHOLME B0045 5 75%








AACFBA0439 WESTHOLME KIKUHIME 2 A0439 3 78%




LSRFC0246 DOOR KEY C0246 3 74%






ACCFC0087 THE WRIGHT WAGYU SUKAN C087 1 79%

GINFC0862 GINJO FUJINAMI C862 1 78%


KWAFF0001 KOOLANG FUJI 1 76%


KKWFB0372 KURO KIN KENSEI 17 1 76%

AACFC0315 WESTHOLME KIKUSHIGEYOSHI 1 72%



TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

MIL

K

MILK (kg)




TOP 50 DAMS













CCOFG0113 COATES ITOSHIGENAMI G113 45 89%




















DBDFZ0626 DIAMOND BRAND ICHIRYUNO Z626 31 94%




WESFB0039 WESTHOLME B0039 29 81%








TBRFD0103 TRENT BRIDGE F D103 27 72%


SBYFE0084 SALISBURY ITOZURUNAMI E84 25 94%


SUMFX0065 SUMO ITOSHIGENAMI X0065 24 84%


WESFY0136 WESTHOLME YAMATENOMIYA -44 78%


WESFB0045 WESTHOLME B0045 -24 75%

ACCFC0065 THE WRIGHT WAGYU CHOKKAKU C065 -22 74%

WESFA0003 WESTHOLME KITA A0003 -21 73%


WESFA0027 WESTHOLME KATSU A0027 -18 74%

KWAFB0003 KOOLANG BETTY -16 75%

BDWFW0170 MACQUARIE WAGYU F W170 -16 81%

KKWFB0372 KURO KIN KENSEI 17 -15 77%

KKWFB0350 KURO KIN SUGATA 13 -14 78%


CWWFB1006 CENTRAL WEST F B1006 -11 69%


GINFD0346 GINJO D346 -10 72%

WESFA0141 WESTHOLME KATSU A0141 -10 73%

GINFA0395 GINJO A395 -9 73%

KKWFX0949 KURO KIN HIKOHIME 53 -9 81%

AACFC0315 WESTHOLME KIKUSHIGEYOSHI -8 73%



LMRFC708T LMR RINKO -7 76%

LSRFB0117 DOOR KEY F B117 -5 77%

SUMFX0052 SUMO NAMI X0052 -5 78%

LMRFB612S LMR MICHIFUKU 612S -2 72%

LSRFC0246 DOOR KEY C0246 -1 75%

GINFD0331 GINJO D331 -1 76%





GINFX0252 GINJO F X252 3 74%

LSRFW0351 DOOR KEY F W351 3 80%


GINFC0862 GINJO FUJINAMI C862 4 73%

CCOFY0046 COATES NAMI Y0046 4 77%




GINFC0877 GINJO KITAZURU C877 7 75%



USAFB5091 BR MS SANJIROU 0656 9 76%








TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

CARC

ASE

WEI

GHT

CARCASE WEIGHT (kg)

27www.wagyu.org.au



TOP 50 DAMS

TM

WKSFP0100 WORLD K'S SANJIROU 9.3 94%

WKSFU0006 WORLD K'S MICHITSURU 8.6 73%

ADBFD0482 MAYURA D0482 8.4 83%

ECHFA3001 ECHIGO FARMS MAIFUKU 6.9 72%

WKSFM0164 WORLD K'S MICHIFUKU 6.6 97%

WKSFPC100 WORLD K'S KANADAGENE 100 5.9 82%

ADBFA0139 MAYURA ITOSHIGENAMI JNR 5.7 90%

PEDFZ013 SR Y13 SANJI 5.4 71%

AACFF0790 WESTHOLME NAMIYOSHICHIKA 5.4 67%

LFDFT0475 LONGFORD HONJO 5.2 69%

LFDFY0004 LONGFORD 004 4.8 75%

LMRFC807T LMR KENICHI 807T 4.6 71%

3NOFX0162 WICKIUP KANADAGENE X162 4.5 63%

IMUFY5663 BAR R SANJIRO 4P (IMP USA) 4.3 75%

GOSFA0333 GOSHU MICHITADA 4.3 69%

WKSFS0100 WORLD K'S YASUFUKU JR (FB5061) 4.2 91%

SMOFG0002 SUMO CATTLE CO MICHIFUKU G002 4.2 67%

GOSFT0060 GOSHU MICHITOMO 4 70%

DBDFZ0626 DIAMOND BRAND ICHIRYUNO Z626 3.9 89%

SMOFF0145 SUMO CATTLE CO MICHIFUKU F145 3.9 65%

GINFG0631 GINJO MARBLEMAX G631 3.9 62%

GOSFU0065 GOSHU MICHISHIGE 3.5 76%

AACFH0065 WESTHOLME H0065 3.5 66%


HWKFA0002 HAWKESBURY HARUNAMI A2 3.2 79%


ADBFZ0025 MAYURA ZULU 3.1 93%

LFDFT0476 LONGFORD ZAKI 3 67%

IMJFAJ2703 ITOMORITAKA J2703 HONGEN (IMP JAP) 2.9 93%

IMJFAJ2810 KITATERUYASUDOI J2810 HONGEN (IMP JAP) 2.8 97%

WSRFS0060 OVERFLOW KATSUMI (IMP USA) 2.7 86%

WSRFQ0062 OVERFLOW KANEYAMA (IMP USA) 2.7 83%

EXLFC0151 EXCEL E MICHIFUKU C0151 2.7 61%

BDWFY0408 MACQUARIE WAGYU Y408 2.6 88%

IMUFJTF40 TERUTANI J2494 TF40 (IMP JAP) 2.5 87%

TBRFF0126 TRENT BRIDGE F F0126 2.5 64%

AACFE1067 WESTHOLME YASUFUKU SAKURA 2 2.4 69%

SMOFD0114 SUMO CATTLE CO ITOSHIGENAMI D114 2.4 61%

TBRFD0103 TRENT BRIDGE F D103 2.4 60%

IMUFQTF148 ITOSHIGENAMI (IMP USA) 2.3 97%

GOSFU0083 GOSHU MICHITARO 2.3 74%

TWAFR0003 TWA ICHIRYUNO (IMP USA) 2.2 92%

GINFB0901 GINJO MARBLEMAX HIRANAMI B901 2.2 82%

GOSFZ0324 GOSHU YASUKATA (IMP USA) 2.2 73%

HPCFH0276 THE WRIGHT WAGYU H0276 2.2 61%

MCPFG1381 CHOKYORI 1381 2.2 60%

KKWFF0050 KURO KIN MICHISHIGE F50 2.2 56%

BDWFC1255 MACQUARIE WAGYU F C1255 2.1 86%

MOYFZ0179 MOYHU TANI 2.1 79%

IMUFM2100 KIKUYASU 400 (IMP JAP) 2 85%

LMRFB612S LMR MICHIFUKU 612S 6.1 63%

USAFB5091 BR MS SANJIROU 0656 5.4 71%

WESFA0061 WESTHOLME HIRA A0061 4.3 69%

KCCFU0017 KCC WAGYU SONY 4.2 74%

LSRFW0351 DOOR KEY F W351 3.9 67%

LMRFC708T LMR RINKO 3.9 66%

GINFC0877 GINJO KITAZURU C877 3.3 68%


KWAFC0002 KOOLANG CAMILLA 3.1 61%


BDWFW0170 MACQUARIE WAGYU F W170 2.9 73%

GINFA0329 GINJO A329 2.9 66%

GOSFU0087 GOSHU MICHIYAMA 2.8 77%

CCOFY0046 COATES NAMI Y0046 2.8 66%

KWAFD0012 KOOLANG DENTSU 2.8 63%

ACCFB0049 THE WRIGHT WAGYU HAYAFUKU B49 2.6 65%

KWAFB0004 KOOLANG BELINDA 2.6 63%

KKWFB0350 KURO KIN SUGATA 13 2.5 69%

WESFA0003 WESTHOLME KITA A0003 2.4 68%

AACFC0077 WESTHOLME TERUWAKA 2 2.3 65%

JASFW0002 SANJOLINCEY ROXY 2.3 64%


KKWFC0162 KURO KIN HIKOHIME C162 2.2 65%





KWAFF0001 KOOLANG FUJI 1.8 61%

GINFW0110 GINJO F W110 1.7 65%

LSRFB0117 DOOR KEY F B117 1.6 70%

GINFA0218 GINJO A218 1.5 58%



GINFD0331 GINJO D331 1.4 66%

WESFB0045 WESTHOLME B0045 1.3 68%


KWAFC0009 KOOLANG CHLOE 1.2 67%

CWWFB1006 CENTRAL WEST F B1006 1.2 59%



KKWFX0989 KURO KIN HIKOHIME 48 0.9 69%

KWAFD0001 KOOLANG DAIAN 0.9 63%

GINFA0395 GINJO A395 0.8 65%

KWAFC0001 KOOLANG CAITLAN 0.8 63%

IGWFG0105 IRONGATE ITOMORITAKA G105 0.8 60%

GINFA0389 GINJO A389 0.7 63%

IGWFG0143 IRONGATE ITOSHIGENAMI G143 0.7 62%


GINFC0862 GINJO FUJINAMI C862 0.5 65%

ACCFC0065 THE WRIGHT WAGYU CHOKKAKU C065 0.5 62%

TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

EYE

MUS

CLE

AREA

EYE MUSCLE AREA (sq cm)




TOP 50 DAMS

SMOFE0180 SUMO CATTLE CO HARUKI E180 8.5 90%


WKSFM0139 WORLD K'S HARUKI 2 (FB1614) 4.5 93%

IMUFP0036 TF ITOMICHI 1/2 (IMP USA) 4.3 90%


IGWFC0022 IRONGATE WAGYU NOMBY TERUTANI C022 4.2 63%

IMJFMJ068 FUKUTSURU J068 (IMP JAP) 4.1 94%

SBYFE0084 SALISBURY ITOZURUNAMI E84 4 90%

IMUFQ2600 TF ITOMICHI 42 (IMP USA) 3.9 79%

AACFC0650 WESTHOLME KITAITONAMI 3.6 85%

IMUFQ3218 TF MITSUHIKOKURA 43 (IMP USA) 3.5 65%


IMUFR3252 TF KIKUHANA 37/2 (IMP USA) 3.2 71%

IMUFN2461 KENHANAFUJI (FB2461) 2.8 63%

IMUFR3236 TF ITOHANA 38/1 (IMP USA) 2.8 63%

PSKFD0065 SUNNYSIDE F D65 2.8 61%




IMCFP0117 GENJIRO (IMP CAN) 2.5 64%

TFWFW0629 TAKEDA FARM FUKUTSURU 004 2.4 87%

CCCFZ0116 BALD RIDGE TERUTANI 40/1 Z116 2.4 71%


IMUFZ5665 BAR R 12P (IMP USA) 2.4 66%

LMRFB634S LMR YOJIMBO 2.4 65%


GRSFF0146 GOORAMBAT TERUTANI F146 2.2 74%



BKEFR0061 BON KING TWA R061 (IMP USA) 2 61%

WSRFQ0062 OVERFLOW KANEYAMA (IMP USA) 1.9 85%

SWSFB0119 SHER ZURUSHIGE B119 1.9 75%

AACFF0758 WESTHOLME HIRAMICHI TSURU 1.9 75%


KKWFF0034 KURO KIN DM100 F34 1.7 60%



IMUFN2299 TF KINTO (IMP USA) 1.5 69%



MCPFB1006 CHOKYORI 1006 1.4 73%

MIRFL00921 MIRRAGONG MIRRA 921 1.4 59%



SUNFK0550 SUNLAND K550 1.3 50%

WGWFD8266 WAGYU GENETICS ITOZURUDOI D8266 1.2 63%

IMUFQTF147 ITOSHIGEFUJI (IMP USA) 1.1 97%

WSRFS0064 OVERFLOW MIHASHI (IMP USA) 1.1 72%



SUMFX0052 SUMO NAMI X0052 4.6 67%

HWDFT0002 HARWOOD HIKOHIME - 1 4.5 80%


AACFBA0439 WESTHOLME KIKUHIME 2 A0439 3.5 71%


GINFA0329 GINJO A329 3.1 68%





KKWFB0372 KURO KIN KENSEI 17 2.6 68%

GINFD0346 GINJO D346 2.6 62%

JASFZ0015 SANJOLINCEY ANNIE 2.4 67%


GINFD0331 GINJO D331 2.3 68%




CCOFY0012 COATES TANI Y0012 1.8 64%

IGWFA0002 IRONGATE WAGYU NAMI A0002 1.6 62%


IGWFD0051 IRONGATE WAGYU NOMBY-SUMO D051 1.5 58%

GINFA0846 GINJO F A846 1.3 69%









GINFA0389 GINJO A389 0.9 68%



IGWFC0005 IRONGATE WAGYU ITOMI-HANA C005 0.8 63%


KKWFB0382 KURO KIN HIKOHIME 125 0.7 66%


AACFC0315 WESTHOLME KIKUSHIGEYOSHI 0.5 68%



CCCFY0015 BALD RIDGE SAKAN Y15 0.3 67%


SUMFW0967 SUMO TANI W0967 0.2 67%




GINFA0218 GINJO A218 0.1 62%



TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

RUM

P FA

TRUMP FAT (mm)

29www.wagyu.org.au



TOP 50 DAMS

TM

WESFZ0278 WESTHOLME HIRASHIGETAYASU Z278 2.7 86%

ECHFA3001 ECHIGO FARMS MAIFUKU 2.6 71%

WKSFP0100 WORLD K'S SANJIROU 2.5 85%

IMJFAJ2351 HIRASHIGETAYASU J2351 HONGEN (IMP JAP) 1.8 96%

IMUFQ2599 TF YUKIHARUNAMI 4 (IMP USA) 1.8 86%

KKWFD0072 KURO KIN ITOZURUDOI D72 1.8 68%


IMJFAJ2703 ITOMORITAKA J2703 HONGEN (IMP JAP) 1.7 93%

WESFZ0018 WESTHOLME HIRASHIGE-WAKA 1.7 81%

PEDFZ013 SR Y13 SANJI 1.6 69%

IMUFSR018 KITAHATSUHI 97/1 (IMP USA) 1.6 66%

PMGFD0139 PEPPERMILL GROVE D139 1.6 63%


SMOFE0055 SUMO CATTLE CO HARUKI E055 1.4 59%

LFDFE0241 LONGFORD F E0241 1.3 66%

WESFTH001 WESTHOLME SEKITAYASU 98/1 (IMP USA) 1.3 62%

TWAFR0003 TWA ICHIRYUNO (IMP USA) 1.2 89%


KKWFH0008 KURO KIN ITOZURU DOI H8 1.2 54%


IMJFAJ2810 KITATERUYASUDOI J2810 HONGEN (IMP JAP) 1 97%

IMUFM2100 KIKUYASU 400 (IMP JAP) 1 82%




GOSFU0083 GOSHU MICHITARO 0.9 70%


ZTRFT0047 ZTR MICHISATO 0.8 70%

SMOFD0233 SUMO CATTLE CO SHIKIKAN D233 0.8 66%


WESFTH004 WESTHOLME SEKIDOI (IMP USA) 0.7 84%

IMUFJTF40 TERUTANI J2494 TF40 (IMP JAP) 0.7 83%

GINFB0901 GINJO MARBLEMAX HIRANAMI B901 0.7 75%

AACFF0380 WESTHOLME ITOKIKUMOTO 0.7 73%

IGWFE0072 IRONGATE WAGYU ITOMORITAKA E072 0.7 67%

SMOFD0240 SUMO CATTLE CO HIRASHIGETAYASU D240 0.7 64%

SVWFE283 SAMARIA VALLEY YUKIHARUNAMI E0283 0.7 57%

GINFH0744 GINJO MARBLEMAX HATZURU H744 0.7 45%

TWAFR0007 TWA SHIKIKAN (IMP USA) 0.6 86%

GOSFT0060 GOSHU MICHITOMO 0.6 67%

AACFF0418 WESTHOLME ITOSHIGEHIRA 6 0.6 66%


GINFC0878 GINJO MARBLEMAX HIRANAMI C878 0.6 57%



SMOFE0112 SUMO CATTLE CO ITOMORITAKA E112 0.5 64%


SFWFH0105 SHADAI FARM KENTA H105 0.5 58%




USAFB5091 BR MS SANJIROU 0656 2 64%




KWAFD0012 KOOLANG DENTSU 1.9 60%

KWAFC0001 KOOLANG CAITLAN 1.8 60%

LMRFB612S LMR MICHIFUKU 612S 1.5 62%

WESFY0261 WESTHOLME TERUSHIKA 1.4 66%



ACCFB0049 THE WRIGHT WAGYU HAYAFUKU B49 1.2 64%





IGWFF0015 IRONGATE DAI 2 KINNTOU F015 0.9 49%



IGWFD0025 IRONGATE WAGYU HIRA-W1910 D025 0.8 59%





IGWFC0005 IRONGATE WAGYU ITOMI-HANA C005 0.7 56%


KWAFB0005 KOOLANG BEVERLY 0.6 59%


WESFZ0135 WESTHOLME HIRA Z0135 0.4 71%




LSRFC0246 DOOR KEY C0246 0.4 68%


KWAFB0003 KOOLANG BETTY 0.3 59%






GINFA0218 GINJO A218 0.1 56%






GOSFU0074 GOSHU KITAE -0.1 72%

LSRFB0117 DOOR KEY F B117 -0.1 69%

GINFA0395 GINJO A395 -0.1 63%

IGWFG0143 IRONGATE ITOSHIGENAMI G143 -0.1 57%

TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

RETA

IL B

EEF Y

IELD

RETAIL BEEF YIELD (%)




