Articles

Categories by Type : PowerPoint Presentations by Advisors and Specialists

Animal ID

• Cattle Identification and the National Animal Identification System
• Premises Registration, Electronic Identification and the National Animal Identification System

Beef Quality Assurance

• Advanced Quality Assurance Program

Breeding

• 94. Cloned Cows and Biotech Beef Does Animal Biotechnology have a Future?
• 95. Paternity analysis in large commercial cattle ranch setting using SNPs – UC Davis experiences
• Animal biotechnologies and agricultural sustainability
• Animal Biotechnology
• Animal Biotechnology Extension Education
• Animal Biotechnology Where to from here?
• Animal Biotechnology: How, What, and Why?
• Application of Genomic Information The California Commercial Ranch Project (Slides)
• Applying Biotechnologies on the Ranch
• Applying Biotechnologies to the Cattle Industry
• Assessing the accuracy of genomic predictions - Results from the California commercial ranch project
• Beef cattle breeding in Australia
• Beef Cattle Genomics – where we have been, where we are now, and where we are headed
• Beef Cattle Industry Structure: Implications for Whole Genome Selection
• Beef translational genomics Lessons from the literature
• Biotech Beef and Cloned Cows Progress in Translational Genomics
• Biotechnology and the Future of California Agriculture
• Biotechnology current and future role in selection decisions for beef producers
• Biotechnology: current and future role in selection decisions for beef producers
• BLUP and Genomic Selection
• BRD CAP Year 1 Extension Progress Report
• Case Study: Extension efforts around the use of DNA tests for the U.S. beef cattle industry
• Challenges to Adoption of Molecular Information
• Challenges to Adoption of Molecular Information
• Commercial Heifer Selection Using Genomics (Slides)
• County GE-free initiatives and their implications on field research with genetically engineered crops
• Current status of adoption of DNA-testing by US beef breed associations
• Current Status of Genetically Engineered Animals
• DNA marker panel validation update by the National Beef Cattle Evaluation Consortium
• DNA Technologies and Marker Validation
• DNA Technologies and Production Markers
• DNA testing — Does it Work and Where is it Headed?
• DNA testing for parentage
• DNA, SNPs, MAS and GMOs – Making Sense of Biotech Babble
• Economics of DNA markers for the Cow/Calf Industry
• Economics of using DNA markers for sorting feedlot cattle
• Economics of using DNA–markers for bull selection in the seedstock sector
• Genetic Engineering – An Overview
• Genetic Engineering and Animal Agriculture
• Genetic Engineering in California Agriculture
• Genetic Engineering in California Agriculture
• Genetic Engineering in California Agriculture Bring Science into the Dialogue
• Genetic Improvement in Beef Cattle — Where is it Headed?
• Genetic Markers
• Genetically engineered animals tangled in regulatory and political deadlock
• Genomic Selection 101: Basics and experiences in cattle breeding systems
• Great Expectations DNA and the cattle industry
• How might DNA-based information generate value in the beef cattle sector?
• Improving EPD accuracy by combining EPD information with DNA test results (slides)
• Integrated Program for Reducing Bovine Respiratory Disease in Beef and Dairy Cattle
• Integrating biotechnologies for the beef cattle industry
• Integrating DNA Information into Beef Cattle Production Systems
• Interbeef workshop- US report
• Is the Market Ready for Cloned Cows?
• Is the market ready for the meat from cloned cows?
• Marker Assisted Selection – Current and Future Applications
• MultiState Project Report Modifying Milk Fat Composition for Improved Nutritional and Market Value
• NC1010 Interpreting Cattle Genomic Data Biology, Applications and Outreach – California Station Report
• Paternity analysis in a large commercial ranch setting.
• Project Report Interpreting Cattle Genomic Data Biology, Applications and Outreach
• Reduced SNP Panels—creation, realistic expectations, and use in different livestock industries
• Technology Review
• The California Commercial Ranch Project
• The economics of using DNA markers for bull selection in the beef seedstock sector
• The Regulation and Politics of Food from Genetically Engineered Animals
• The Value of Accuracy
• The value of DNA information for beef bull selection
• The welfare, economic, and genetic impacts of recessive genetic factors (RGFs)
• Ultrasound as a biotechnology to improve carcass traits
• Use of DNA-based Biotechnologies in the Beef Cattle Industry
• Use of GE crops in CA agriculture and Animal Biotechnology
• Uses of DNA information on Commercial Cattle Ranches
• Using genetic markers in bull selection
• Using Replacement Heifers to Estimate Carcass Quality of Herdmates
• Validating Genetic Markers
• Validation and estimation of genetic variation associated with DNA tests for quantitative beef cattle traits
• Validation of New Technologies for Beef Cattle Improvement
• What are herd bulls accomplishing in multiple-sire breeding pastures
• What has DNA done for me lately?
• What is the Future of Animal Biotechnology?
• What is the value of DNA testing?
• What weighting should be given to BRD resistance in selection decisions
• Where in the beef cattle supply chain might DNA tests generate value
• Whole Genome-Assisted Selection
• Will DNA testing make me money?
• Economic value of genomic information: Sire and commercial heifer selection
• Bovine Respiratory Disease
• The Genetic Basis of Host Susceptibility to Bovine Respiratory Disease

