End of Project ReportReproductive efficiency is a major factor affecting production and economic efficiency of beef herds. For herds using artificial insemination (AI) heat detection rate and calving rate are the two major determinants of compactness of calving and ultimately the calving-to-calving interval. Heat detection is a time consuming repetitive chore that must be carried out up to 5-times each day for as long as AI is used. Heat detection rate, usually measured as submission rate, is hugely variable from herd-toherd but for most herds only between 40% and 70% of cows that exhibit heat are actually detected by the stockman. Despite an increased understanding of the endocrine control of the oestrous cycle the goal of fixed-...
Truly effective estrous cycle synchronization techniques are of great potential value to commercial ...
Two synchronization protocols in lactating dairy and beef cows and in dairy heifers were tested for ...
Edward P. Call & James R. Dunham, A guide to successful AI, Kansas State University, September 1992
End of Project ReportReproductive efficiency is a major factor affecting production and economic eff...
Insemination of beef cows at a predetermined time is a management tool to reduce labor costs associ...
Management of the estrous cycle is now more practical than it was a decade ago because of our unders...
Estrous synchronization and artificial insemination (AI) are reproductive management tools that have...
Less than 10% of beef cow-calf producers in the United States currently implement reproductive techn...
Visual detection of standing oestrus has been the traditional method of selecting cows for AI. Howev...
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Insemination of beef cows at a predetermined time is a management tool to reduce labor costs associa...
The ability to successfully artificially inseminate cattle requires determining the appropriate time...
Dairy Research, 2005 is known as Dairy Day, 2005Use of timed AI programs has become commonplace on ...
Reproductive management of two-year-old beef cows presents a unique challenge in managing a beef her...
End of Project ReportUnder intensive production systems, the greatest potential for effecting increa...
Truly effective estrous cycle synchronization techniques are of great potential value to commercial ...
Two synchronization protocols in lactating dairy and beef cows and in dairy heifers were tested for ...
Edward P. Call & James R. Dunham, A guide to successful AI, Kansas State University, September 1992
End of Project ReportReproductive efficiency is a major factor affecting production and economic eff...
Insemination of beef cows at a predetermined time is a management tool to reduce labor costs associ...
Management of the estrous cycle is now more practical than it was a decade ago because of our unders...
Estrous synchronization and artificial insemination (AI) are reproductive management tools that have...
Less than 10% of beef cow-calf producers in the United States currently implement reproductive techn...
Visual detection of standing oestrus has been the traditional method of selecting cows for AI. Howev...
The beef cattle industry has seen rapid gains in economically desirable traits largely due to the se...
Insemination of beef cows at a predetermined time is a management tool to reduce labor costs associa...
The ability to successfully artificially inseminate cattle requires determining the appropriate time...
Dairy Research, 2005 is known as Dairy Day, 2005Use of timed AI programs has become commonplace on ...
Reproductive management of two-year-old beef cows presents a unique challenge in managing a beef her...
End of Project ReportUnder intensive production systems, the greatest potential for effecting increa...
Truly effective estrous cycle synchronization techniques are of great potential value to commercial ...
Two synchronization protocols in lactating dairy and beef cows and in dairy heifers were tested for ...
Edward P. Call & James R. Dunham, A guide to successful AI, Kansas State University, September 1992