TOP 50 DAMS




CCOFG0113 COATES ITOSHIGENAMI G113 2.1 86%

WKSFP0001 WORLD K'S KITAGUNI JR 2 85%

LFDFY0004 LONGFORD 004 2 82%

TBRFF0126 TRENT BRIDGE F F0126 2 64%

SUMFX0081 SUMO ITOSHIGENAMI X0081 1.9 83%








TWAFR0007 TWA SHIKIKAN (IMP USA) 1.5 90%








SMOFD0233 SUMO CATTLE CO SHIKIKAN D233 1.2 82%


MOYFZ0179 MOYHU TANI 1.2 76%


LFDFT0476 LONGFORD ZAKI 1.2 72%



PSKFD0065 SUNNYSIDE F D65 1.2 63%





KTOFY5012 KINTO SHIKI Y5012 1.1 81%

SWSFX0051 SHER KENTARO X51 1.1 79%



MOYFA0244 MOYHU ICHIRYUNO A244 1.1 74%

SMOFE0148 SUMO CATTLE CO HIRASHIGETAYASU E148 1.1 74%







GOSFA0333 GOSHU MICHITADA 1 68%


KJDFC0087 LAKE WAGYU C087 1 65%



GINFA0329 GINJO A329 1.5 66%





GOSFU0074 GOSHU KITAE 1.3 73%


GINFA0395 GINJO A395 1.3 63%



KKWFB0350 KURO KIN SUGATA 13 1 69%







GINFD0346 GINJO D346 0.9 57%






GINFB0912 GINJO B912 0.7 54%






GINFA0389 GINJO A389 0.6 57%


JASFZ0015 SANJOLINCEY ANNIE 0.5 69%







GINFA0218 GINJO A218 0.5 53%










TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

MAR

BLE

SCO

REMARBLE SCORE

31www.wagyu.org.au



TOP 50 DAMS

TM






ADBFD0482 MAYURA D0482 0.41 81%


CCOFG0113 COATES ITOSHIGENAMI G113 0.4 67%







KJDFC0087 LAKE WAGYU C087 0.36 62%

SMOFE0148 SUMO CATTLE CO HIRASHIGETAYASU E148 0.35 68%


MOYFZ0188 MOYHU MINAMI 0.34 61%


LFDFT0476 LONGFORD ZAKI 0.33 69%








GINFG0631 GINJO MARBLEMAX G631 0.31 63%


IMUFLTF151 ITOZURUDOI TF151 (IMP USA) 0.3 93%

WKSFP0001 WORLD K'S KITAGUNI JR 0.3 82%








WGWFD8266 WAGYU GENETICS ITOZURUDOI D8266 0.26 62%




GOSFA0333 GOSHU MICHITADA 0.25 65%

IMUFR3258 TF TERUTANI 40/1 (IMP USA) 0.24 90%


MCPFG1381 CHOKYORI 1381 0.24 54%

SWSFX0051 SHER KENTARO X51 0.22 67%

IMJFMJ068 FUKUTSURU J068 (IMP JAP) 0.21 92%


MOYFA0244 MOYHU ICHIRYUNO A244 0.21 70%



GINFW0110 GINJO F W110 0.34 62%

GINFA0395 GINJO A395 0.34 60%






GOSFU0074 GOSHU KITAE 0.27 68%





GINFD0346 GINJO D346 0.26 53%


GINFB0912 GINJO B912 0.24 50%




GINFA0389 GINJO A389 0.23 53%



KWAFB0005 KOOLANG BEVERLY 0.21 62%

LSRFC0246 DOOR KEY C0246 0.21 61%

GINFA0329 GINJO A329 0.2 64%



KWAFB0003 KOOLANG BETTY 0.19 62%







GINFX0252 GINJO F X252 0.17 52%





GOSFU0087 GOSHU MICHIYAMA 0.15 74%










TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

MAR

BLE

FIN

ENES

S

MARBLE FINENESS (%)


ANIMAL ID ANIMAL NAME

TOP 50 SIRESANIMAL ID ANIMAL NAME

TOP 50 DAMS

SMOFE0148 SUMO CATTLE CO HIRASHIGETAYASU E148 251

ADBFA0139 MAYURA ITOSHIGENAMI JNR 248

CCOFG0113 COATES ITOSHIGENAMI G113 245

AACFF0790 WESTHOLME NAMIYOSHICHIKA 241

BDWFY0408 MACQUARIE WAGYU Y408 231

AACFF0758 WESTHOLME HIRAMICHI TSURU 228

IMCFP0117 GENJIRO (IMP CAN) 223

SMOFF0126 SUMO CATTLE CO MICHIFUKU F126 222

GINFK0930 GINJO HATSHIRA K930 220

WKSFPC100 WORLD K'S KANADAGENE 100 209

LFDFE0241 LONGFORD F E0241 206

KKWFF0034 KURO KIN DM100 F34 203

BDWFC1255 MACQUARIE WAGYU F C1255 203

3NOFX0162 WICKIUP KANADAGENE X162 203

DBDFZ0626 DIAMOND BRAND ICHIRYUNO Z626 201

SMOFE0180 SUMO CATTLE CO HARUKI E180 200

WESFB0039 WESTHOLME B0039 199

IMUFSR018 KITAHATSUHI 97/1 (IMP USA) 190

GINFH0755 GINJO MARBLEMAX HATIFUJI H755 188

GINFH0744 GINJO MARBLEMAX HATZURU H744 187

CCCFZ0116 BALD RIDGE TERUTANI 40/1 Z116 182

GINFG0631 GINJO MARBLEMAX G631 180

PSKFD0065 SUNNYSIDE F D65 180

WKSFM0164 WORLD K'S MICHIFUKU 180

MIRFL00921 MIRRAGONG MIRRA 921 179

KKWFC0109 KURO KIN DM100/6 177

LFDFT0476 LONGFORD ZAKI 172

ECHFA3001 ECHIGO FARMS MAIFUKU 171

AACFF0123 WESTHOLME KITAITOTERU 170

GOSFT0060 GOSHU MICHITOMO 169

WGWFD8266 WAGYU GENETICS ITOZURUDOI D8266 169

KJDFC0087 LAKE WAGYU C087 166

AACFF0380 WESTHOLME ITOKIKUMOTO 166

AACFC0650 WESTHOLME KITAITONAMI 166

SUMFX0065 SUMO ITOSHIGENAMI X0065 163

LFDFY0004 LONGFORD 004 162

HPCFH0276 THE WRIGHT WAGYU H0276 161

WSRFQ0062 OVERFLOW KANEYAMA (IMP USA) 160

TWAFR0003 TWA ICHIRYUNO (IMP USA) 160

SMOFG0002 SUMO CATTLE CO MICHIFUKU G002 156

IGWFJ0115 IRONGATE ITOMORITAKA J115 155

KKWFH0008 KURO KIN ITOZURU DOI H8 152

GINFB0901 GINJO MARBLEMAX HIRANAMI B901 151


IMJFAJ2351 HIRASHIGETAYASU J2351 HONGEN (IMP JAP) 150

ADBFD0482 MAYURA D0482 150

IMUFQTF148 ITOSHIGENAMI (IMP USA) 149

WGWFJ0151 WAGYU GENETICS SHIKIKAN J0151 149

TBRFF0126 TRENT BRIDGE F F0126 147

IGWFC0022 IRONGATE WAGYU NOMBY TERUTANI C022 146

INDEX INDEX

GINFA0329 GINJO A329 193

IGWFD0051 IRONGATE WAGYU NOMBY-SUMO D051 189

KKWFC0162 KURO KIN HIKOHIME C162 183

KCCFU0017 KCC WAGYU SONY 179

WESFA0013 WESTHOLME ITO A0013 179

WESFA0001 WESTHOLME KITA A0001 178

GOSFU0074 GOSHU KITAE 162


WESFA0027 WESTHOLME KATSU A0027 160


WESFA0038 WESTHOLME HIRA A0038 157

KWAFC0009 KOOLANG CHLOE 154

KWAFC0001 KOOLANG CAITLAN 149

WESFY0261 WESTHOLME TERUSHIKA 148

SUMFW0967 SUMO TANI W0967 147

JASFW0002 SANJOLINCEY ROXY 145

IGWFF0015 IRONGATE DAI 2 KINNTOU F015 143

IGWFF0026 IRONGATE HIKOHIME F026 142

HWDFT0002 HARWOOD HIKOHIME - 1 141

CWWFC1002 CENTRAL WEST F C1002 140

CCOFY0050 COATES NAMI Y0050 138

IGWFG0111 IRONGATE NOMBY ICHIRYUNO G111 138

LSRFW0351 DOOR KEY F W351 136

SUMFX0052 SUMO NAMI X0052 136

GINFB0912 GINJO B912 135

IGWFD0025 IRONGATE WAGYU HIRA-W1910 D025 135

ACCFB0049 THE WRIGHT WAGYU HAYAFUKU B49 133

GINFW0110 GINJO F W110 132

WESFZ0135 WESTHOLME HIRA Z0135 132



KKWFX0945 KURO KIN HIKOHIME 32 128


SUMFW1910 SUMO RUNO W1910 125


GINFC0877 GINJO KITAZURU C877 124

KWAFD0001 KOOLANG DAIAN 121


CWWFB1002 CENTRAL WEST F B1002 119

KWAFB0005 KOOLANG BEVERLY 119

GINFC0862 GINJO FUJINAMI C862 118

KWAFD0012 KOOLANG DENTSU 118

IGWFA0002 IRONGATE WAGYU NAMI A0002 116

KWAFB0004 KOOLANG BELINDA 116

KKWFB0350 KURO KIN SUGATA 13 115

IGWFG0105 IRONGATE ITOMORITAKA G105 113

KKWFB0385 KURO KIN HIKOHIME 126 113

ACCFC0065 THE WRIGHT WAGYU CHOKKAKU C065 112

AACFC0077 WESTHOLME TERUWAKA 2 112


TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

SELF

-REP

LACI

NG

INDE

XSELF-REPLACING INDEX

33www.wagyu.org.au



TOP 50 DAMS

TM

INDEX INDEX


















KWAFC0001 KOOLANG CAITLAN 120



IGWFF0015 IRONGATE DAI 2 KINNTOU F015 116








JASFZ0015 SANJOLINCEY ANNIE 107







IGWFG0111 IRONGATE NOMBY ICHIRYUNO G111 104

KKWFW0770 KURO KIN HIKOHIME 27 101



KWAFB0004 KOOLANG BELINDA 99





KWAFD0012 KOOLANG DENTSU 92





WESFZ0135 WESTHOLME HIRA Z0135 85













GINFK0930 GINJO HATSHIRA K930 161










AACFB0576 WESTHOLME ITOKITATERU 146

TBRFD0103 TRENT BRIDGE F D103 141

GINFH0755 GINJO MARBLEMAX HATIFUJI H755 140



WKSFM0139 WORLD K'S HARUKI 2 (FB1614) 139

MIRFJ0650 MIRRAGONG LITTLE KEITHIE 138




IMUFR3258 TF TERUTANI 40/1 (IMP USA) 135



WGWFD8266 WAGYU GENETICS ITOZURUDOI D8266 131


IMJFAJ2810 KITATERUYASUDOI J2810 HONGEN (IMP JAP) 129

GINFH0744 GINJO MARBLEMAX HATZURU H744 127





IMUFN2294 TF ITOHANA 2 (IMP USA) 123

SWSFB0119 SHER ZURUSHIGE B119 122

LSRFB0132 DOOR KEY F B132 119

IGWFC0022 IRONGATE WAGYU NOMBY TERUTANI C022 119

KKWFH0008 KURO KIN ITOZURU DOI H8 119



TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

FULL

BLO

OD

TERM

INAL

INDE

X

FULLBLOOD TERMINAL INDEX




TOP 50 DAMSINDEXINDEX




















IMJFAJ2810 KITATERUYASUDOI J2810 HONGEN (IMP JAP) 136


WSRFS0064 OVERFLOW MIHASHI (IMP USA) 132

AACFB0576 WESTHOLME ITOKITATERU 132






WKSFM0164 WORLD K'S MICHIFUKU 125

IMUFR3258 TF TERUTANI 40/1 (IMP USA) 124

WKSFS0100 WORLD K'S YASUFUKU JR (FB5061) 123


IMUFN2294 TF ITOHANA 2 (IMP USA) 121




MIRFJ0650 MIRRAGONG LITTLE KEITHIE 118

LSRFB0132 DOOR KEY F B132 117



WKSFM0139 WORLD K'S HARUKI 2 (FB1614) 116

AACFE1067 WESTHOLME YASUFUKU SAKURA 2 114


SWSFB0119 SHER ZURUSHIGE B119 113



ADBFD0482 MAYURA D0482 111

SMOFG0002 SUMO CATTLE CO MICHIFUKU G002 111


SWSFX0051 SHER KENTARO X51 110























JASFZ0015 SANJOLINCEY ANNIE 100













CWWFB1006 CENTRAL WEST F B1006 86







ACCFC0087 THE WRIGHT WAGYU SUKAN C087 80

KKWFW0770 KURO KIN HIKOHIME 27 77

BDWFW0170 MACQUARIE WAGYU F W170 77

GINFX0252 GINJO F X252 76



AACFBA0439 WESTHOLME KIKUHIME 2 A0439 71


TOP

50 S

IRES

AN

D DA

MS

REPO

RT -

F1 T

ERM

INAL

INDE

XF1 TERMINAL INDEX

35www.wagyu.org.au

Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Mal

eAu

stra

lian

Wag

yu P

ublis

hed

Sire

/Dam

Rep

ort

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

CC

CFZ

0116

B

LAC

K

IMU

FR32

581

8932 12

610

9B

ALD

RID

GE

TER

UTA

NI 4

0/1

Z116

(AI)

(ET)

-1.0

+0.9

+14

+30

+46

+40

+1+1

.6+4

8+0

.8+2

.4-0

.5+0

.5+0

.18

+182

+168

+143

62%

79%

87%

86%

89%

79%

72%

75%

81%

69%

71%

63%

70%

64%

IMU

FZ56

65

BLA

CK

PE

DFW

000

168

55 17

74B

AR

R 1

2P (I

MP

USA

) (A

I)+0

.1+0

.6+7

+16

+4+1

-1+0

.2-2

3-8

.6+2

.4-3

.5+0

.8+0

.21

+49

+74

+78

65%

85%

82%

81%

84%

72%

77%

61%

76%

66%

66%

60%

66%

62%

IMU

FY56

63

BLA

CK

W

KSFP

0100

565

31 1715

96B

AR

R S

AN

JIR

O 4

P (IM

P U

SA) (

AI)

-1.3

+0.2

+2+1

+3-1

-2-2

.5+1

8+4

.3-2

.8+0

.9+1

.1+0

.31

+137

+97

+97

75%

89%

88%

88%

87%

77%

83%

68%

83%

75%

74%

67%

75%

73%

BYW

FD04

72

BLA

CK

PE

DFU

999

112

20 7

4217

2B

LAC

KM

OR

E F

D47

2 (A

I) (E

T)+0

.9-1

.4-4

-2-7

+6+3

-1.2

-10

+1.0

-1.6

+0.2

+0.8

+0.1

8+4

3+4

7+5

264

%83

%89

%90

%89

%87

%89

%67

%84

%68

%70

%58

%71

%61

%

BKEF

R00

61

BLA

CK

IM

UFN

2294

452

0 03

385

BO

N K

ING

TW

A R

061

(IMP

USA

) (A

I) (E

T)-1

.2+1

.4+1

1+1

6+1

1+1

5+4

+1.1

+17

-1.8

+2.0

-1.6

+0.2

-0.0

1+6

8+8

0+7

865

%80

%82

%86

%91

%78

%65

%63

%79

%60

%61

%55

%62

%59

%

MC

PFB1

006

BL

ACK

IM

JFM

J068

227

4 017

48C

HO

KYO

RI 1

006

(AI)

(ET)

-0.1

-0.8

-1-1

4-1

7-2

2-2

-2.6

-17

+0.5

+1.4

-1.2

+1.1

+0.3

8+8

3+6

8+8

370

%87

%84

%85

%84

%77

%72

%64

%78

%70

%73

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.1+0

.40

+245

+226

+213

57%

78%

83%

86%

86%

70%

55%

54%

89%

73%

78%

60%

86%

67%

IMJF

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-1.9

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-1.0

+0.1

+0.0

4+1

1+3

+11

82%

96%

94%

95%

95%

88%

92%

93%

88%

83%

86%

83%

80%

71%

DBD

FZ06

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185

0 719

131

DIA

MO

ND

BR

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D IC

HIR

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+13

+17

+26

+26

+1-0

.5+3

1+3

.9+2

.1-0

.3+1

.1+0

.18

+201

+166

+153

81%

82%

90%

93%

93%

79%

74%

65%

94%

89%

90%

75%

91%

77%

DBD

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%74

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236

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MS

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+12

+1+0

-0.1

+9+6

.9-3

.4+2

.6+0

.6+0

.20

+171

+129

+118

85%

96%

93%

93%

91%

77%

68%

70%

79%

72%

76%

71%

68%

64%

EXLF

C01

51

BLA

CK

W

KSFM

0164

111

0 07

201

EXC

EL E

MIC

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(AI)

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-0.7

-1+2

.7+0

.3-0

.1+0

.7+0

.20

+92

+81

+78

64%

82%

82%

84%

80%

71%

64%

64%

73%

61%

62%

57%

63%

60%

Aver

age

EBVs

for 2

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born

cal

ves:

+0.3

+0.9

+9+1

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+0.0

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20+1

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956

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-2.7

-22

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+0.3

+0.2

1-9

+2+2

493

%97

%96

%97

%97

%94

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IMC

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17

BLA

CK

W

KSFM

0139

432

0 28

165

GEN

JIR

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MP

CA

N)

-2.4

-0.1

+15

+26

+41

+30

+1+1

.3+3

6+0

.9+2

.5-0

.7+1

.0+0

.15

+223

+210

+191

68%

81%

82%

82%

85%

75%

66%

61%

78%

57%

64%

52%

65%

58%

GIN

FK09

30

BLA

CK

IM

UFS

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85

530 0

075

GIN

JO H

ATS

HIR

A K

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(AI)

