The Media webpage brings together resources on applied ruminant nutrition modeling, including conference and workshop presentations on model adequacy, development of mathematical models for predicting animal performance, and tools for
individual cattle management and small ruminants. It also offers step-by-step tutorials for installing and using the GasFit System, GnG1 models, the Ruminant Nutrition System,
and the Beef Cattle Nutrient Requirements Model (2016).
In addition, the page hosts a lecture series on rumen microbiology and its role in ruminant nutrition, covering topics from microbial diversity and metabolism
to ruminal disorders and strategies to manipulate rumen fermentation. A free-of-charge copy of Dr. Jim Russell's Rumen Microbiology and its Role in Ruminant Nutrition can be downloaded here.
Conference and Workshop Presentations
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Development and Evaluation of Models to Assist Individual Cattle Management (outline, full screen, pdf). This seminar is a combination of several presentations performed at different meetings, including Beef Improvement Federation and National Beef Cattle Evaluation Consortium.
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Development and Evaluation of Nutrition Models for Domesticated Small Ruminants: The SRNS (outline, full screen, pdf). This seminar was presented on July 22-25, 2008 at the Brazilian Society of Animal Science annual meeting in Lavras, Minas Gerais, Brazil and on August 31-September 5, 2008 at the International Conference on Goats, Queretaro, Mexico.
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Click here to start a tutorial on the installation of the GasFit System and GnG1 Models. |
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Click here to start a tutorial on how to use the GasFit System. |
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Click here to start a tutorial on how to use the Ruminant Nutrition System. |
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Click here to start a tutorial on how to use the Beef Cattle Nutrient Requirement Model (BCNRM, 2016). |
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- Rumen Microbiology and Its Role in Ruminant Nutrition. Lectures available are: 1. Introduction, 2. Bacteria diversity, 3. Ruminal protozoa, 4. Attachment and extracellular degradation,
5. ATP production, 6. Ruminal fat metabolism, 7. Protein metabolism, 8. Bacteriocins, 9. Ruminal disorders and toxicities,
and 10. Manipulation of ruminal fermentation.
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