Large amounts of pelleted dried green feed for dairy cattle. 1. Effect of pellets in the feed on feed intake, rumen activity, and yield and composition of milk
Schmidt, L.; Weissbach, F.
Jahrb. Tierernahrung Futterung. 7: 58-66
1969
Accession: 014544085
Full Text Article emailed within 1 workday
Payments are secure & encrypted
Six cows giving about 20 kg milk were studied in 2 groups of 3. In a preliminary period of 2 weeks they were fed on hay, silage, 5 kg barley pellets, soya bean oilmeal and minerals. In a transition period of 2 weeks most of the hay and part of the silage were replaced by 6 kg pellets of dried green fodder.
Related References
Jentsch, W.; Wittenburg, H.; Budzier, H.H. 1970: Large amounts of pelleted dried green feed for dairy cattle. 2. Effect of pellets in the feed on rumen physiology Jahrb. Tierernahrung Futterung. 7: 67-74Schmidt, L.; Weissbach, F. 1969: Effects of feeding substantial quantities of pelleted dried green lucerne to dairy cows. I. Feed intake, rumen activity, and milk yield and composition Jb. Tierernahr. Fuller, 70. 7: 58-66
Bergner, H.; Munchow, H. 1978: Tests on various pelleted or partially pelleted straw-based dry-feed rations for dairy cows. III. Milk yield and feed utilization during 1st lactation Archiv für Tierernährung 28(6): 379-386
Munchow, H.; Bergner, H. 1978: Tests on various pelleted or partially pelleted straw-based dry-feed rations for dairy cows. II. Rumen fermentation and milk yield during 1st lactation Archiv für Tierernährung 28(6): 367-377
Piatkowski, B.; Steger, H.; Kupatz, B.; Otto, E. 1968: Pellets containing urea for ruminants. 2. Effect of different amounts of urea in pelleted cereals on growth, feed conversion, composition of blood and rumen fluid and on carcass quality and wool yield of lambs weaned early Arch. Tierzucht. 11: 171-185
Burgstaller, G.; Averdunk, G. 1972: Production and utilisation of green feed dried by hot air. 2. Briquettes and cobs as the only basal feed for dairy cattle Wirtschaftseigene Futter 18(4): 305-315
Munchow, H.B.rgner, H. 1985: Rearing of female twin cattle using completely or partly pelleted rations of dried feed based on straw. 1. Weight gain performance and feed expenditure as well as rumen fermentation conditions in the development range between the 5th and the 12th month Archiv für Tierernährung 35(2): 121-132
Muenchow, H.; Bergner, H. 1985: Investigations into the rearing of female twin cattle using completely or partly pelleted rations of dried feed based on straw 1. weight gain performance and feed expenditure as well as rumen fermentation conditions in the development range between the 5th and the 12th month Archiv für Tierernährung 35(2): 121-132
Burgstaller, G. 1972: Production and utilisation of green feed dried by hot air. 1. Intake of feed with grass dried by hot air as the only feed Wirtschaftseigene Futter 18(2): 134-139
Bergner, H.; Munchow, H. 1978: Tests on various pelleted or partially pelleted straw-based dry-feed rations for dairy cows. I. Rumen fermentation and milk yield parameters in the adaptation phase at the start of 1st lactation Archiv für Tierernährung 28(6): 355-366
Grathwol, J.; Reichl, J.R. 1995: Simulation of nutrient dynamics in the rumen of sheep and cattle considering the feed composition, level of feed intake and feeding frequency Archiv für Tierernährung 47(3): 255-270
Herold, I. 1970: Voluntary intake of feed and the relation between milk yield and intake of feed in Hungarian Pied X Jersey F1 dairy cows Allattenyesztes 19: 299-309
Koriath, G.; Piatkowski, B. 1971: Comparison of various forms of lucerne feed for their effect on feed intake, rumen liquor composition, digestibility and milk production Archiv für Tierernährung 21(3): 241-247
Abd Rahim, S.; van Laar, H.; Dijkstra, J.; Navarro-Villa, A.; Fowers, R.; Hendriks, W.H.; Pellikaan, W.F.; Leen, F.; Martín-Tereso, J. 2020: Effects of an artificial hay aroma and compound feed formulation on feed intake pattern, rumen function and milk production in lactating dairy cows Animal: An International Journal of Animal Bioscience 14(3): 529-537
Rustomo, B.; AlZahal, O.; Odongo, N. E.; Duffield, T. F.; McBride, B. W. 2006: Effects of rumen acid-load from feed and forage particle size on ruminal pH, feed intake and milk production and composition Journal of Animal Science 84: 216-216
Grathwol, J.; Reichl, J.R. 1995: Simulation of nutrient dynamics in the rumen of sheep and cattle considering the feed composition, level of feed intake and feeding frequency. 2. Model validation Archiv für Tierernährung 47(3): 271-286
Grathwol, J.; Reichl, J.R. 1995: Simulation of nutrient dynamics in the rumen of sheep and cattle considering the feed composition, level of feed intake and feeding frequency. 1. Model description Archiv für Tierernährung 47(3): 255-270
Kruger, L.; Muller, W. 1955: Appetite, feed intake, feed utilisation and milk yield in cattle Ztschr. Tierziicht. Zuchtungsbiol 64: 313-332
Bochnia, M.; Boesel, M.; Bahrenthien, L.; Wensch-Dorendorf, M.; Zeyner, A. 2017: Feed intake patterns of sport ponies and warmblood horses following iso-energetic intake of pelleted fibre-rich mixed feed, muesli feed and semicrushed oat grains Journal of Animal Physiology and Animal Nutrition 101(Suppl 1): 37-42
Bergner, H.; Münchow, H. 1985: The rearing of female twin cattle using only feed pellets in comparison with straw pellets plus a concentrate mixture. 2. Weight gain and feed consumption as well as rumen fermentation in the 1st half of the 2d year of life Archiv für Tierernährung 35(3): 213-223