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+90

+87

+5+1

.7+6

8-2

.9-3

.0+1

.0-0

.3-0

.06

+220

+161

+102

69%

81%

85%

84%

84%

71%

61%

54%

72%

50%

51%

44%

53%

48%

GIN

FG06

31

BLA

CK

W

KSFM

0164

116

0 01

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+0.8

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80+1

25+1

1362

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%83

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%73

%68

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%62

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%57

%64

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%

GIN

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456

GIN

JO M

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I)-1

.0+3

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9+5

8+5

6+2

+1.2

+38

-2.0

+0.7

-0.2

-0.1

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3+1

88+1

40+1

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%86

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GIN

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GIN

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+61

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.8+4

8+0

.0-1

.1+0

.7-0

.2+0

.08

+187

+127

+89

52%

77%

89%

90%

89%

75%

62%

56%

76%

48%

49%

45%

49%

46%

GIN

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IM

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310

0 3438

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GIN

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+35

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3+2

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.7+0

.7+0

.4+0

.10

+151

+108

+87

88%

97%

97%

97%

96%

84%

90%

69%

92%

82%

81%

75%

85%

73%

GIN

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78

BLA

CK

IM

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294

0 420

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GIN

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878

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(ET)

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+17

+27

+30

+37

+0+1

.0+2

1+0

.6-0

.1+0

.6+0

.0+0

.02

+117

+80

+59

64%

82%

89%

88%

91%

79%

86%

70%

83%

63%

62%

57%

71%

64%

GR

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184

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+133

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+82

75%

91%

86%

84%

86%

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76%

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GO

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.9+0

.2+0

.08

+61

+19

+19

72%

84%

87%

87%

88%

84%

88%

76%

83%

74%

76%

70%

76%

73%

GO

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+169

+116

+108

83%

82%

86%

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73%

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73%

67%

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117

0 00

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7+1

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+124

+123

+93

64%

79%

80%

82%

85%

71%

61%

56%

72%

54%

57%

50%

52%

47%

IGW

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IG

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137

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ON

GA

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55+1

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785

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%58

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%54

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+15

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+19

+20

+5+0

.7+1

1+1

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.6+0

.13

+123

+110

+99

73%

87%

83%

84%

86%

75%

65%

75%

75%

63%

64%

60%

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62%

IGW

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+90

+95

+106

68%

85%

82%

83%

85%

74%

65%

73%

75%

63%

64%

61%

64%

61%

IGW

FH00

13

BLA

CK

IG

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112

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012

5IR

ON

GA

TE IT

OSH

IGEN

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+18

+24

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+33

+0+0

.3+2

2-2

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.1-1

.0+0

.2+0

.07

+105

+79

+58

89%

95%

88%

88%

86%

74%

66%

78%

74%

57%

58%

49%

59%

53%

IGW

FE00

72

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CK

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JFAJ

2703

120

622 0

2620

9IR

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GA

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.7-0

.4-0

.07

+83

+85

+46

89%

96%

93%

94%

95%

83%

82%

76%

83%

69%

71%

67%

68%

62%

IGW

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.9+0

.13

+122

+78

+59

90%

97%

95%

95%

96%

87%

91%

81%

90%

76%

77%

67%

75%

65%

IGW

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112

313 7

3913

3IR

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GA

TE W

AG

YU N

OM

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ICH

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.2+2

6+4

0+6

8+7

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%64

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72IR

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UTA

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1+0

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+146

+119

+109

79%

93%

90%

91%

94%

83%

86%

79%

83%

60%

63%

55%

62%

55%

IGW

FC00

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BLA

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G

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181

1 318

84IR

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GA

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AG

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+7+1

.2+3

6-3

.0-0

.5-0

.6-0

.3+0

.03

+92

+84

+62

79%

94%

91%

92%

94%

82%

83%

81%

83%

58%

61%

53%

61%

54%

IMJF

AJ27

03

BLA

CK

PE

DFA

J155

522

808

266 29

301

1478

ITO

MO

RIT

AK

A J

2703

HO

NG

EN (I

MP

JAP)

-0.4

+3.3

+24

+37

+48

+29

+11

+4.1

+6+2

.9+2

.0+1

.7-1

.1-0

.06

+63

+63

+29

96%

98%

98%

98%

98%

97%

98%

97%

96%

93%

95%

93%

94%

89%

IMU

FQTF

147

BL

ACK

PE

DFA

J483

4911

7016

929

645

039

37IT

OSH

IGEF

UJI

(IM

P U

SA)

+0.2

+3.5

+22

+39

+51

+60

+6+0

.4+2

9-6

.6+1

.1-1

.0-1

.1-0

.43

+58

+22

-12

96%

98%

98%

98%

98%

97%

98%

95%

98%

96%

97%

94%

97%

96%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

SIRE

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

TM


Anim

al Id

ent

Sire

Iden

tPe

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Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Mal

eAu

stra

lian

Wag

yu P

ublis

hed

Sire

/Dam

Rep

ort

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

IMU

FQTF

148

BL

ACK

PE

DFA

1063

288

2277

624

303

658

5094

ITO

SHIG

ENA

MI (

IMP

USA

)+1

.6-1

.6-3

-8-1

7-1

4-6

-1.5

-9+2

.3+2

.3-1

.0+1

.8+0

.26

+149

+132

+148

97%

99%

98%

98%

99%

97%

98%

98%

98%

97%

97%

95%

97%

96%

IMU

FLTF

151

BL

ACK

PE

DFA

J108

139

656

127 76

302

2505

ITO

ZUR

UD

OI T

F151

(IM

P U

SA)

-1.2

+0.8

+10

+18

+23

+35

+4+0

.3+2

2+1

.8+0

.7+0

.3+0

.0+0

.30

+92

+78

+65

94%

98%

97%

98%

98%

96%

97%

94%

97%

94%

95%

92%

95%

93%

IMU

FQ04

02

BLA

CK

IM

JFM

J068

1487

4 028

366

JVP

FUK

UK

AN

E 40

2E (I

MP

USA

) (ET

)-2

.9-0

.9+7

+16

+18

+13

+5-0

.6+2

0-2

.2-0

.3-0

.5+0

.1+0

.11

+87

+82

+74

85%

91%

90%

91%

92%

86%

89%

77%

87%

76%

77%

71%

78%

73%

IMU

FQ04

01

BLA

CK

IM

UFM

2100

440

7 016

166

JVP

KIK

USH

IGE

401E

(IM

P U

SA) (

ET)

-0.6

+1.5

+17

+26

+41

+27

+5+0

.3+2

9-2

.7-3

.1+0

.2-0

.9-0

.24

+58

+34

+856

%87

%85

%87

%91

%78

%70

%64

%78

%61

%65

%60

%56

%51

%

IMU

FN24

61

BLA

CK

PE

DFA

504

1311

60 3

1037

8K

ENH

AN

AFU

JI (F

B24

61)

+0.5

+3.0

+18

+30

+41

+45

-6+0

.8+3

0-2

.5+2

.8-1

.3-0

.2-0

.08

+130

+85

+62

71%

86%

87%

88%

89%

75%

76%

56%

80%

62%

63%

53%

63%

55%

IMU

FM21

00

BLA

CK

PE

DFA

301

2063

0 515

600

KIK

UYA

SU 4

00 (I

MP

JAP)

-0.2

-0.5

+7+3

-2-1

7-2

-1.5

+3+2

.0-2

.4+1

.0-1

.3-0

.40

+12

-28

-30

82%

93%

94%

94%

94%

91%

93%

84%

93%

85%

87%

82%

88%

83%

IMU

FB75

84

BLA

CK

PE

DFX

456

952

6 158

118

KIM

IFU

KU

TF

726

(IMP

USA

) (A

I) (E

T)-0

.4+1

.4+1

1+1

8+6

-7-2

-0.3

+12

-1.0

+0.2

-0.6

+0.3

+0.0

5+9

5+7

6+7

467

%85

%83

%83

%84

%71

%63

%66

%75

%57

%61

%50

%63

%53

%

KTO

FY50

12

BLA

CK

TW

AFR

0007

511

20 39

929

7K

INTO

SH

IKI Y

5012

(AI)

-0.3

-1.4

+1+0

-5+4

+0-0

.5-1

5+0

.3-0

.1-0

.4+1

.1+0

.11

+89

+87

+93

81%

92%

90%

90%

90%

80%

68%

77%

88%

71%

73%

61%

81%

73%

IMU

FSR

018

BL

ACK

IM

JFAJ

2810

723

821 0

2635

4K

ITA

HA

TSU

HI 9

7/1

(IMP

USA

) (A

I)-2

.7+3

.3+2

5+4

1+6

9+7

0-4

+1.1

+46

-0.7

-4.5

+1.6

-0.4

+0.0

4+1

90+1

17+7

277

%90

%94

%95

%93

%83

%87

%75

%84

%68

%70

%66

%68

%63

%

IMJF

AJ28

10

BLA

CK

PE

DFA

J174

240

2148

752 82

709

3897

KIT

ATE

RU

YASU

DO

I J28

10 H

ON

GEN

(IM

P JA

P)-2

.1-1

.5+0

-2-7

-12

-2-1

.3-1

1+2

.8-3

.5+1

.0+1

.6+0

.41

+143

+129

+136

98%

99%

99%

99%

99%

98%

99%

98%

98%

97%

97%

97%

97%

96%

KKW

FF00

34

BLA

CK

W

KSFP

C10

02

460 0

1159

KU

RO

KIN

DM

100

F34

(AI)

+0.4

+3.5

+19

+32

+46

+43

+1+0

.1+2

7+1

.6+1

.7-0

.3+0

.7+0

.17

+203

+160

+133

78%

89%

87%

87%

85%

76%

77%

61%

74%

58%

60%

51%

61%

57%

KKW

FC01

09

BLA

CK

W

KSFP

C10

01

309 0

131

KU

RO

KIN

DM

100/

6 (A

I)+0

.0+3

.1+1

9+3

0+4

9+5

8+7

+0.6

+37

+1.7

-0.5

+0.4

+0.4

+0.1

5+1

77+1

47+1

1870

%84

%80

%82

%84

%75

%66

%57

%73

%60

%62

%56

%61

%56

%

KKW

FH00

08

BLA

CK

KK

WFD

0072

398

3 00

115

KU

RO

KIN

ITO

ZUR

U D

OI H

8-1

.6+2

.6+1

9+3

7+5

4+5

0+9

+0.2

+48

+0.9

-2.3

+1.2

+0.0

+0.0

3+1

52+1

19+8

480

%89

%86

%88

%81

%71

%59

%55

%71

%58

%61

%54

%57

%53

%

KKW

FD00

72

BLA

CK

IM

UFL

TF15

11

137

33 034

156

KU

RO

KIN

ITO

ZUR

UD

OI D

72 (A

I) (E

T)-2

.2+4

.7+2

7+4

5+6

8+6

9+1

7+0

.5+5

3+2

.0-2

.8+1

.8-0

.7+0

.01

+135

+102

+54

76%

89%

89%

89%

92%

87%

83%

66%

82%

71%

74%

68%

71%

66%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

SIRE

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39www.wagyu.org.au

Anim

al Id

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Sire

Iden

tPe

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Num

Her

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Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

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(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Mal

eAu

stra

lian

Wag

yu P

ublis

hed

Sire

/Dam

Rep

ort

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

KKW

FE00

36

BLA

CK

W

KSFP

C10

02

209

30 00

223

KU

RO

KIN

KA

NA

DA

GEN

E E3

6 (A

I) (E

T)-1

.2-2

.4+2

+2+4

+6+1

-1.3

+11

+1.0

-0.3

+0.0

+0.8

+0.2

0+1

22+1

02+1

0371

%96

%91

%89

%91

%79

%63

%67

%78

%68

%71

%65

%66

%59

%

KKW

FF00

50

BLA

CK

G

OSF

U00

651

102

0 010

114

KU

RO

KIN

MIC

HIS

HIG

E F5

0 (A

I)+0

.5-0

.1-1

+0-1

0-7

-2-0

.7-2

1+2

.2-2

.0+0

.4+1

.1+0

.24

+65

+64

+71

71%

91%

88%

89%

92%

78%

74%

77%

78%

56%

58%

51%

58%

55%

KJD

FC00

87

BLA

CK

W

KSFM

0164

335

12 01

40LA

KE

WA

GYU

C08

7 (A

I) (E

T)-0

.3+1

.9+1

1+2

2+2

3+1

6-2

-0.7

+22

+0.9

+0.0

-0.2

+1.0

+0.3

6+1

66+1

35+1

2266

%88

%82

%82

%81

%71

%62

%61

%72

%67

%70

%65

%65

%62

%

LMR

FC80

7T

BLA

CK

W

KSFM

0164

133

12 98

48LM

R K

ENIC

HI 8

07T

(AI)

(ET)

+1.8

+1.8

+6+1

1+5

+5-3

-0.2

-11

+4.6

+2.5

+0.6

-0.4

+0.0

8+4

7+1

3+7

68%

88%

84%

85%

82%

71%

73%

75%

79%

71%

67%

65%

71%

71%

LMR

FC72

3T

BLA

CK

IM

UFN

2127

146

19 246

66LM

R T

OSH

IRO

1/3

(AI)

(ET)

+0.8

+2.3

+17

+36

+50

+54

+7+0

.5+5

8-3

.6+0

.3-0

.6+0

.1+0

.09

+137

+115

+87

65%

89%

85%

83%

82%

71%

72%

58%

81%

71%

66%

61%

71%

71%

LMR

FB63

4S

BLA

CK

PE

DFT

36H

246

16 197

54LM

R Y

OJI

MB

O (A

I) (E

T)+1

.1+0

.5+4

+8+8

+8-7

-1.0

-1+1

.5+2

.4-0

.1+0

.3+0

.12

+91

+49

+44

73%

90%

86%

83%

82%

69%

73%

62%

80%

69%

65%

58%

69%

69%

LFD

FY00

04

BLA

CK

IM

JFAJ

2810

1930

961 12

343

1LO

NG

FOR

D 0

04 (A

I) (E

T)-1

.9-1

.2+0

-6-1

1-1

3-4

-0.9

-18

+4.8

-0.3

+0.4

+2.0

+0.4

1+1

62+1

49+1

5990

%95

%94

%94

%93

%82

%72

%89

%88

%75

%77

%72

%82

%71

%

LFD

FE02

41

BLA

CK

TW

AFR

0003

513

348 0

1113

6LO

NG

FOR

D F

E02

41 (A

I) (E

T)-2

.6+2

.3+2

5+3

8+5

8+3

9+3

+0.9

+36

+0.3

-3.0

+1.3

+0.1

-0.0

2+2

06+1

56+1

2073

%90

%88

%89

%88

%80

%77

%72

%78

%69

%72

%66

%69

%63

%

LFD

FT04

75

BLA

CK

W

KSFM

0164

532

1 16

240

LON

GFO

RD

HO

NJO

(AI)

(ET)

+0.9

+0.9

+2+0

+1+1

3-1

4-1

.5-1

7+5

.2+1

.3+0

.2+0

.9+0

.31

+139

+80

+80

66%

83%

85%

86%

89%

81%

78%

72%

84%

69%

69%

63%

76%

71%

LFD

FT04

76

BLA

CK

W

KSFM

0164

324

0 24

202

LON

GFO

RD

ZA

KI (

AI)

(ET)

+0.4

+1.5

+6+7

+18

+21

-10

-1.8

+0+3

.0-0

.4+0

.1+1

.2+0

.33

+172

+112

+103

64%

77%

80%

83%

87%

77%

68%

67%

80%

67%

67%

61%

72%

69%

BDW

FC12

55

BLA

CK

W

KSFM

0164

181

0 760

121

MA

CQ

UA

RIE

WA

GYU

F C

1255

(AI)

(ET)

-0.5

+0.6

+6+1

5+1

5+9

-2-1

.5+1

8+2

.1+5

.2-1

.4+1

.6+0

.45

+203

+173

+168

66%

79%

86%

89%

92%

77%

67%

64%

93%

86%

89%

73%

91%

74%

BDW

FC13

06

BLA

CK

IM

UFJ

TF40

114

12

138

021

0M

AC

QU

AR

IE W

AG

YU F

C13

06 (A

I) (E

T)-0

.6+0

.2+8

+23

+27

+23

-1+0

.3+2

2-2

.2-1

.9-0

.2+0

.3-0

.09

+112

+99

+85

61%

82%

91%

93%

94%

78%

65%

61%

95%

89%

92%

74%

93%

84%

BDW

FY04

08

BLA

CK

IM

JFAJ

2810

311

217 56

2327

8M

AC

QU

AR

IE W

AG

YU Y

408

(AI)

(ET)

-2.3

+1.2

+13

+24

+22

+16

+3+0

.7+1

6+2

.6-3

.4+1

.2+2

.1+0

.34

+231

+221

+209

79%

88%

90%

93%

92%

83%

84%

80%

93%

88%

89%

78%

89%

79%

ADBF

D04

82

BLA

CK

W

KSFP

0100

210

50 26

013

8M

AYU

RA

D04

82 (E

T)-0

.1+0

.7+1

+2-5

+9-5

-1.5

+1+8

.4-2

.0+1

.8+1

.5+0

.41

+150

+109

+111

78%

86%

80%

81%

81%

69%

58%

57%

87%

83%

83%

67%

84%

81%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

SIRE

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

TM


Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Mal

eAu

stra

lian

Wag

yu P

ublis

hed

Sire

/Dam

Rep

ort

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

ADBF

A013

9

BLAC

K

IMU

FQTF

148

442

90 77

682

0M

AYU

RA

ITO

SHIG

ENA

MI J

NR

(AI)

