Current progress in the Agricultural Research Service Beef Grand Challenge: A large-scale genetics by environment by management evaluation project

The Agricultural Research Service (ARS) Beef Grand Challenge is a cooperative, multidisciplinary effort evaluating differences in performance of genetic lines across production environments representative of different geographical regions. Weaned spring-born calves (n = 120 per location), representi...

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Veröffentlicht in:Journal of animal science 2020-11, Vol.98, p.13-13
Hauptverfasser: Kuehn, Larry A, Casperson, Shanon L, Derner, Justin D, Gunter, Stacey A, Hay, El Hamidi, Moffet, Corey A, Neel, James P, Picklo, Matthew J, Petersen, Mark K, Roemmich, James N, Turner, Kenneth E, Waterman, Richard C, Wheeler, Tommy L, Boggess, Mark V
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container_title Journal of animal science
container_volume 98
creator Kuehn, Larry A
Casperson, Shanon L
Derner, Justin D
Gunter, Stacey A
Hay, El Hamidi
Moffet, Corey A
Neel, James P
Picklo, Matthew J
Petersen, Mark K
Roemmich, James N
Turner, Kenneth E
Waterman, Richard C
Wheeler, Tommy L
Boggess, Mark V
description The Agricultural Research Service (ARS) Beef Grand Challenge is a cooperative, multidisciplinary effort evaluating differences in performance of genetic lines across production environments representative of different geographical regions. Weaned spring-born calves (n = 120 per location), representing natural service matings to Angus, Hereford, Simmental, Charolais, or indicus-composite (Beefmaster or Brangus) bulls from the U.S. Meat Animal Research Center Germplasm Evaluation program in south central Nebraska, are sent to wheat pasture (central Oklahoma) and winter range (eastern Montana), and weaned fall-born calves (n=40 per location) are sent to summer grazing on shortgrass prairie (northeastern Colorado) and southern mixedgrass rangeland (western Oklahoma). All cattle are fed a finishing ration representative of the region that approximately matches energy content across locations. Each calving season has a matching counterpart of calves that remain in Nebraska on a calf-fed drylot program (receiving ration followed by longer finishing ration). Breeds and sires are represented equally, to the extent possible, at each location. To detect differences in breed effects at each location and average over yearly variation, the study is being replicated for 4 years. Weights, stress measures, carcass composition (marbling, yield grade, quality grade, etc.), steak tenderness and steak fatty acid composition are collected from each location. Additionally, rumen metagenomic composition, metagenomic samples, preharvest food safety samples, and feed intake measures are collected at some locations. Grazing impacts and supplemental range feeding are also being evaluated. One year of sampling has been completed, with numeric differences observed for marbling and tenderness as well as growth performance among locations. Statistical differences will be evaluated when replicate years are collected. The USDA is an equal opportunity provider and employer.
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source Oxford University Press Journals Current; EZB-FREE-00999 freely available EZB journals; PubMed Central
subjects Agricultural research
Animal research
Beef
Beef cattle
Calves
Composition
Fatty acid composition
Fatty acids
Food safety
Genetics
Germplasm
Grazing
Meat
Metagenomics
Pasture
Performance evaluation
Project management
Quality
Rangelands
Research facilities
Statistical methods
title Current progress in the Agricultural Research Service Beef Grand Challenge: A large-scale genetics by environment by management evaluation project
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