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Wagyu around the World - Austria

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13 farmers attended the first Austrian breeders meeting that was held by interested producers in August 2012. Speakers were Andreas and Benediktor Scheiring and Peter Beiler.

Meeting of Wagyu producers at Wagyu Verband Österreich conferenceA number of meetings were held with members and stakeholders in the industry and association statutes were released in January 2013.

The Wagyu Verband Österreich represent the interests of Wagyu breeders in Austria. Anton Leitner, known as Toni, is Chair and has been involved with beef since childhood and is a passionate organic farmer. Deputy Chair is Florian Irxenmayr from South Austria and Patrick Fehringer is Treasurer.

Ex-professional cyclist Gerhard Zadrobileks is a renowned Wagyu breeder with “Kobe Beef Austria” in Laab im Walde near Vienna. He had a few Scottish Highland cattle but was given a breeding bull for his 30th birthday. However after tasting Wagyu for the first time in 2006 he wanted to breed them. He bought embryos and after an arduous journey his herd started to grow. They graze on lush pastures and receive some grain supplements. He has bred up to 18 head now. "Kobe Beef Austria" is served in discerning restaurants. Beef can be ordered online through "Wiesbauer Gourmet" but orders usually go straight to the backlog. Wagyu cow and calf on pasture at WagyuHof in Austria

Wagyu Hof was created from a third-generation agricultural business when a young team comprising Florian Irxenmayr, Patrick Fehringer and Karl Peterseil was formed. They contacted Wagyuverband Austria who gave them valuable advice. After an eventful, very educational year, the first two bulls arrived from America. Wagyu females were imported from Germany and breeding commenced. The first slaughter was in 2013. At the beginning of 2017, the new free-range stable was then occupied by the herd that had grown extensively.

Peter Trixner produced his first Wagyu carcase from “Okami Wagyu” near Klagenfurt, Austria. Peter and his wife Petra own a beautiful ranch on a hillside with the Austrian Alps in the distance. They are raising Wagyu and Wagyu-Charolais crosses for the hotel’s restaurants that he has an interest in. The Lake's hotel located in nearby Portschach am Worthersee was featuring some of Peter's beef last summer.

Genetics

Wagyu breeding is progressing in Austria and imports are from neighbouring Germany or frozen genetics from Australia and USA.

Nutrition

The Wagyu breeds of cattle have unique qualities that are attributed to origins from the Fourth Eurochs and they were isolated for almost the first two thousand years after arriving in Japan. This has enabled Wagyu to have retained key differences from other breeds while they are classified to be on the extreme within the Bos taurus pool.

Most Wagyu producers that introduced Wagyu cattle onto their cattle properties around the world had prior experience with beef production. Outside Japan, nutrition recommendations for Wagyu generally follow common practices that are applied within each country and there is a strong bias towards the principles that have evolved for the dairy industry. Most of the advances that have been made with genetics in Japan - such as the single step genomic predicted breeding values - have been adopted by progressive bodies outside Japan (such as Australian Breedplan). However, the philosophy that applies to fattening Wagyu in Japan has been more elusive to understand.

Establishment of Wagyu International principles for Wagyu nutrition

Initially research data over 20 years from Japan was analysed and some preliminary principles were adopted by Wagyu International. Subsequently the translation of the Japanese Beef Feed Standard 2008 provided additional information. Net Energy was incorporated into the tables that I generated from the Japanese requirements for Wagyu breeds.

The Japanese cattle industry requires a large component of feed that is imported and ongoing increases in production costs for beef have increased subsidies by prefecture for fattening (牛マルキン). In March 2015 the policy of Modernizing Dairy and Beef Cattle Production was announced by the Ministry of Agriculture, Forestry and Fisheries. Changes are necessary to strengthen competitiveness of beef cattle production by shortening the fattening period. LIAJ estimated that shortening the fattening period by each 1 month will reduce expenses by about 5%. I read in one survey that the average age of processing in 2015 had decreased to 28.5 months. However, it has been acknowledged that shortening the fattening period will have an impact on carcass weight and meat quality.

In order to minimise the impact on quality by the mandate to reduce age as implemented in 2015, research on feeding has been carried out extensively throughout Japan. The numerous results have been reviewed by Wagyu International and during collaborations with clients in several countries with grass and grain finishing the latest findings are put to test

Fundamentally, a slow continous gain in weight is required to develop the tissues and frame for a 350 to 450 kg carcass. Faster and early growth costs less but does not enhance eating quality or carcass weight.

The primary energy sources for beef cattle are starch and cellulose. They are fermented by microorganisms in Pathways during carbohydrate fermentation in the rumenthe rumen to produce volatile fatty acids and gases. The major VFAs produced are acetate, propionate, and butyrate and the type of diet, microbial species present in the rumen, and ruminal pH are the major factors that influence the percentage of each VFA produced.

The loss of energy in heat and methane during the conversion of starch and cellulose to VFA makes the process of fermentation inefficient. When acetate is produced in the rumen there is a loss of one carbon as CO2which can be used to form methane. Butyrate is produced when two acetate molecules are combined so even though butyrate does not produce CO2 which can be converted into methane directly, the CO2 is produced when the acetate molecules were formed. Propionate is the only VFA that does not release an extra carbon that can be used for generation of methane. Because of these differences in carbon, the energy values for the VFA are approximately 109% for propionate, 78% for butyrate, and 62% for acetate. Therefore, increasing propionate within the rumen will decrease methane production and increase animal performance for beef production.

The Wagyu breed thrives on roughage and Japan was traditionally supplied at an age that exceeded 30 months. The balance of forages and grain that provided optimum performance and beef quality culminated in propionic acid fermentation during finishing. On the other hand, the dairy industry relies on butterfat production and this is favoured by acetic acid fermentation.

The acetate:propionate ratio is important but there is a negative trend between NDF and IMF%. Research data from fattening trials in Japan have been reviewed by Wagyu International from the last ten years and more recently the focus has changed. Promising developments are rolled out to Wagyu International clients. As always, the economics and end points are different in every enterprise. Determination of the desired eating quality and carcass size will enable Wagyu International to recommend the growth profile and feeding program that will be based on local resources and feed components.

DISCLAIMER Wagyu International provides information that has been supplied by other parties and gives no warranty (express or implied) as to the data completeness, accuracy or fitness for a particular purpose.

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