+0.9

+1.5

+7+1

3+7

+13

-6-0

.7+2

0+5

.7+0

.0+0

.2+2

.5+0

.41

+248

+217

+215

91%

96%

89%

89%

88%

78%

62%

66%

94%

90%

91%

74%

91%

89%

ADBF

Z002

5

BLAC

K

IMU

FLTF

151

115

40

130

432

1M

AYU

RA

ZU

LU (A

I)-1

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89%

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61%

85%

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51%

77%

88%

90%

88%

72%

66%

59%

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+130

+111

+110

61%

76%

81%

84%

86%

75%

70%

61%

84%

71%

71%

61%

79%

67%

SWSF

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9

BLAC

K

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151

249

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114

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.3+0

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.17

+134

+122

+113

63%

80%

82%

83%

89%

76%

69%

69%

88%

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PED

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+145

+93

+75

73%

86%

84%

85%

84%

73%

78%

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76%

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69%

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65%

SMO

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63%

82%

89%

92%

94%

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62%

80%

89%

93%

93%

76%

61%

62%

95%

86%

90%

72%

93%

71%

SMO

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66%

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91%

93%

95%

90%

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87%

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68%

68%

63%

74%

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65%

86%

92%

93%

95%

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89%

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70%

69%

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SMO

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64%

83%

89%

91%

89%

74%

62%

74%

76%

61%

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56%

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60%

82%

83%

90%

93%

75%

62%

60%

93%

75%

83%

65%

90%

70%

SMO

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94%

97%

94%

94%

89%

78%

65%

87%

88%

77%

79%

67%

81%

71%

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cal

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SMO

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61%

78%

86%

88%

90%

75%

64%

63%

91%

78%

84%

67%

88%

71%

SUM

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SUM

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75%

84%

86%

86%

87%

81%

87%

71%

88%

81%

82%

72%

83%

74%

SUN

FK05

50

BLA

CK

W

GW

FG00

911

520 0

053

SUN

LAN

D K

550

+0.2

-0.4

+5+3

+9+1

9-1

-0.8

+8+1

.9+1

.3-0

.2+0

.7+0

.20

+117

+89

+86

58%

84%

85%

86%

88%

71%

48%

79%

73%

48%

50%

40%

54%

50%

PSKF

D00

65

BLA

CK

IM

UFQ

TF14

82

320 0

382

SUN

NYS

IDE

F D

65 (A

I) (E

T)+1

.2+0

.2+5

+11

+13

+15

-4-0

.9+1

5+1

.5+2

.8-1

.0+1

.2+0

.17

+180

+150

+147

63%

75%

81%

82%

83%

74%

68%

71%

73%

60%

61%

56%

63%

60%

TFW

FW06

29

BLA

CK

IM

JFM

J068

1717

785 19

4436

0TA

KED

A F

AR

M F

UK

UTS

UR

U 0

04 (A

I) (E

T)+0

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-1-7

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+3-2

.1-2

-2.2

+2.4

-1.6

+0.6

+0.1

7+7

2+6

9+7

991

%96

%95

%95

%95

%86

%91

%90

%91

%85

%87

%82

%86

%79

%

IMU

FJTF

40

BLA

CK

PE

DFA

J107

8728

139

2 1856

540

TER

UTA

NI J

2494

TF4

0 (IM

P JA

P)-0

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.2-2

-5-1

1-2

1-3

-1.4

-14

+2.5

-2.2

+0.7

+0.6

-0.0

1+7

3+5

8+6

686

%94

%94

%94

%95

%91

%93

%84

%93

%87

%89

%83

%90

%86

%

IMU

FN22

94

BLA

CK

PE

DFA

504

5183

714

6 7415

126

33TF

ITO

HA

NA

2 (I

MP

USA

)-1

.4+1

.1+1

0+1

3+1

3+1

4+6

+1.5

+36

-2.3

+1.0

-2.1

+0.8

+0.0

4+8

7+1

23+1

2196

%98

%97

%98

%98

%95

%96

%94

%96

%93

%93

%89

%93

%90

%

IMU

FR32

36

BLA

CK

IM

UFN

2294

247

0 05

105

TF IT

OH

AN

A 3

8/1

(IMP

USA

) (A

I) (E

T)-3

.4-0

.1+9

+18

+14

+21

+2+1

.1+2

1-2

.0+2

.8-1

.8+0

.0+0

.01

+79

+87

+83

86%

90%

86%

87%

81%

72%

73%

63%

74%

62%

63%

56%

64%

60%

IMU

FP00

36

BLA

CK

PE

DFA

500

3635

739 50

6110

26TF

ITO

MIC

HI 1

/2 (I

MP

USA

)+1

.7+2

.0+1

4+2

6+3

7+4

0+6

+0.5

+31

-5.2

+4.3

-2.1

+0.3

+0.1

0+1

15+1

01+8

392

%97

%96

%96

%96

%91

%95

%83

%95

%90

%90

%84

%91

%88

%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

AUST

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Prog

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Estim

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Bre

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g Va

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and

Acc

urac

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(%)

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Anly

Scan

Prog

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Rep

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ANIM

AL N

AME

Anim

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olou

rBi

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Bwt

200

400

600

Mw

tM

ilkSS

Cw

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AP8

RBY

MS

MF

SRI

FTI

F1T

IMU

FQ26

00

BLA

CK

PE

DFA

500

740

0 1910

149

TF IT

OM

ICH

I 42

(IMP

USA

)+0

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.8+1

1+1

3+4

-5-6

+0.5

+7+1

.1+3

.9-1

.0+0

.1-0

.07

+97

+72

+72

59%

80%

83%

85%

86%

77%

78%

62%

89%

74%

79%

64%

84%

74%

IMU

FN21

27

BLA

CK

PE

DFA

504

1811

93 1

2152

7TF

KIK

UH

AN

A (I

MP

USA

)+2

.7+3

.4+1

6+2

9+3

7+5

2+4

+0.3

+45

-3.3

+0.7

-0.6

-0.4

-0.0

2+8

1+5

2+2

988

%95

%95

%95

%96

%92

%93

%83

%93

%85

%86

%81

%87

%83

%

IMU

FR32

52

BLA

CK

IM

UFN

2127

1077

0 74

198

TF K

IKU

HA

NA

37/

2 (IM

P U

SA) (

AI)

(ET)

+4.2

+3.3

+16

+24

+32

+52

+3+1

.2+3

6-3

.7+3

.2-1

.8-0

.5+0

.01

+55

+44

+26

82%

90%

88%

88%

83%

73%

76%

61%

83%

62%

71%

59%

76%

66%

IMU

FN22

99

BLA

CK

PE

DFA

520

888

12 08

143

TF K

INTO

(IM

P U

SA)

-2.9

-1.6

+3+8

+10

+15

+0+0

.1+1

0+1

.1+1

.5-0

.2-0

.3-0

.14

+76

+57

+53

80%

93%

91%

92%

92%

77%

77%

53%

80%

64%

69%

61%

62%

58%

IMU

FQ32

18

BLA

CK

IM

UFN

TF14

96

161 5

217

4TF

MIT

SUH

IKO

KU

RA

43

(IMP

USA

) (A

I)+1

.0+0

.7+1

4+2

6+3

7+2

9-2

+0.6

+32

-1.5

+3.5

-0.8

-0.6

-0.2

3+1

06+6

5+4

455

%79

%83

%84

%84

%75

%70

%62

%81

%63

%65

%54

%71

%66

%

IMU

FR32

58

BLA

CK

IM

UFJ

TF40

3966

939 14

420

318

49TF

TER

UTA

NI 4

0/1

(IMP

USA

) (A

I) (E

T)+0

.2+0

.3+1

0+1

9+2

5+2

2+6

+1.3

+30

-0.8

+1.0

-0.8

+0.7

+0.2

4+1

21+1

35+1

2492

%97

%97

%97

%97

%95

%97

%91

%97

%93

%94

%89

%94

%90

%

IMU

FQ25

99

BLA

CK

PE

DFA

YUKI

910

911 64

126

866

TF Y

UK

IHA

RU

NA

MI 4

(IM

P U

SA)

-0.5

+4.6

+18

+32

+42

+38

+2+0

.3+1

5+0

.8-4

.5+1

.8-1

.5-0

.38

+27

-20

-57

80%

93%

94%

95%

95%

91%

93%

83%

95%

91%

92%

86%

93%

88%

HPC

FH02

76

BLA

CK

H

WKF

A000

21

178

5 00

206

THE

WR

IGH

T W

AG

YU H

0276

+0.6

+2.0

+11

+17

+21

+26

-1+0

.0+1

6+2

.2+1

.0-0

.2+1

.1+0

.26

+161

+137

+126

63%

95%

84%

82%

84%

74%

63%

65%

70%

61%

64%

58%

60%

53%

TBR

FD01

03

BLA

CK

G

OSF

X024

53

3210 0

3882

TREN

T B

RID

GE

F D

103

(AI)

(ET)

+1.5

+1.7

+9+2

1+2

1+2

6+2

+0.8

+27

+2.4

+1.0

-0.4

+1.1

+0.3

1+1

38+1

41+1

3072

%79

%82

%82

%80

%68

%85

%64

%72

%60

%64

%56

%60

%54

%

TBR

FD01

17

BLA

CK

TW

AFR

0007

188

10 220

163

TREN

T B

RID

GE

F D

117

(AI)

(ET)

+0.8

+0.6

+2-4

+4+1

3-6

-1.2

-14

+0.0

-0.2

-1.1

+1.7

+0.2

8+1

32+1

11+1

1362

%77

%84

%83

%87

%73

%62

%71

%78

%69

%69

%61

%68

%62

%

TBR

FF01

26

BLA

CK

IM

UFQ

TF14

82

269 0

527

TREN

T B

RID

GE

F F0

126

(AI)

+1.7

-2.0

-7-1

2-2

6-1

3-1

2-1

.7-1

0+2

.5+1

.8-1

.1+2

.0+0

.37

+147

+127

+149

65%

75%

81%

83%

80%

69%

68%

68%

72%

64%

66%

60%

64%

61%

TWAF

R00

03

BLA

CK

W

KSFN

2892

1823

289 37

140

729

TWA

ICH

IRYU

NO

(IM

P U

SA) (

ET)

-1.1

+1.4

+15

+21

+32

+33

+4-0

.5+2

6+2

.2-3

.1+1

.2+0

.3-0

.06

+160

+116

+97

92%

96%

96%

96%

97%

93%

96%

94%

95%

92%

93%

89%

93%

88%

TWAF

R00

07

BLA

CK

W

KSFN

2892

2653

191 38

157

1089

TWA

SH

IKIK

AN

(IM

P U

SA) (

ET)

+0.3

+0.0

+1+0

+1+1

8-4

-0.1

-17

+0.4

-4.9

+0.6

+1.5

+0.1

6+9

6+9

0+9

193

%97

%96

%97

%97

%93

%95

%89

%94

%89

%90

%86

%90

%85

%

WG

WFD

8266

B

LAC

K

IMU

FLTF

151

225

0 01

162

WA

GYU

GEN

ETIC

S IT

OZU

RU

DO

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1+4

0+4

8-2

+0.3

+36

+0.3

+1.2

-0.4

+0.5

+0.2

6+1

69+1

31+1

0875

%85

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%64

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%

Aver

age

EBVs

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017

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cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

SIRE

AUST

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Bwt

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400

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ilkSS

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AP8

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MF

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FTI

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WG

WFJ

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LAC

K

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FY50

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320 0

084

WA

GYU

GEN

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S SH

IKIK

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3+3

5+4

3+0

-0.1

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+0.9

-0.3

+0.7

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8+1

49+1

19+9

872

%84

%82

%83

%83

%69

%52

%73

%72

%52

%54

%44

%58

%54

%

WG

WFJ

0153

B

LAC

K

KTO

FY50

123

450 0

010

7W

AG

YU G

ENET

ICS

SHIK

IKA

N J

0153

+0.4

+0.9

+10

+23

+24

+31

+4+1

.0+2

2-0

.3-0

.7-0

.2+0

.6+0

.09

+116

+119

+106

71%

89%

83%

83%

82%

70%

54%

72%

71%

53%

55%

45%

59%

55%

WES

FB00

39

BLA

CK

IM

UFQ

TF14

88

259

31 25

345

WES

THO

LME

B00

39 (A

I) (E

T)+0

.7+1

.6+1

3+2

2+2

7+2

6-1

-0.6

+29

+1.5

-0.9

+0.4

+1.2

+0.2

1+1

99+1

55+1

4084

%96

%93

%92

%89

%79

%76

%75

%81

%72

%76

%72

%74

%67

%

AAC

FD06

71

BLA

CK

IM

UFQ

TF14

81

7950 0

485

WES

THO

LME

D06

71 (A

I) (E

T)+0

.4-1

.0+1

+6-1

+6-5

-0.7

+1+0

.0-0

.1-0

.4+0

.8+0

.13

+102

+83

+86

69%

94%

92%

92%

88%

76%

69%

87%

78%

73%

78%

75%

71%

64%

AAC

FH00

65

BLA

CK

AA

CFB

0462

310

922 0

211

3W

ESTH

OLM

E H

0065

+0.1

+0.0

+4-5

-9+4

-5+0

.2-1

6+3

.5+1

.0-0

.1+1

.2+0

.33

+112

+100

+109

73%

92%

84%

86%

84%

71%

59%

78%

73%

66%

71%

67%

62%

53%

AAC

FF07

58

BLA

CK

AA

CFB

0545

512

137 0

220

5W

ESTH

OLM

E H

IRA

MIC

HI T

SUR

U+2

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5+4

4+5

1+5

1+5

+2.1

+39

+0.6

+1.9

-0.6

+1.2

+0.3

0+2

28+2

19+1

8866

%94

%92

%91

%86

%71

%66

%90

%75

%69

%75

%71

%66

%57

%

WES

FZ00

18

BLA

CK

IM

JFAJ

2351

284

73 138

91W

ESTH

OLM

E H

IRA

SHIG

E-W

AK

A (A

I)+2

.0+4

.7+2

5+4

0+4

7+4

8+6

+1.7

+27

+1.0

-2.7

+1.7

+0.1

+0.1

0+1

39+1

05+7

078

%95

%93

%94

%94

%84

%92

%90

%86

%81

%85

%81

%80

%73

%

WES

FA01

07

BLA

CK

IM

JFAJ

2351

1211

765 12

3215

1W

ESTH

OLM

E H

IRA

SHIG

ETA

MA

NA

(AI)

+1.6

+1.7

+13

+13

+7+1

6+5

+1.1

-3-0

.5-1

.2+0

.2-0

.6-0

.02

-1-4

-10

84%

95%

94%

94%

95%

84%

89%

89%

90%

81%

84%

81%

83%

76%

WES

FZ02

78

BLA

CK

IM

JFAJ

2351

1948

919

6 4311

871

9W

ESTH

OLM

E H

IRA

SHIG

ETA

YASU

Z27

8 (A

I)+1

.9+4

.8+2

4+3

3+4

1+3

0+8

+1.7

+27

+0.8

-7.4

+2.7

-0.3

-0.0

6+7

3+5

3+1

989

%97

%97

%97

%97

%95

%96

%91

%93

%87

%89

%86

%85

%80

%

AAC

FF03

80

BLA

CK

AA

CFB

0456

520

656 0

525

4W

ESTH

OLM

E IT

OK

IKU

MO

TO (A

I)-0

.3+1

.1+1

3+2

2+4

2+4

1+0

-0.3

+37

+0.7

-1.0

+0.7

+0.3

+0.1

2+1

66+1

18+9

370

%95

%94

%93

%90

%77

%61

%90

%79

%72

%77

%73

%67

%58

%

AAC

FB05

76

BLA

CK

IM

UFN

2294

417

811

7 04

190

WES

THO

LME

ITO

KIT

ATE

RU

(AI)

(ET)

-2.2

+0.6

+11

+26

+29

+23

+5+0

.8+3

5-2

.4-1

.9-0

.7+0

.9+0

.11

+133

+146

+132

81%

95%

94%

95%

93%

79%

72%

95%

81%

77%

82%

78%

74%

67%

AAC

FF04

18

BLA

CK

AA

CFB

0462

182

10 00

162

WES

THO

LME

ITO

SHIG

EHIR

A 6

+1.2

+1.6

+14

+15

+24

+26

-1-0

.4+1

9+1

.3-0

.5+0

.6+0

.6+0

.17

+143

+95

+80

61%

92%

91%

87%

81%

69%

58%

84%

72%

65%

69%

66%

62%

53%

AAC

FC06

65

BLA

CK

IM

UFL

TF15

12

126

50 02

162

WES

THO

LME

ITO

ZUR

UK

EDA

KA

(AI)

(ET)

+0.8

+4.3

+21

+39

+68

+67

-1+2

.1+4

3-2

.0-0

.5-0

.2-0

.2+0

.15

+143

+116

+74

75%

93%

93%

93%

89%

78%

69%

86%

80%

74%

79%

76%

71%

65%

AAC

FC06

50

BLA

CK

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KSFP

0001

626

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9 021

364

WES

THO

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%

Aver

age

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+0.0

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ANIM

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Bwt

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400

600

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ilkSS

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AP8

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BLA

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3+1

5+5

-7+0

.7+1

7+1

.8+0

.3+0

.2+0

.8+0

.20

+170

+139

+131

81%

91%

91%

91%

88%

74%

56%

83%

76%

67%

72%

67%

63%

54%

AAC

FF07

90

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CK

AA

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0545

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9W

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63%

95%

89%

88%

82%

70%

60%

86%

72%

67%

72%

69%

64%

56%

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+0.5

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286

%92

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%95

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%88

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%77

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%92

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%84

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+43

+3+0

.5+2

2+1

.9-1

.8+1

.3+0

.1+0

.05

+138

+91

+63

63%

84%

86%

88%

92%

80%

81%

68%

81%

66%

65%

62%

68%

65%

WES

FA01

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BLA

CK

IM

JFAJ

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69W

ESTH

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AG

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0182

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%82

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FD06

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BLA

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ESTH

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I) (E

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CK

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+139

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77%

84%

85%

85%

83%

75%

79%

63%

75%

63%

65%

57%

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6+0

.9+4

.5-0

.5-0

.5-0

.02

+139

+139

+116

94%

97%

97%

97%

97%

95%

96%

93%

96%

92%

93%

89%

93%

88%

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100

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+8+5

.9-0

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.1+1

.1+0

.21

+209

+136

+127

86%

90%

92%

92%

93%

90%

89%

80%

89%

82%

84%

77%

82%

77%

WKS

FP00

01

BLA

CK

PE

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218

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4835

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WKS

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73%

83%

81%

81%

83%

73%

61%

64%

81%

73%

72%

62%

77%

72%

WKS

FP01

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389

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%

Aver

age

EBVs

for 2

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born

cal

ves:

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4+1

8+1

9+0

+0.0

+13

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SIRE

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91%

96%

95%

95%

94%

89%

91%

92%

89%

85%

86%

83%

83%

78%

WKS

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71%

89%

87%

88%

87%

76%

67%

68%

78%

72%

75%

70%

70%

67%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

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400

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Mw

tM

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+37

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60%

82%

84%

83%

86%

78%

87%

71%

76%

64%

67%

60%

64%

56%

USA

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BLA

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+26

70%

83%

81%

81%

80%

72%

78%

62%

76%

71%

71%

64%

72%

69%

CW

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LAC

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CEN

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.9+0

.24

+83

+80

+86

60%

87%

83%

84%

81%

68%

63%

51%

69%

59%

66%

61%

51%

47%

CW

WFC

1002

B

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CEN

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64%

86%

82%

83%

81%

70%

67%

62%

71%

62%

66%

61%

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CC

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1+6

171

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%82

%74

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%66

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%64

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BLA

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7+2

470

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%86

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%73

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%70

%73

%69

%69

%64

%

LSR

FW03

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BLA

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1161

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%86

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%69

%63

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LSR

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53

BLA

CK

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.1-0

.1+0

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+84

+39

+28

72%

84%

82%

81%

87%

80%

71%

72%

78%

71%

74%

72%

71%

67%

GIN

FA02

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42G

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.4+2

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.1+0

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.11

+87

+60

+59

59%

89%

85%

86%

84%

70%

78%

52%

72%

58%

62%

56%

53%

49%

GIN

FA03

29

BLA

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53

GIN

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+7+9

+10

+6-6

-0.8

+10

+2.9

+3.1

-0.8

+1.5

+0.2

0+1

93+1

56+1

5467

%82

%82

%82

%83

%81

%86

%66

%76

%66

%68

%64

%66

%64

%

GIN

FA03

89

BLA

CK

W

ESFW

0161

351

16 12

45G

INJO

A38

9 (A

I) (E

T)+0

.8+2

.2+9

+22

+25

+29

-1+0

.0+1

5+0

.7+0

.9-0

.3+0

.6+0

.23

+129

+106

+92

62%

90%

88%

89%

88%

73%

79%

57%

76%

63%

68%

61%

57%

53%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

DAM

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

TM


Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Fem

ale

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

GIN

FA03

95

BLA

CK

IM

JFAJ

2810

222

8 02

17G

INJO

A39

5 (A

I) (E

T)+0

.1-1

.1-5

+0-8

+3-5

-1.2

-9+0

.8-1

.0-0

.1+1

.3+0

.34

+91

+80

+87

65%

84%

82%

83%

82%

78%

74%

61%

73%

65%

68%

63%

63%

60%

GIN

FB09

12

BLA

CK

PE

DFX

0174

326

10 03

20G

INJO

B91

2 (A

I)+0

.0+1

.4+1

1+1

8+2

1+1

6+3

-0.4

+12

-0.2

-0.4

-0.4

+0.7

+0.2

4+1

35+1

21+1

1157

%86

%84

%85

%86

%76

%77

%56

%73

%61

%65

%60

%54

%50

%

GIN

FD03

31

BLA

CK

IM

UFQ

TF14

83

175 0

213

GIN

JO D

331

(AI)

+0.5

-0.3

+5+1

0+3

-9-5

-1.0

-1+1

.4+2

.3-0

.4+0

.3-0

.01

+99

+64

+64

65%

83%

82%

83%

86%

75%

73%

63%

76%

66%

68%

63%

65%

62%

GIN

FD03

46

BLA

CK

TF

WFW

0627

326

10 01

22G

INJO

D34

6 (A

I)+0

.8-2

.2-7

-4-1

5-1

4-5

-1.5

-10

-2.5

+2.6

-1.7

+0.9

+0.2

6+4

6+4

3+5

755

%82

%81

%81

%82

%74

%65

%48

%72

%58

%62

%55

%57

%53

%

GIN

FA08

30

BLA

CK

IM

UFQ

TF14

73

249 2

218

GIN

JO F

A83

0 (A

I) (E

T)+0

.6+3

.2+2

0+3

5+4

4+4

9+2

+0.6

+28

-5.3

+1.0

-1.1

-0.5

-0.2

0+1

04+6

9+4

263

%86

%83

%84

%80

%71

%78

%59

%76

%67

%69

%64

%66

%61

%

GIN

FA08

46

BLA

CK

IM

UFQ

TF14

72

408 2

230

GIN

JO F

A84

6 (A

I) (E

T)+0

.4+1

.9+1

5+2

4+2

7+3

5+2

+0.0

+16

-2.8

+1.3

-0.8

-0.1

-0.0

7+9

6+6

6+5

067

%86

%84

%84

%84

%74

%78

%63

%77

%67

%69

%64

%70

%65

%

GIN

FW01

10

BLA

CK

IM

UFL

TF15

11

160 3

63

GIN

JO F

W11

0 (A

I) (E

T)+1

.3+1

.8+1

0+2

1+2

4+4

0+0

+0.1

+27

+1.7

+1.8

-0.3

+0.5

+0.3

4+1

32+1

08+9

464

%80

%82

%82

%82

%75

%85

%63

%76

%65

%67

%62

%66

%62

%

GIN

FX02

52

BLA

CK

G

OSF

U00

693

275 2

57

GIN

JO F

X25

2 (A

I) (E

T)+0

.3-1

.5-2

+6+8

+17

-1-0

.7+3

-2.4

+0.2

-0.8

+0.6

+0.1

7+8

6+7

7+7

656

%82

%80

%81

%82

%69

%80

%53

%74

%58

%58

%51

%59

%52

%

GIN

FC08

62

BLA

CK

IM

UFQ

TF14

83

309 0

225

GIN

JO F

UJI

NA

MI C

862

(AI)

(ET)

-0.2

-1.9

+3+2

-2+5

+1-0

.7+4

+0.5

+2.7

-0.8

+0.7

+0.0

7+1

18+1

04+1

1065

%85

%83

%84

%83

%72

%78

%62

%73

%65

%67

%64

%62

%60

%

GIN

FC08

77

BLA

CK

IM

JFAJ

2810

342

13 02

33G

INJO

KIT

AZU

RU

C87

7 (A

I) (E

T)-0

.3-0

.6+2

+7+6

+13

+0-0

.7+7

+3.3

-0.6

+0.7

+0.9

+0.3

3+1

24+1

05+1

0268

%89

%86

%87

%85

%74

%75

%63

%75

%68

%71

%67

%64

%61

%

GIN

FZ02

79

BLA

CK

IM

UFQ

TF14

72

253 2

116

GIN

JO Z

279

(AI)

(ET)

+1.6

+3.2

+14

+23

+24

+26

+0-0

.3+1

0-1

.4+2

.0-0

.8+0

.2-0

.11

+108

+76

+62

65%

84%

82%

83%

83%

78%

77%

62%

76%

64%

65%

59%

67%

63%

GIN

FZ02

81

BLA

CK

IM

UFL

TF15

13

379 4

425

GIN

JO Z

281

(AI)

(ET)

-0.1

+3.4

+18

+34

+60

+67

+7+0

.8+3

6-5

.1-0

.8-0

.7-0

.5+0

.01

+91

+72

+36

65%

87%

85%

85%

84%

75%

85%

63%

77%

66%

69%

63%

67%

63%

GO

SFU

0074

B

LAC

K

IMJF

AJ28

103

107 0

71

GO

SHU

KIT

AE

(AI)

(ET)

-1.7

+0.6

+10

+17

+24

+14

-2+0

.2+9

+0.3

-1.5

-0.1

+1.3

+0.2

7+1

62+1

50+1

3973

%86

%84

%84

%83

%76

%81

%80

%77

%73

%76

%72

%73

%68

%

GO

SFU

0087

B

LAC

K

WKS

FM01

641

130 0

11

GO

SHU

MIC

HIY

AM

A (A

I) (E

T)+1

.2+2

.5+7

+13

+22

+31

-10

-0.8

+5+2

.8-2

.6+1

.0-0

.1+0

.15

+81

+26

+971

%81

%80

%81

%82

%76

%67

%67

%80

%77

%78

%70

%79

%74

%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

DAM

TM

49www.wagyu.org.au

Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Fem

ale

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

HW

DFT

0002

B

LAC

K

WKS

FM01

395

4812 0

101

HA

RW

OO

D H

IKO

HIM

E - 1

(AI)

(ET)

+0.0

+1.4

+18

+37

+47

+47

+10

+2.7

+47

-0.7

+4.5

-1.3

+0.0

+0.0

5+1

41+1

59+1

3474

%89

%88

%88

%88

%81

%86

%83

%84

%78

%80

%75

%79

%72

%

IGW

FF00

15

BLA

CK

IG

WFC

0016

228

1 01

14IR

ON

GA

TE D

AI 2

KIN

NTO

U F

015

+0.7

+6.9

+31

+46

+75

+65

+10

+2.1

+39

-0.3

-2.5

+0.9

-0.4

-0.0

8+1

43+1

16+6

371

%87

%82

%82

%86

%75

%65

%62

%74

%56

%58

%49

%59

%53

%

IGW

FF00

26

BLA

CK

IG

WFC

0016

116

4 04

5IR

ON

GA

TE H

IKO

HIM

E F0

26+0

.9+4

.6+2

6+4

1+6

1+5

5+6

+1.2

+49

-3.8

-1.9

-0.5

+0.0

+0.0

4+1

42+1

19+8

174

%85

%83

%82

%87

%77

%74

%65

%77

%60

%63

%54

%62

%55

%

IGW

FG01

05

BLA

CK

IM

JFAJ

2703

110

0 00

5IR

ON

GA

TE IT

OM

OR

ITA

KA

G10

5 (A

I) (E

T)-0

.5+2

.4+1

8+3

4+3

8+2

8+9

+2.0

+19

+0.8

+1.1

+0.4

-0.1

+0.0

7+1

13+1

13+8

972

%82

%80

%80

%84

%74

%69

%62

%73

%60

%61

%56

%62

%58

%

IGW

FG01

43

BLA

CK

IM

UFQ

TF14

81

160 0

05

IRO

NG

ATE

ITO

SHIG

ENA

MI G

143

(AI)

(ET)

+2.1

+3.6

+15

+21

+14

+13

+4+0

.8+1

+0.7

+0.8

-0.1

+0.5

+0.1

3+7

7+7

5+6

469

%85

%82

%82

%83

%73

%68

%64

%74

%62

%63

%57

%64

%62

%

IGW

FG01

11

BLA

CK

IG

WFC

0016

114

0 01

8IR

ON

GA

TE N

OM

BY

ICH

IRYU

NO

G11

1 (E

T)+2

.3+7

.6+2

8+4

5+7

6+7

3+3

+1.7

+51

-1.7

-0.2

-0.4

-0.3

+0.0

4+1

38+1

04+5

171

%84

%82

%82

%86

%75

%72

%67

%74

%55

%57

%48

%58

%52

%

IGW

FD00

25

BLA

CK

IM

JFAJ

2351

215

0 11

7IR

ON

GA

TE W

AG

YU H

IRA

-W19

10 D

025

(AI)

(ET)

+3.6

+4.7

+24

+44

+61

+58

+12

+1.6

+43

-1.4

-2.0

+0.8

+0.0

-0.0

3+1

35+1

16+7

573

%84

%81

%81

%81

%73

%68

%65

%74

%64

%65

%59

%66

%62

%

IGW

FC00

05

BLA

CK

IM

JFAJ

2703

138

3 02

18IR

ON

GA

TE W

AG

YU IT

OM

I-HA

NA

C00

5 (A

I)+2

.5+5

.8+2

5+4

0+4

3+3

9+1

6+3

.0+2

1+0

.5+0

.8+0

.7-0

.7-0

.01

+38

+55

+21

73%

87%

86%

85%

88%

78%

70%

67%

78%

61%

63%

56%

64%

60%

IGW

FA00

02

BLA

CK

SU

MFX

0065

118

1 09

2IR

ON

GA

TE W

AG

YU N

AM

I A00

02 (A

I)+0

.2+2

.2+1

6+2

2+3

8+3

6+4

+0.7

+27

-2.0

+1.6

-1.0

+0.1

+0.0

6+1

16+1

00+8

071

%82

%81

%81

%83

%74

%82

%61

%75

%60

%62

%53

%61

%55

%

IGW

FD00

51

BLA

CK

G

YFFZ

0020

17

1 02

2IR

ON

GA

TE W

AG

YU N

OM

BY-

SUM

O D

051

+1.4

+1.6

+19

+33

+50

+49

-1+0

.7+5

7-1

.9+1

.5-0

.8+0

.3+0

.10

+189

+148

+121

72%

82%

80%

80%

82%

72%

74%

62%

72%

55%

58%

48%

58%

53%

KCC

FU00

17

BLA

CK

W

KSFM

0164

321

13 010

1K

CC

WA

GYU

SO

NY

(AI)

(ET)

+0.8

-0.2

+4+1

0+1

0+1

4-1

-2.7

+20

+4.2

+3.4

-0.2

+0.9

+0.3

1+1

79+1

22+1

1971

%87

%85

%85

%86

%78

%83

%80

%80

%74

%76

%70

%75

%69

%

KWAF

B000

4

BLAC

K

IMJF

AJ27

031

70 0

12

KO

OLA

NG

BEL

IND

A (A

I) (E

T)-0

.3+3

.4+2

3+3

2+4

8+3

3+1

2+2

.1+1

9+2

.6-1

.2+2

.0-0

.3+0

.08

+116

+99

+66

72%

81%

80%

81%

82%

75%

80%

72%

75%

63%

64%

60%

64%

61%

KWAF

B000

3

BLAC

K

IMJF

AJ23

511

80 0

22

KO

OLA

NG

BET

TY (A

I) (E

T)+2

.1+0

.8+7

+6-5

+7+0

-0.6

-16

+0.1

-0.6

+0.3

+0.3

+0.1

9+5

0+2

4+2

769

%82

%81

%82

%83

%75

%82

%72

%75

%63

%64

%59

%65

%62

%

KWAF

B000

5

BLAC

K

IMJF

AJ23

511

80 0

23

KO

OLA

NG

BEV

ERLY

(AI)

(ET)

+2.6

+3.9

+17

+23

+27

+36

-2-0

.2+9

-0.3

-1.5

+0.6

+0.3

+0.2

1+1

19+6

8+4

870

%82

%81

%80

%82

%74

%80

%73

%74

%63

%64

%59

%66

%62

%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

DAM

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

TM


Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Fem

ale

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

KWAF

C00

01

BLA

CK

IM

JFAJ

2703

19

0 02

3K

OO

LAN

G C

AIT

LAN

(AI)

(ET)

+0.7

+7.1

+33

+46

+83

+66

+14

+2.6

+37

+0.8

-2.5

+1.8

-0.4

+0.0

3+1

49+1

20+6

172

%83

%82

%82

%83

%75

%82

%72

%75

%63

%64

%60

%64

%61

%

KWAF

C00

02

BLA

CK

IM

JFAJ

2703

17

0 04

2K

OO

LAN

G C

AM

ILLA

(AI)

(ET)

-0.2

+2.1

+17

+29

+39

+29

+6+2

.2+1

5+3

.1-0

.7+2

.0-0

.3+0

.06

+100

+79

+51

73%

83%

81%

82%

82%

75%

83%

70%

75%

61%

63%

59%

63%

60%

KWAF

C00

09

BLA

CK

IM

JFAJ

2351

17

0 02

2K

OO

LAN

G C

HLO

E (A

I) (E

T)+2

.3+3

.3+2

1+2

9+4

2+4

2+8

+0.7

+32

+1.2

-1.4

+1.4

+0.3

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373

%83

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KWAF

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272

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KWAF

D00

12

BLA

CK

IM

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0 02

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G D

ENTS

U (A

I) (E

T)+0

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4+4

3+1

0+2

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5+2

.8-1

.1+1

.9-0

.4+0

.02

+118

+92

+54

72%

82%

81%

81%

82%

75%

80%

69%

75%

63%

65%

60%

65%

61%

KWAF

F000

1

BLAC

K

IMU

FN22

941

70 0

03

KO

OLA

NG

FU

JI (A

I)-0

.4-0

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+1+1

+1.0

+7+1

.8+0

.1+0

.0+0

.6+0

.10

+55

+68

+71

71%

82%

80%

81%

86%

75%

76%

68%

74%

61%

62%

56%

64%

61%

KKW

FB03

56

BLA

CK

IM

JFAJ

2810

18

1 11

2K

UR

O K

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IKO

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E 11

7 (A

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868

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KKW

FB03

74

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CK

W

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18

1 02

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1 (A

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T)-0

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+14

-5-1

.0-1

1-0

.7+1

.0-0

.5+0

.4+0

.14

+78

+51

+53

66%

77%

80%

82%

86%

80%

76%

63%

76%

65%

67%

64%

63%

58%

KKW

FB03

82

BLA

CK

W

SRFS

0060

17

1 02

1K

UR

O K

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5 (A

I) (E

T)-0

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0-9

-6-2

.0-2

1+0

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.7-0

.6+0

.6+0

.18

+73

+50

+59

65%

77%

80%

82%

86%

81%

77%

61%

75%

63%

66%

63%

62%

56%

KKW

FB03

85

BLA

CK

IM

JFAJ

2810

19

2 12

1K

UR

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6 (A

I) (E

T)-2

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+13

+18

+13

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13+9

2+8

269

%79

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%

KKW

FB03

94

BLA

CK

KK

WFT

0005

19

4 04

2K

UR

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8 (E

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859

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%

KKW

FW07

70

BLA

CK

IM

UFR

3258

124

13 68

1K

UR

O K

IN H

IKO

HIM

E 27

(AI)

(ET)

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+36

+41

+64

+9+1

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1-2

.5+0

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.5+0

.0+0

.13

+101

+101

+77

69%

81%

85%

86%

88%

84%

85%

74%

82%

72%

74%

68%

73%

67%

KKW

FX09

45

BLA

CK

IM

UFQ

TF14

81

2516 1

92

KU

RO

KIN

HIK

OH

IME

32 (A

I) (E

T)+0

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+17

+21

+29

+6+0

.2+2

6-1

.0+1

.1-0

.7+0

.7+0

.11

+128

+129

+120

72%

83%

86%

88%

89%

85%

87%

78%

82%

75%

76%

71%

75%

71%

KKW

FX09

89

BLA

CK

IM

UFR

3258

117

12 06

1K

UR

O K

IN H

IKO

HIM

E 48

(AI)

(ET)

-0.7

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+7+1

3+1

6+3

5+5

+1.0

+27

+0.9

+1.5

-0.3

+0.3

+0.1

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03+1

05+9

864

%77

%81

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%

Aver

age

EBVs

for 2

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born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

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AUST

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Bwt

200

400

600

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ilkSS

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AP8

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MF

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F1T

KKW

FX09

49

BLA

CK

IM

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TF15

02

2015 2

92

KU

RO

KIN

HIK

OH

IME

53 (A

I) (E

T)-1

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+6+2

-1+3

-0.2

-9-2

.5+0

.7-1

.3-0

.2+0

.02

+23

+39

+41

64%

79%

84%

86%

88%

84%

86%

77%

81%

70%

72%

68%

71%

64%

KKW

FC01

62

BLA

CK

W

KSFP

C10

01

73 0

31

KU

RO

KIN

HIK

OH

IME

C16

2 (A

I)+1

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2+1

9+3

5+4

4+1

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+33

+2.2

-1.2

+0.5

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+0.1

9+1

83+1

42+1

2263

%76

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%82

%87

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%65

%68

%63

%64

%59

%

KKW

FB03

72

BLA

CK

IM

JFM

J068

110

1 12

2K

UR

O K

IN K

ENSE

I 17

(AI)

(ET)

-0.3

-2.5

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0-1

6-2

5+1

-2.6

-15

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+2.6

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+0.4

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6+3

0+4

565

%77

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KKW

FB03

50

BLA

CK

IM

JFAJ

2810

18

2 13

1K

UR

O K

IN S

UG

ATA

13

(AI)

(ET)

-1.2

-1.6

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-6-1

8-1

-1.5

-14

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-0.9

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+1.0

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15+9

8+1

0466

%77

%81

%83

%87

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%79

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%78

%69

%71

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%

LMR

FB61

2S

BLA

CK

W

KSFM

0164

121

10 74

2LM

R M

ICH

IFU

KU

612

S (A

I) (E

T)+1

.1+1

.9+9

+10

+8+7

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+6.1

-0.3

+1.5

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02+3

8+3

064

%84

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%81

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%73

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%63

%64

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%

LMR

FC70

8T

BLA

CK

W

KSFP

0100

110

3 52

2LM

R R

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I) (E

T)-0

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.2+0

.5+0

.06

+77

+40

+43

68%

84%

81%

81%

84%

73%

77%

59%

76%

66%

68%

63%

68%

66%

BDW

FW01

70

BLA

CK

IM

UFQ

TF14

81

90 3

68

MA

CQ

UA

RIE

WA

GYU

F W

170

(AI)

(ET)

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9+7

762

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%73

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%

BDW

FX03

10

BLA

CK

IM

JFAJ

2351

12

0 216

1M

AC

QU

AR

IE W

AG

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X31

0 (A

I) (E

T)+1

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7+2

7+3

0+3

6+3

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-1.7

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+0.0

-0.6

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1+4

8+2

966

%78

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BDW

FX03

58

BLA

CK

W

KSFM

0139

112

0 1115

2M

AC

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AR

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1967

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BDW

FZ05

41

BLA

CK

IM

UFQ

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71

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91

MA

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UA

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WA

GYU

F Z

541

(AI)

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+20

+17

+24

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4-3

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.0-0

.5+0

.1-0

.05

+87

+67

+58

64%

77%

80%

81%

84%

76%

77%

65%

84%

77%

79%

69%

80%

74%

BDW

FY04

03

BLA

CK

IM

JFAJ

2810

16

0 59

7M

AC

QU

AR

IE W

AG

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403

(AI)

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1+1

0-2

-0.2

+2+2

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.1+0

.8+1

.7+0

.28

+161

+146

+140

65%

77%

80%

82%

85%

76%

78%

65%

83%

77%

78%

69%

80%

72%

JASF

Z001

5

BLAC

K

IMU

FR32

581

240 9

44

SAN

JOLI

NC

EY A

NN

IE (A

I) (E

T)+0

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+21

+17

+21

+3+0

.6+3

0-0

.5+2

.4-0

.9+0

.5+0

.11

+107

+107

+100

58%

74%

80%

80%

84%

73%

68%

60%

77%

66%

67%

57%

69%

67%

JASF

W00

02

BLA

CK

W

KSFM

0164

234

0 86

5SA

NJO

LIN

CEY

RO

XY (A

I) (E

T)+1

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2+1

8+2

4+2

9+0

-0.7

+22

+2.3

+1.9

-0.4

+0.4

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45+1

06+9

360

%76

%80

%82

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%64

%65

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%

SUM

FX00

52

BLA

CK

IM

UFQ

TF14

81

2812 1

76

SUM

O N

AM

I X00

52 (A

I) (E

T)+0

.0-1

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.4+0

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+136

+137

+147

73%

87%

84%

85%

87%

76%

77%

70%

78%

66%

67%

61%

67%

63%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

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-0.1

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+0.1

4+1

20+1

00+9

1

DAM

AUST

RALI

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Estim

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Bre

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Bwt

200

400

600

Mw

tM

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AP8

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MF

SRI

FTI

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SUM

FW19

10

BLA

CK

TW

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113

1 09

1SU

MO

RU

NO

W19

10 (A

I) (E

T)+1

.3+2

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7+2

9+4

9+4

3+1

1+0

.7+3

4-0

.8-1

.1+0

.0+0

.3-0

.05

+125

+117

+87

73%

83%

82%

82%

83%

76%

82%

69%

76%

63%

64%

59%

64%

59%

SUM

FW09

67

BLA

CK

IM

UFR

3258

121

4 17

4SU

MO

TA

NI W

0967

(AI)

+0.7

+1.8

+23

+37

+52

+44

+7+1

.5+5

8-4

.2+0

.2-0

.9-0

.1+0

.06

+147

+134

+106

79%

88%

88%

88%

89%

81%

80%

73%

82%

65%

67%

60%

68%

63%

ACC

FC00

65

BLA

CK

M

OYF

Z017

92

84 0

22

THE

WR

IGH

T W

AG

YU C

HO

KK

AK

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065

(ET)

(TW

)+1

.2-0

.6-3

-4-2

2+1

9-5

-0.7

-22

+0.5

+3.6

-2.0

+1.5

+0.3

0+1

12+1

09+1

2859

%81

%80

%80

%86

%80

%77

%54

%74

%62

%66

%62

%60

%52

%

ACC

FB00

49

BLA

CK

IM

UFL

TF15

13

123 0

17

THE

WR

IGH

T W

AG

YU H

AYA

FUK

U B

49 (A

I) (E

T)-0

.7+2

.1+1

4+3

0+4

2+4

7-2

-0.3

+38

+2.6

-1.3

+1.2

-0.6

-0.0

2+1

33+7

5+4

661

%79

%80

%80

%85

%75

%78

%67

%75

%65

%68

%64

%65

%60

%

ACC

FC00

87

BLA

CK

IM

UFQ

TF14

82

85 0

33

THE

WR

IGH

T W

AG

YU S

UK

AN

C08

7 (A

I) (E

T) (T

W)

+0.4

-0.2

+6+8

+6+4

+1+0

.1+1

2-0

.7+1

.3-0

.9+0

.6+0

.13

+77

+80

+80

64%

81%

81%

81%

86%

76%

79%

68%

75%

66%

69%

65%

65%

61%

WES

FB00

45

BLA

CK

IM

JFAJ

2810

15

4 00

1W

ESTH

OLM

E B

0045

(AI)

-1.4

-2.1

-1-7

-11

-23

+5-1

.3-2

4+1

.3-0

.6-0

.2+1

.1+0

.27

+71

+85

+96

65%

82%

80%

80%

85%

74%

75%

75%

75%

68%

71%

69%

67%

63%

WES

FA00

38

BLA

CK

IM

JFAJ

2351

16

5 10

1W

ESTH

OLM

E H

IRA

A00

38 (A

I)+1

.1+1

.7+1

5+2

1+3

2+3

9+3

-0.3

+10

+3.1

+1.1

+1.1

+0.3

+0.1

4+1

57+1

01+8

166

%83

%80

%80

%86

%75

%75

%73

%76

%68

%71

%68

%68

%61

%

WES

FA00

61

BLA

CK

IM

JFAJ

2351

17

6 11

2W

ESTH

OLM

E H

IRA

A00

61 (A

I)+1

.9+2

.0+1

8+2

6+3

1+3

3+7

+1.8

+14

+4.3

-0.4

+2.4

-0.4

+0.0

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6+6

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972

%84

%82

%82

%86

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%76

%70

%76

%69

%72

%70

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%64

%

WES

FA00

91

BLA

CK

IM

JFAJ

2351

17

5 02

2W

ESTH

OLM

E H

IRA

A00

91 (A

I)+1

.3+2

.6+1

8+2

2+4

0+2

7+7

+0.3

+27

+1.4

-3.1

+1.9

+0.1

+0.0

7+1

11+7

1+4

271

%84

%81

%81

%86

%75

%78

%71

%75

%67

%71

%68

%66

%61

%

WES

FA01

54

BLA

CK

IM

JFAJ

2351

16

5 02

1W

ESTH

OLM

E H

IRA

A01

54 (A

I)+1

.1+2

.4+1

7+2

2+3

1+2

6+1

+1.3

+19

+0.0

-2.8

+1.1

+0.1

+0.1

1+1

07+8

1+6

072

%83

%81

%80

%85

%74

%77

%70

%74

%68

%71

%69

%67

%61

%

WES

FZ01

35

BLA

CK

IM

JFAJ

2351

124

22 01

1W

ESTH

OLM

E H

IRA

Z01

35 (A

I) (E

T)+3

.3+4

.6+1

9+3

0+3

7+4

9+4

-0.7

+33

-1.2

-2.4

+0.4

+0.4

+0.1

6+1

32+8

5+5

964

%89

%84

%87

%82

%72

%75

%83

%74

%70

%74

%71

%68

%61

%

WES

FA00

13

BLA

CK

IM

JFAJ

2703

16

5 01

2W

ESTH

OLM

E IT

O A

0013

(AI)

-0.8

+2.7

+23

+35

+49

+40

+8+2

.2+1

5+1

.9+3

.0+0

.2+0

.4+0

.17

+179

+165

+135

72%

83%

81%

80%

86%

75%

77%

72%

74%

67%

71%

68%

66%

60%

WES

FA01

21

BLA

CK

IM

JFAJ

2703

17

5 00

1W

ESTH

OLM

E IT

O A

0121

(AI)

+0.2

+2.5

+19

+28

+37

+26

+7+2

.6+1

0+2

.0+1

.3+0

.8+0

.0+0

.11

+97

+96

+71

70%

84%

81%

80%

86%

74%

76%

70%

74%

66%

69%

67%

65%

58%

WES

FA00

27

BLA

CK

W

SRFS

0060

112

9 14

1W

ESTH

OLM

E K

ATS

U A

0027

(AI)

+0.4

+0.3

+8+1

1+1

5+1

9-6

-0.2

-18

-0.6

+2.8

-1.2

+1.0

+0.2

4+1

60+1

27+1

2364

%84

%82

%82

%82

%72

%79

%69

%74

%65

%69

%65

%66

%59

%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

DAM

TM

53www.wagyu.org.au

Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Fem

ale

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

WES

FA01

41

BLA

CK

W

SRFS

0060

17

6 02

2W

ESTH

OLM

E K

ATS

U A

0141

(AI)

+0.4

+0.3

+5+5

+13

+18

-7-1

.2-1

0+2

.3+0

.2+0

.6+0

.5+0

.17

+131

+70

+63

71%

83%

81%

81%

85%

73%

78%

72%

73%

64%

68%

65%

63%

56%

AAC

FBA0

439

BL

ACK

IM

UFM

TF15

01

65 0

21

WES

THO

LME

KIK

UH

IME

2 A

0439

(AI)

(ET)

-0.3

-0.7

+3+9

+13

-1+3

-0.4

+2+1

.0+3

.5-1

.0+0

.0+0

.02

+73

+74

+71

67%

83%

81%

81%

80%

72%

78%

70%

73%

68%

71%

68%

68%

63%

AAC

FC03

15

BLA

CK

AA

CFA

0397

14

1 00

1W

ESTH

OLM

E K

IKU

SHIG

EYO

SHI

-1.6

-2.2

+1+5

+2-1

6+1

-1.0

-8-2

.8+0

.5-1

.2+0

.0-0

.03

+39

+44

+46

56%

83%

81%

80%

86%

73%

72%

71%

73%

64%

68%

65%

62%

53%

WES

FA00

01

BLA

CK

IM

JFAJ

2810

110

8 13

1W

ESTH

OLM

E K

ITA

A00

01 (A

I)-2

.6-1

.7+1

+0-3

-4-2

-2.0

-8+1

.4-0

.5-0

.5+1

.7+0

.41

+178

+154

+161

71%

84%

82%

82%

81%

72%

78%

72%

74%

68%

71%

67%

70%

65%

WES

FA00

03

BLA

CK

IM

JFAJ

2810

17

3 01

1W

ESTH

OLM

E K

ITA

A00

03 (A

I)-3

.9-2

.6+0

-1-1

3+4

-5-1

.4-2

1+2

.4-0

.8+0

.2+1

.4+0

.39

+159

+132

+144

74%

83%

82%

83%

80%

73%

79%

69%

73%

68%

70%

67%

69%

65%

WES

FA00

67

BLA

CK

IM

JFAJ

2810

29

5 02

3W

ESTH

OLM

E K

ITA

A00

67 (A

I)-2

.8+0

.1+1

0+1

6+3

1+1

6+5

-1.0

+16

-0.3

-2.2

+0.7

+0.2

+0.0

6+1

25+9

1+7

470

%84

%82

%81

%87

%75

%79

%75

%75

%69

%72

%69

%67

%62

%

WES

FA01

29

BLA

CK

IM

JFAJ

2810

15

4 01

2W

ESTH

OLM

E K

ITA

A01

29 (A

I)-1

.6-2

.5-2

-2-8

-17

-3-1

.4-1

3+0

.0+0

.4-0

.9+1

.3+0

.29

+128

+126

+137

72%

83%

81%

80%

86%

75%

76%

70%

75%

68%

71%

68%

66%

63%

WES

FY02

61

BLA

CK

IM

JFAJ

2810

17

0 020

2W

ESTH

OLM

E TE

RU

SHIK

A (A

I) (E

T)+1

.0+3

.2+1

8+2

3+4

0+3

5+9

-0.1

+26

+2.0

-2.6

+1.4

+0.5

+0.2

1+1

48+1

13+8

777

%90

%88

%89

%91

%84

%91

%76

%83

%67

%69

%66

%66

%63

%

AAC

FC00

77

BLA

CK

W

ESFZ

0018

14

2 00

1W

ESTH

OLM

E TE

RU

WA

KA

2+0

.9+2

.8+1

5+1

6+2

0+3

0+0

+1.3

+3+2

.3-0

.9+0

.7+0

.7+0

.26

+112

+94

+81

64%

82%

80%

80%

85%

73%

71%

71%

73%

65%

69%

66%

63%

56%

WES

FY01

36

BLA

CK

W

SRFS

0060

15

0 010

1W

ESTH

OLM

E YA

MA

TEN

OM

IYA

(AI)

(ET)

+0.4

-1.4

-7-1

3-3

1-1

7-9

-2.3

-44

+0.5

+0.1

-0.5

+0.6

+0.2

3+1

6-6

+15

72%

86%

84%

84%

85%

78%

89%

75%

78%

62%

64%

59%

64%

59%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

DAM

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

TM


Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Youn

g B

ull

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

3DW

FM28

3

BLAC

K

WG

WFJ

0151

00

0 00

03D

GEN

ETIC

S 3D

WFM

0283

+0.6

+2.2

+13

+22

+31

+34

+0-0

.3+2

3+1

.6+0

.4+0

.1+0

.6+0

.11

+165

+127

+110

49%

58%

63%

67%

60%

49%

41%

46%

52%

37%

39%

30%

42%

39%

3DW

FM51

2

BLAC

K

WG

WFD

8190

00

0 00

03D

GEN

ETIC

S 3D

WFM

0512

-0.1

+2.1

+15

+20

+32

+31

+1-0

.1+3

0+2

.0+0

.8-0

.1+0

.7+0

.23

+176

+141

+124

48%

58%

64%

68%

60%

51%

47%

44%

54%

44%

46%

38%

48%

45%

3DW

FM53

0

BLAC

K

WG

WFK

0218

00

0 00

03D

GEN

ETIC

S 3D

WFM

0530

+0.2

+1.7

+13

+22

+29

+31

+0+0

.1+2

8+1

.0+0

.4-0

.1+0

.8+0

.19

+162

+132

+116

43%

57%

62%

66%

58%

47%

41%

42%

50%

37%

39%

31%

42%

39%

3DW

FM53

3

BLAC

K

WG

WFD

8190

00

0 00

03D

GEN

ETIC

S 3D

WFM

0533

+0.2

+0.9

+9+1

9+2

4+2

6+0

-0.3

+27

+1.2

+0.5

-0.1

+0.7

+0.1

8+1

47+1

18+1

0650

%59

%65

%68

%61

%52

%51

%48

%55

%47

%49

%42

%51

%49

%

3DW

FM00

51

BLA

CK

W

GW

FK01

860

00 0

00

3D G

ENET

ICS

M00

51+0

.1+1

.0+1

0+1

7+2

0+2

4+0

-0.3

+19

+2.0

+0.5

+0.1

+0.6

+0.1

5+1

44+1

13+1

0342

%51

%53

%53

%51

%44

%40

%38

%46

%38

%40

%32

%43

%40

%

AMBF

P004

0

BLAC

K

SMO

FM01

410

00 0

00

AM

BER

OO

MIC

HIF

UK

U 0

040

+2.3

+4.4

+21

+31

+46

+42

+1+1

.0+4

3+1

.7+0

.8+0

.1+0

.8+0

.24

+201

+165

+137

51%

60%

60%

58%

59%

51%

49%

46%

54%

47%

49%

39%

52%

48%

MYM

FN00

43

BLA

CK

SM

OFK

0024

10

00 0

00

AR

UB

IAL

N00

43+1

.1+2

.3+1

3+2

3+2

9+3

4+1

+0.8

+28

+3.8

+0.6

+0.4

+0.9

+0.1

7+1

78+1

55+1

3945

%57

%58

%56

%55

%45

%41

%67

%50

%42

%48

%35

%47

%42

%

SPLF

M00

47

BLA

CK

SM

OFF

0126

00

0 00

0A

UST

RA

LIA

N R

UR

AL

M47

(AI)

-0.4

+1.3

+12

+18

+22

+22

+1-0

.3+1

7+1

.8+0

.7+0

.1+0

.8+0

.26

+169

+135

+124

61%

65%

66%

65%

64%

56%

49%

57%

60%

51%

53%

45%

55%

50%

WBD

FP00

22

BLA

CK

BD

WFM

0480

00

0 00

0B

ON

NIE

DO

ON

WA

GYU

P00

22 (A

I) (E

T)-0

.1+2

.7+1

9+3

4+4

5+3

9+3

+1.1

+40

+1.3

+0.5

+0.1

+0.9

+0.2

3+2

00+1

75+1

4849

%59

%59

%59

%58

%49

%48

%44

%53

%45

%47

%36

%50

%45

%

WBD

FP00

25

BLA

CK

BD

WFM

0480

00

0 00

0B

ON

NIE

DO

ON

WA

GYU

P00

25 (A

I) (E

T)+0

.1+2

.2+1

4+2

6+3

2+3

3+2

+1.2

+17

+1.6

+0.4

+0.6

+0.7

+0.1

9+1

54+1

33+1

1450

%61

%61

%61

%62

%52

%51

%44

%56

%47

%48

%38

%52

%46

%

WBD

FP00

29

BLA

CK

BD

WFM

0480

00

0 00

0B

ON

NIE

DO

ON

WA

GYU

P00

29 (A

I) (E

T)+0

.6+1

.6+1

2+2

0+2

7+2

7+6

+1.1

+19

+2.3

+0.3

+0.6

+0.8

+0.2

3+1

24+1

18+1

0150

%61

%62

%61

%63

%52

%51

%45

%56

%47

%48

%39

%52

%46

%

BTBF

N00

43

BLA

CK

G

PPFK

0029

00

0 00

0B

RYT

AR

BR

I WA

GYU

N00

43+1

.3+3

.3+1

7+3

0+4

2+4

2+3

+0.4

+43

+2.0

+0.7

+0.0

+1.0

+0.2

5+2

06+1

75+1

5148

%61

%60

%59

%58

%49

%49

%42

%52

%45

%46

%37

%50

%46

%

OKB

FN00

727

BL

ACK

LF

DFD

1255

80

00 0

00

CA

BA

SSI I

TOTE

RU

YUH

OU

N72

7 (A

I) (E

T)+0

.7+2

.7+1

4+2

0+3

0+2

9+2

-0.3

+21

+1.8

+0.7

+0.0

+1.2

+0.2

1+1

80+1

48+1

3151

%62

%62

%62

%60

%52

%51

%57

%55

%48

%50

%42

%53

%49

%

MC

KFM

0157

2

BLAC

K

SMO

FE01

480

00 0

01

CO

DEN

WA

RR

A H

IRA

SHIG

ETA

YASU

M01

572

+1.6

+3.2

+20

+31

+40

+60

+3+0

.4+3

7+1

.0+0

.5+0

.0+0

.7+0

.17

+201

+158

+135

45%

64%

70%

73%

81%

68%

58%

75%

67%

44%

44%

39%

49%

45%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

7+1

8+0

-0.1

+13

+0.9

+0.3

-0.1

+0.6

+0.1

4+1

19+9

9+8

9

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

YOUN

G BU

LL

TM

55www.wagyu.org.au

Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Youn

g B

ull

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

MC

KFN

1990

B

LAC

K

SMO

FD00

620

00 0

00

CO

DEN

WA

RR

A IT

OSH

IGEN

AM

I N19

90+0

.0+2

.6+1

6+2

6+3

9+4

4+5

+0.7

+31

+1.5

+1.0

-0.1

+0.7

+0.1

5+1

65+1

45+1

2348

%61

%63

%67

%63

%56

%51

%49

%56

%45

%47

%38

%50

%47

%

MC

KFK1

110

BL

ACK

SM

OFE

0148

00

0 00

0C

OD

ENW

AR

RA

K11

10+1

.4+3

.6+2

1+2

8+3

7+5

4+0

+1.3

+26

+1.3

+0.9

-0.1

+0.8

+0.2

3+1

81+1

46+1

2448

%60

%66

%64

%65

%63

%60

%56

%58

%46

%47

%41

%52

%48

%

DEL

FN01

11

BLA

CK

PM

GFL

0001

30

00 0

00

DEL

TA IT

O J

NR

N01

11 (A

I)+0

.2+1

.3+1

0+1

9+2

4+2

5+1

-0.2

+26

+3.9

+0.5

+0.4

+1.0

+0.2

2+1

85+1

56+1

4348

%58

%57

%56

%55

%46

%41

%41

%51

%44

%46

%33

%49

%45

%

LSR

FM02

92

BLA

CK

LF

DFD

1255

80

00 0

00

DO

OR

KEY

LSR

FM02

92 (A

I) (E

T)+0

.5+3

.5+1

7+2

8+4

2+4

3+2

+0.9

+31

+2.3

+1.1

+0.2

+0.7

+0.2

3+1

59+1

34+1

0751

%61

%60

%67

%62

%52

%50

%74

%57

%53

%57

%51

%53

%49

%

ETC

FM00

94

BLA

CK

ET

CFJ

0072

00

0 00

0EW

ETEC

M00

94+0

.6+1

.6+1

0+1

5+1

7+1

9+0

-0.1

+17

+2.7

+1.1

-0.1

+0.8

+0.2

0+1

36+1

15+1

0651

%58

%59

%66

%59

%51

%50

%48

%54

%48

%50

%42

%53

%50

%

GIN

FP36

5

BLAC

K

GIN

FB09

010

00 0

00

GIN

JO H

IRA

NA

MI P

365

+2.2

+3.9

+19

+33

+36

+39

+2+0

.9+3

2+1

.3+1

.0+0

.1+0

.6+0

.18

+161

+130

+107

56%

65%

68%

66%

67%

58%

57%

49%

61%

52%

52%

47%

55%

48%

GIN

FM00

63

BLA

CK

G

INFJ

0846

00

0 00

0G

INJO

SEK

ITA

KA

M63

(AI)

+0.6

+2.0

+15

+25

+27

+20

+2+0

.4+2

2+1

.7+0

.9+0

.3+0

.6+0

.10

+159

+129

+113

44%

55%

63%

59%

60%

51%

52%

40%

53%

44%

44%

36%

48%

43%

HW

KFN

0011

9

BLAC

K

SMO

FF01

260

00 0

00

HA

WK

ESB

UR

Y M

ICH

IFU

KU

F12

6 N

0119

(AI)

+0.1

+1.7

+12

+17

+21

+20

+0-0

.2+1

8+2

.3+0

.3+0

.2+1

.0+0

.29

+160

+127

+116

60%

63%

63%

62%

60%

53%

48%

57%

58%

51%

53%

46%

55%

50%

IGW

FN02

55

BLA

CK

IG

WFL

0143

00

0 00

0IR

ON

GA

TE IT

OSH

IGEN

AM

I L14

3 JN

R N

255

+2.4

+2.2

+12

+18

+23

+23

+4+0

.6+1

4+0

.9+1

.0-0

.1+0

.7+0

.11

+121

+109

+96

54%

74%

64%

62%

63%

55%

51%

50%

55%

49%

51%

44%

53%

50%

IGW

FP07

44

BLA

CK

IG

WFL

0058

00

0 00

0IR

ON

GA

TE IT

OZU

RU

DO

I L58

JN

R P

744

(AI)

-0.9

+0.8

+12

+19

+28

+25

+0+0

.1+2

6+1

.8+0

.4+0

.0+0

.7+0

.24

+167

+140

+125

65%

74%

65%

63%

63%

52%

49%

47%

55%

46%

48%

38%

51%

47%

IGW

FP08

80

BLA

CK

BD

WFM

0495

00

0 00

0IR

ON

GA

TE K

ITA

TER

UYA

SUD

OI P

880

(AI)

-1.6

+0.8

+12

+22

+26

+23

+4+0

.8+1

9+2

.6+1

.5+0

.2+0

.8+0

.23

+162

+150

+136

60%

72%

63%

61%

64%

53%

48%

44%

55%

46%

48%

37%

50%

45%

IGW

FM02

92

BLA

CK

SM

OFF

0126

00

0 00

0IR

ON

GA

TE M

ICH

IFU

KU

F12

6 JN

R M

292

(AI)

+1.1

+5.5

+19

+27

+40

+38

+1+0

.6+2

5+2

.6+0

.3-0

.1+0

.7+0

.26

+152

+127

+100

64%

76%

73%

74%

70%

59%

56%

76%

64%

53%

55%

44%

58%

52%

IGW

FN03

69

BLA

CK

SM

OFF

0126

00

0 00

0IR

ON

GA

TE M

ICH

IFU

KU

F12

6 JN

R N

369

(AI)

-0.3

+2.1

+15

+24

+39

+35

+4+0

.6+3

1+2

.3+0

.8+0

.3+0

.7+0

.20

+173

+146

+123

66%

74%

69%

68%

68%

58%

51%

56%

61%

50%

52%

42%

55%

49%

IGW

FP06

76

BLA

CK

SM

OFF

0126

00

0 00

0IR

ON

GA

TE M

ICH

IFU

KU

F12

6 JN

R P

676

(AI)

+1.4

+4.7

+19

+27

+31

+22

+7+1

.1+1

6+2

.2+1

.2+0

.1+0

.6+0

.20

+117

+110

+89

68%

76%

73%

72%

71%

62%

55%

61%

66%

55%

57%

47%

59%

53%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

7+1

8+0

-0.1

+13

+0.9

+0.3

-0.1

+0.6

+0.1

4+1

19+9

9+8

9

YOUN

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Prog

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Estim

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Bre

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Acc

urac

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Prog

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Bwt

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400

600

Mw

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AP8

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MF

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FTI

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IGW

FP09

60

BLA

CK

IG

WFM

0352

00

0 00

0IR

ON

GA

TE M

ICH

IFU

KU

P96

0-0

.3+2

.3+1

5+2

2+2

6+2

3+3

+0.0

+22

+3.3

+1.0

+0.2

+0.8

+0.2

0+1

76+1

46+1

3252

%71

%60

%59

%58

%48

%44

%44

%51

%42

%44

%33

%47

%43

%

IGW

FP09

68

BLA

CK

SM

OFF

0154

00

0 00

0IR

ON

GA

TE M

ICH

IFU

KU

P96

8 (A

I)+0

.5+3

.2+1

6+2

3+3

1+2

8+2

+0.2

+23

+1.9

+0.6

+0.0

+0.8

+0.2

3+1

65+1

37+1

1962

%72

%65

%63

%65

%55

%50

%46

%60

%49

%52

%41

%55

%49

%

ISAF

N02

48

BLA

CK

SM

OFF

0126

00

0 00

0IW

ASA

KI M

ICH

I N24

8 (A

I) (E

T)-0

.5+1

.9+1

6+2

4+3

1+2

7+1

+0.1

+26

+1.6

+1.1

-0.1

+0.7

+0.2

1+1

84+1

49+1

3262

%66

%67

%66

%64

%56

%51

%59

%61

%54

%56

%47

%58

%53

%

KWAF

P001

6

BLAC

K

ADBF

L008

70

00 0

00

KO

OLA

NG

PU

RA

SHID

DO

(AI)

-1.0

+1.1

+13

+19

+27

+24

+3+0

.4+1

8+3

.4+0

.4+0

.7+0

.9+0

.19

+175

+147

+132

60%

71%

64%

63%

62%

53%

53%

48%

57%

48%

50%

40%

52%

49%

KKW

FM00

201

BL

ACK

KK

WFF

0034

00

0 00

0K

UR

O K

IN D

M 1

00 M

201

-0.2

+2.1

+15

+26

+37

+35

+2+0

.3+2

8+1

.6+1

.0-0

.1+0

.8+0

.21

+190

+161

+141

56%

70%

69%

70%

68%

60%

55%

47%

58%

49%

51%

44%

51%

48%

KKW

FM02

23

BLA

CK

IM

UFQ

TF14

80

00 0

00

KU

RO

KIN

ITO

SHIG

ENA

MI M

223

(AI)

+0.5

+2.0

+11

+15

+20

+21

+1-0

.6+1

4+1

.9+0

.5-0

.1+0

.8+0

.16

+141

+114

+103

60%

74%

71%

73%

70%

64%

61%

58%

64%

58%

60%

55%

61%

59%

KKW

FK00

59

BLA

CK

KK

WFD

0072

00

0 00

0K

UR

O K

IN IT

OZU

RU

DO

I K59

-0.3

+3.8

+19

+31

+43

+42

+4-0

.3+3

4+3

.1+0

.4+0

.5+0

.6+0

.24

+187

+144

+117

55%

66%

67%

66%

66%

62%

59%

49%

60%

52%

54%

46%

55%

51%

KKW

FN03

31

BLA

CK

W

GW

FL00

240

00 0

00

KU

RO

KIN

ITO

ZUR

UD

OI3

31+0

.6+2

.2+1

4+2

6+2

7+3

6+0

+0.1

+29

+1.7

+0.5

+0.1

+0.8

+0.2

1+1

78+1

45+1

2949

%71

%60

%59

%59

%50

%46

%44

%52

%44

%45

%36

%49

%45

%

KKW

FN05

99

BLA

CK

KK

WFF

0034

00

0 00

0K

UR

O K

IN K

AN

AD

AG

ENE

N59

8-0

.7+0

.6+1

0+1

6+1

7+1

9+1

-0.3

+17

+3.7

+0.8

+0.4

+0.6

+0.1

9+1

48+1

19+1

1054

%64

%64

%64

%63

%54

%50

%44

%55

%45

%48

%40

%47

%43

%

KKW

FN04

73

BLA

CK

W

KSFM

0164

00

0 00

0K

UR

O K

IN M

ICH

IFU

KU

473

(AI)

+0.6

+3.6

+14

+21

+34

+31

+0-0

.9+2

3+3

.3+0

.7+0

.3+0

.7+0

.31

+161

+112

+90

62%

72%

68%

68%

68%

63%

62%

59%

65%

61%

63%

57%

63%

60%

LSH

FP00

029

BL

ACK

G

RSF

K047

30

00 0

00

LISH

EEN

JEE

MU

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29 (A

I) (E

T)+0

.5+1

.8+1

1+1

6+2

1+2

0+2

+0.0

+17

+3.3

+0.7

+0.4

+0.6

+0.2

4+1

26+1

02+9

046

%56

%57

%57

%57

%50

%42

%45

%51

%43

%45

%38

%47

%44

%

LSH

FP00

028

BL

ACK

G

RSF

K047

30

00 0

00

LISH

EEN

P28

(AI)

(ET)

+0.5

+1.8

+11

+16

+21

+20

+2+0

.0+1

7+3

.3+0

.7+0

.4+0

.6+0

.24

+126

+102

+90

46%

56%

57%

57%

57%

50%

42%

45%

51%

43%

45%

38%

47%

44%

BDW

FM04

99

BLA

CK

D

BDFZ

0680

00

0 00

0M

AC

QU

AR

IE W

AG

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0049

9 (A

I) (E

T)+0

.0+2

.0+1

5+2

5+2

7+2

9+3

+0.2

+24

+1.3

+1.2

-0.1

+0.6

+0.0

8+1

54+1

28+1

1358

%62

%66

%67

%67

%58

%55

%50

%67

%63

%64

%53

%65

%59

%

ADBF

L006

4

BLAC

K

IMU

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151

00

0 00

1M

AYU

RA

L00

64 (A

I) (E

T)-0

.8+1

.3+9

+15

+18

+22

+1-0

.6+1

6+3

.2+0

.7+0

.1+0

.8+0

.30

+151

+125

+116

60%

68%

68%

69%

68%

60%

59%

57%

64%

60%

61%

53%

63%

60%

Aver

age

EBVs

for 2

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born

cal

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+0.3

+0.9

+9+1

4+1

7+1

8+0

-0.1

+13

+0.9

+0.3

-0.1

+0.6

+0.1

4+1

19+9

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BLAC

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9 (A

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+14

+21

+28

+0-0

.4+2

6+5

.1+2

.9+0

.0+1

.1+0

.24

+176

+143

+132

57%

64%

67%

68%

69%

59%

55%

50%

67%

62%

63%

51%

65%

57%

KSO

FP02

19

BLA

CK

O

KBFM

0061

20

00 0

00

OA

SIS

MA

NIF

ESTO

P02

19 (A

I) (E

T)+1

.0+3

.3+1

6+2

8+4

1+3

9+3

+0.2

+38

+1.6

+0.6

-0.1

+0.9

+0.2

9+1

91+1

64+1

4051

%71

%63

%61

%62

%53

%52

%50

%55

%47

%49

%38

%52

%48

%

KSO

FP01

99

BLA

CK

SM

OFF

0126

00

0 00

0O

ASI

S M

ICH

IFU

KU

P01

99 (A

I)-0

.4+1

.8+1

4+2

3+2

6+2

6+1

-0.1

+25

+2.1

+0.6

+0.0

+1.0

+0.3

1+1

85+1

53+1

3862

%73

%69

%67

%66

%57

%52

%57

%61

%54

%56

%45

%58

%52

%

KSO

FM00

156

BL

ACK

KS

OFC

0001

00

0 00

0O

ASI

S ST

EER

M00

156

+2.1

+2.5

+15

+22

+26

+29

+2-0

.8+2

7+1

.9+0

.4+0

.2+0

.7+0

.27

+162

+117

+102

51%

69%

64%

59%

59%

52%

52%

49%

53%

48%

50%

44%

52%

49%

SAXF

M00

186

BL

ACK

G

INFB

0901

00

0 00

0ST

ON

E A

XE M

186

(ET)

+1.4

+1.9

+14

+19

+19

+19

+2+0

.0+1

8+1

.2+0

.3+0

.1+0

.6+0

.18

+133

+105

+94

57%

77%

73%

74%

71%

62%

61%

47%

63%

55%

55%

49%

56%

49%

SAXF

M00

766

BL

ACK

G

INFB

0901

00

0 00

0ST

ON

E A

XE M

766

(AI)

(ET)

+1.8

+2.5

+14

+22

+17

+19

+2+0

.0+1

6+1

.1+0

.3+0

.1+0

.6+0

.18

+118

+93

+82

56%

78%

75%

76%

83%

69%

61%

48%

69%

54%

55%

49%

56%

49%

SMO

FM00

21

BLA

CK

SM

OFH

0013

00

0 00

0SU

MO

CA

TTLE

CO

ICH

IRYU

NO

M21

+0.7

+1.1

+11

+19

+18

+21

+2+0

.3+1

4+1

.5+1

.0+0

.1+0

.6+0

.13

+138

+117

+107

47%

56%

56%

55%

55%

48%

47%

43%

52%

45%

47%

38%

50%

46%

SMO

FK01

93

BLA

CK

SM

OFF

0154

00

0 00

0SU

MO

CA

TTLE

CO

MIC

HIF

UK

U K

193

+0.8

+2.4

+16

+23

+32

+33

+2+0

.5+2

5+2

.3+0

.6+0

.3+0

.7+0

.21

+174

+141

+123

57%

64%

64%

62%

62%

54%

52%

49%

60%

52%

54%

44%

57%

51%

SMO

FP01

07

BLA

CK

SM

OFL

0015

30

00 0

00

SUM

O C

ATT

LE C

O M

ICH

IFU

KU

P10

7-0

.6+0

.5+1

0+1

8+2

1+2

3+1

+0.3

+25

+2.2

+0.7

+0.1

+0.9

+0.1

9+1

51+1

33+1

2248

%58

%58

%57

%57

%48

%48

%42

%53

%45

%47

%37

%50

%45

%

SMO

FP01

19

BLA

CK

SM

OFL

0015

30

00 0

00

SUM

O C

ATT

LE C

O M

ICH

IFU

KU

P11

9+2

.4+3

.3+1

7+2

6+3

6+3

6+1

+0.4

+30

+2.1

+0.8

+0.3

+0.8

+0.2

3+1

84+1

43+1

2250

%59

%59

%57

%58

%49

%48

%43

%54

%46

%48

%38

%51

%47

%

SUN

FM02

47

BLA

CK

W

GW

FB06

430

00 0

00

SUN

LAN

D B

643

MIC

H F

M02

47+0

.0+1

.2+9

+14

+20

+21

+0-0

.3+1

9+1

.9+0

.7-0

.1+0

.9+0

.24

+152

+127

+117

47%

55%

56%

56%

54%

49%

45%

41%

49%

42%

43%

36%

46%

43%

SUN

FM00

79

BLA

CK

W

GW

FJ01

510

00 0

00

SUN

LAN

D J

0151

G03

73 F

M00

79 (A

I)+1

.0+2

.9+1

5+2

5+3

8+3

8+0

-0.1

+30

+1.3

+0.3

+0.0

+0.6

+0.1

4+1

63+1

24+1

0251

%60

%60

%60

%59

%50

%41

%50

%52

%40

%42

%31

%46

%42

%

SUN

FM07

72

BLA

CK

SU

NFK

0533

00

0 00

0SU

NLA

ND

K05

33 H

IRA

F M

0772

+1.4

+1.6

+10

+14

+19

+23

+0-0

.1+2

0+1

.5+0

.5-0

.1+0

.6+0

.18

+121

+96

+86

42%

51%

55%

63%

55%

44%

39%

36%

48%

37%

38%

30%

42%

39%

SUN

FM00

54

BLA

CK

SU

NFK

0796

00

0 00

0SU

NLA

ND

K07

96 J

2351

F M

0054

(AI)

+1.1

+2.5

+18

+29

+40

+41

+5+1

.5+2

9+1

.4+0

.5+0

.3+0

.8+0

.27

+163

+148

+123

47%

57%

58%

56%

56%

48%

45%

44%

50%

43%

44%

36%

48%

44%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

7+1

8+0

-0.1

+13

+0.9

+0.3

-0.1

+0.6

+0.1

4+1

19+9

9+8

9

YOUN

G BU

LLAU

STRA

LIAN

WAG

YU P

UBLI

SHED

SIR

E / D

AM R

EPO

RT

TM


Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Youn

g B

ull

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

SUN

FK06

81

BLA

CK

W

GW

FG00

910

00 0

00

SUN

LAN

D K

681

+0.3

+2.0

+14

+20

+29

+32

+3+0

.3+1

9+1

.5+0

.6-0

.1+0

.7+0

.17

+156

+135

+119

46%

60%

60%

66%

59%

49%

42%

43%

52%

40%

42%

31%

46%

42%

SUN

FN08

21

BLA

CK

EX

LFC

0151

00

0 00

0SU

NLA

ND

MIC

HIT

AN

I N82

1 (A

I)+1

.1+2

.0+1

2+1

8+2

4+3

0+5

+0.4

+17

+2.3

+1.0

-0.1

+0.8

+0.2

6+1

37+1

25+1

1247

%61

%60

%60

%59

%50

%45

%43

%52

%43

%44

%36

%47

%44

%

SUN

FN09

76

BLA

CK

SU

NFK

0442

00

0 00

0SU

NLA

ND

MO

RIN

AM

I N97

6+1

.0+3

.2+1

8+2

9+3

9+3

3+3

+1.4

+25

+2.0

+1.2

+0.2

+0.9

+0.2

1+1

81+1

62+1

3952

%62

%62

%62

%60

%52

%51

%48

%55

%48

%50

%40

%53

%49

%

HPC

FN00

82

BLA

CK

AA

CFF

0790

00

0 00

0TH

E W

RIG

HT

WA

GYU

N08

2+0

.0+2

.8+1

8+3

3+4

7+4

8+3

+0.6

+35

+1.7

+0.5

+0.0

+0.8

+0.2

1+2

03+1

77+1

4949

%74

%65

%64

%62

%53

%47

%56

%55

%47

%50

%44

%49

%44

%

HPC

FN03

73

BLA

CK

AA

CFF

0790

00

0 00

0TH

E W

RIG

HT

WA

GYU

N37

3-1

.2-0

.2+1

1+2

2+1

7+1

8+5

+0.8

+19

+4.2

+1.3

+0.4

+0.8

+0.1

7+1

62+1

60+1

5152

%73

%66

%65

%64

%55

%51

%57

%57

%50

%53

%47

%52

%47

%

HPC

FP01

71

BLA

CK

AA

CFF

0790

00

0 00

0TH

E W

RIG

HT

WA

GYU

P17

1-1

.4-0

.2+1

2+2

2+3

1+3

3+2

+0.8

+28

+4.2

+1.8

+0.2

+1.2

+0.2

2+2

24+2

04+1

8949

%74

%65

%64

%62

%52

%46

%56

%54

%46

%50

%43

%49

%43

%

HPC

FP01

75

BLA

CK

AA

CFF

0790

00

0 00

0TH

E W

RIG

HT

WA

GYU

P17

5+0

.0+0

.4+1

0+1

4+2

3+2

6+1

+0.3

+17

+3.0

+0.8

+0.1

+0.7

+0.1

5+1

62+1

42+1

3148

%74

%64

%63

%61

%52

%47

%55

%54

%46

%49

%43

%48

%42

%

HPC

FP02

36

BLA

CK

AA

CFF

0790

00

0 00

0TH

E W

RIG

HT

WA

GYU

P23

6-0

.6-0

.1+1

0+2

0+2

8+2

9+2

-0.2

+26

+2.9

+0.4

+0.3

+1.0

+0.2

1+1

97+1

71+1

5748

%74

%65

%63

%62

%52

%45

%54

%54

%46

%50

%43

%48

%42

%

TBR

FK00

50

BLA

CK

TB

RFH

0108

00

0 00

0TR

ENT

BR

IDG

E K

0050

-0.2

+1.5

+12

+19

+26

+24

+2+0

.0+1

8+2

.5+0

.5+0

.2+0

.6+0

.17

+143

+120

+106

50%

57%

61%

67%

62%

52%

55%

47%

55%

44%

47%

39%

48%

44%

TBR

FN22

9

BLAC

K

SMO

FF01

260

00 0

00

TREN

T B

RID

GE

N22

9 (A

I)+0

.4+1

.5+9

+18

+25

+22

+0-0

.2+2

4+2

.9+0

.9+0

.0+1

.1+0

.31

+164

+140

+127

66%

65%

69%

66%

66%

57%

52%

57%

61%

52%

55%

47%

56%

50%

TBR

FN28

4

BLAC

K

SMO

FF01

260

00 0

00

TREN

T B

RID

GE

N28

4 (A

I)-3

.6+0

.4+1

3+1

8+3

0+2

6+2

-0.8

+23

+3.1

+0.3

+0.3

+1.0

+0.2

6+2

24+1

80+1

6567

%69

%69

%68

%67

%57

%54

%59

%62

%53

%56

%45

%58

%52

%

TBR

FM02

20

BLA

CK

TB

RFF

0116

00

0 00

0TR

ENT

BR

IDG

E TB

RFM

220

-0.1

+2.1

+15

+28

+38

+32

+2+0

.4+3

3+2

.3+0

.7+0

.4+0

.7+0

.22

+181

+149

+127

49%

59%

66%

70%

66%

54%

52%

47%

59%

52%

57%

52%

50%

45%

MPL

FP58

10

BLA

CK

M

PLFE

0975

00

0 00

0TU

MB

LED

OW

N 5

810

+2.1

+1.9

+12

+17

+19

+20

+0+0

.4+1

6+1

.5+0

.6+0

.0+0

.8+0

.22

+138

+117

+107

49%

59%

59%

57%

57%

50%

48%

44%

52%

46%

47%

39%

51%

47%

DSW

FPT0

07

BLA

CK

W

ESFB

0039

00

0 00

0TY

DD

EWI P

T007

(ET)

+1.0

+2.3

+15

+23

+28

+28

+0-0

.2+2

9+2

.8+0

.8+0

.0+1

.6+0

.32

+239

+203

+188

57%

70%

67%

66%

64%

55%

52%

53%

58%

50%

53%

45%

54%

49%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

7+1

8+0

-0.1

+13

+0.9

+0.3

-0.1

+0.6

+0.1

4+1

19+9

9+8

9

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

YOUN

G BU

LL

TM

59www.wagyu.org.au

Anim

al Id

ent

Sire

Iden

tPe

rfD

trs

Num

Her

dC

arc

Prog

Stat

istic

s

Estim

ated

Bre

edin

g Va

lues

and

Acc

urac

ies

(%)

Prog

Anly

Scan

Prog

Prog 3Y

r

Youn

g B

ull

Aust

ralia

n W

agyu

Pub

lishe

d Si

re/D

am R

epor

t

ANIM

AL N

AME

Anim

alC

olou

rBi

rthGr

owth

Fert

Carca

seInd

exes

GL

Bwt

200

400

600

Mw

tM

ilkSS

Cw

tEM

AP8

RBY

MS

MF

SRI

FTI

F1T

DSW

FPT0

09

BLA

CK

W

ESFB

0039

00

0 00

0TY

DD

EWI P

T009

(ET)

+2.4

+3.9

+18

+28

+33

+35

+0-0

.2+3

1+2

.7+0

.6+0

.1+1

.2+0

.29

+212

+170

+150

57%

69%

67%

66%

65%

55%

52%

54%

58%

50%

54%

45%

55%

49%

WPP

FL00

006

BL

ACK

G

INFB

0901

00

0 00

0W

E PA

CK

L06

+1.8

+2.3

+13

+20

+19

+21

+1-0

.1+1

6+2

.0+0

.3+0

.4+0

.8+0

.20

+151

+117

+106

60%

71%

67%

66%

65%

58%

58%

50%

61%

55%

55%

49%

59%

53%

AAC

FL00

001

BL

ACK

AA

CFF

0758

00

0 00

0W

ESTH

OLM

E F

L000

1+0

.7+2

.7+1

8+3

0+3

4+2

7+5

+1.5

+26

+3.0

+1.6

+0.3

+0.8

+0.1

9+1

70+1

58+1

3854

%68

%68

%66

%67

%57

%53

%61

%58

%52

%56

%52

%53

%48

%

AAC

FK00

56

BLA

CK

AA

CFG

0151

00

0 00

0W

ESTH

OLM

E K

0056

+1.0

+2.1

+15

+27

+32

+31

+3+1

.7+2

0+1

.1+0

.7+0

.1+0

.6+0

.24

+136

+133

+115

51%

58%

59%

59%

58%

53%

53%

56%

53%

48%

51%

48%

48%

44%

AAC

FK07

88

BLA

CK

AA

CFF

0758

00

0 00

0W

ESTH

OLM

E K

0788

+1.3

+3.5

+16

+28

+35

+35

+1+0

.5+2

3+2

.2+0

.9+0

.0+1

.1+0

.31

+178

+152

+130

52%

65%

64%

63%

61%

53%

51%

60%

55%

50%

54%

49%

52%

47%

AAC

FK10

56

BLA

CK

AA

CFG

1083

00

0 00

0W

ESTH

OLM

E K

1056

-0.4

+0.3

+10

+16

+17

+22

+0+0

.4+1

3+2

.1+1

.1+0

.2+0

.6+0

.19

+143

+121

+113

42%

55%

53%

55%

53%

46%

47%

43%

47%

42%

45%

41%

43%

39%

AAC

FK12

16

BLA

CK

AA

CFF

0758

00

0 00

0W

ESTH

OLM

E K

1216

+0.7

+3.5

+19

+31

+41

+37

+5+1

.1+2

8+1

.9+0

.5+0

.3+0

.7+0

.23

+161

+144

+118

47%

64%

63%

62%

59%

50%

44%

57%

52%

47%

51%

47%

47%

42%

AAC

FL07

79

BLA

CK

AA

CFD

0924

00

0 00

0W

ESTH

OLM

E L0

779

-0.1

-0.3

+10

+18

+20

+18

+3-0

.3+2

1+3

.1+1

.3+0

.5+0

.7+0

.12

+165

+135

+125

46%

63%

62%

62%

58%

49%

49%

56%

52%

48%

52%

49%

49%

43%

AAC

FL11

18

BLA

CK

AA

CFH

0607

00

0 00

0W

ESTH

OLM

E L1

118

+0.3

+1.4

+13

+21

+28

+29

+3+0

.0+2

5+2

.0+0

.8+0

.2+0

.6+0

.20

+163

+135

+120

41%

57%

55%

54%

52%

44%

38%

51%

45%

40%

43%

39%

41%

37%

AAC

FL13

08

BLA

CK

AA

CFH

0607

00

0 00

0W

ESTH

OLM

E L1

308

+1.2

+3.1

+18

+31

+34

+37

+5+0

.9+2

7+1

.8+1

.2+0

.0+0

.8+0

.23

+176

+159

+139

41%

56%

56%

55%

53%

44%

39%

53%

46%

41%

45%

40%

42%

37%

AAC

FL22

96

BLA

CK

AA

CFD

0924

00

0 00

0W

ESTH

OLM

E L2

296

-0.1

+0.6

+11

+19

+24

+20

+1-0

.7+1

4+2

.1+0

.7+0

.1+0

.9+0

.25

+177

+141

+129

52%

65%

65%

64%

63%

54%

53%

57%

56%

52%

55%

51%

52%

48%

AAC

FM06

10

BLA

CK

AA

CFJ

0050

00

0 00

0W

ESTH

OLM

E M

0610

+1.0

+1.4

+12

+17

+20

+24

+1+0

.4+1

3+1

.5+0

.7+0

.3+0

.7+0

.18

+147

+121

+110

45%

56%

54%

55%

55%

47%

43%

51%

49%

44%

46%

43%

43%

39%

AAC

FN14

86

BLA

CK

AA

CFL

1209

00

0 00

0W

ESTH

OLM

E N

1486

+0.5

+1.1

+10

+15

+19

+21

+3+0

.2+1

5+1

.9+0

.4+0

.1+0

.6+0

.27

+120

+109

+99

47%

54%

54%

53%

51%

45%

44%

44%

47%

43%

46%

41%

45%

42%

AAC

FN19

95

BLA

CK

AA

CFF

0758

00

0 00

0W

ESTH

OLM

E N

1995

+1.5

+4.1

+18

+30

+43

+41

+3+0

.8+2

7+1

.7+0

.3+0

.1+0

.8+0

.24

+174

+151

+125

51%

66%

65%

64%

64%

55%

51%

59%

56%

51%

54%

50%

51%

47%

Aver

age

EBVs

for 2

017

born

cal

ves:

+0.3

+0.9

+9+1

4+1

8+1

9+0

+0.0

+13

+0.9

+0.2

-0.1

+0.6

+0.1

4+1

20+1

00+9

1

AUST

RALI

AN W

AGYU

PUB

LISH

ED S

IRE

/ DAM

REP

ORT

YOUN

G BU

LL

TM


w w w.wag yu.org.au

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Wagyu Breeding Guide - 2019 | Australian Wagyu Association · Modern Wagyu cattle are also, to an...

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Transcript of Wagyu Breeding Guide - 2019 | Australian Wagyu Association · Modern Wagyu cattle are also, to an...