Reproduction and Genetics

• 94. Cloned Cows and Biotech Beef Does Animal Biotechnology have a Future?
• 95. Paternity analysis in large commercial cattle ranch setting using SNPs – UC Davis experiences
• Animal biotechnologies and agricultural sustainability
• Animal Biotechnology
• Animal Biotechnology Extension Education
• Animal Biotechnology Where to from here?
• Animal Biotechnology: How, What, and Why?
• Application of Genomic Information The California Commercial Ranch Project (Slides)
• Applying Biotechnologies on the Ranch
• Applying Biotechnologies to the Cattle Industry
• Assessing the accuracy of genomic predictions - Results from the California commercial ranch project
• Beef cattle breeding in Australia
• Beef Cattle Genomics – where we have been, where we are now, and where we are headed
• Beef Cattle Industry Structure: Implications for Whole Genome Selection
• Beef translational genomics Lessons from the literature
• Biotech Beef and Cloned Cows Progress in Translational Genomics
• Biotechnology and the Future of California Agriculture
• Biotechnology current and future role in selection decisions for beef producers
• Biotechnology: current and future role in selection decisions for beef producers
• BLUP and Genomic Selection
• BRD CAP Year 1 Extension Progress Report
• Case Study: Extension efforts around the use of DNA tests for the U.S. beef cattle industry
• Challenges to Adoption of Molecular Information
• Challenges to Adoption of Molecular Information
• Commercial Heifer Selection Using Genomics (Slides)
• County GE-free initiatives and their implications on field research with genetically engineered crops
• Current status of adoption of DNA-testing by US beef breed associations
• Current Status of Genetically Engineered Animals
• DNA marker panel validation update by the National Beef Cattle Evaluation Consortium
• DNA Technologies and Marker Validation
• DNA Technologies and Production Markers
• DNA testing — Does it Work and Where is it Headed?
• DNA testing for parentage
• DNA, SNPs, MAS and GMOs – Making Sense of Biotech Babble
• Economics of DNA markers for the Cow/Calf Industry
• Economics of using DNA markers for sorting feedlot cattle
• Economics of using DNA–markers for bull selection in the seedstock sector
• Genetic Engineering – An Overview
• Genetic Engineering and Animal Agriculture
• Genetic Engineering in California Agriculture
• Genetic Engineering in California Agriculture
• Genetic Engineering in California Agriculture Bring Science into the Dialogue
• Genetic Improvement in Beef Cattle — Where is it Headed?
• Genetic Markers
• Genetically engineered animals tangled in regulatory and political deadlock
• Genomic Selection 101: Basics and experiences in cattle breeding systems
• Great Expectations DNA and the cattle industry
• How might DNA-based information generate value in the beef cattle sector?
• Improving EPD accuracy by combining EPD information with DNA test results (slides)
• Integrated Program for Reducing Bovine Respiratory Disease in Beef and Dairy Cattle
• Integrating biotechnologies for the beef cattle industry
• Integrating DNA Information into Beef Cattle Production Systems
• Interbeef workshop- US report
• Is the Market Ready for Cloned Cows?
• Is the market ready for the meat from cloned cows?
• Marker Assisted Selection – Current and Future Applications
• MultiState Project Report Modifying Milk Fat Composition for Improved Nutritional and Market Value
• NC1010 Interpreting Cattle Genomic Data Biology, Applications and Outreach – California Station Report
• Paternity analysis in a large commercial ranch setting.
• Project Report Interpreting Cattle Genomic Data Biology, Applications and Outreach
• Reduced SNP Panels—creation, realistic expectations, and use in different livestock industries
• Technology Review
• The California Commercial Ranch Project
• The economics of using DNA markers for bull selection in the beef seedstock sector
• The Regulation and Politics of Food from Genetically Engineered Animals
• The Value of Accuracy
• The value of DNA information for beef bull selection
• The welfare, economic, and genetic impacts of recessive genetic factors (RGFs)
• Ultrasound as a biotechnology to improve carcass traits
• Use of DNA-based Biotechnologies in the Beef Cattle Industry
• Use of GE crops in CA agriculture and Animal Biotechnology
• Uses of DNA information on Commercial Cattle Ranches
• Using genetic markers in bull selection
• Using Replacement Heifers to Estimate Carcass Quality of Herdmates
• Validating Genetic Markers
• Validation and estimation of genetic variation associated with DNA tests for quantitative beef cattle traits
• Validation of New Technologies for Beef Cattle Improvement
• What are herd bulls accomplishing in multiple-sire breeding pastures
• What has DNA done for me lately?
• What is the Future of Animal Biotechnology?
• What is the value of DNA testing?
• What weighting should be given to BRD resistance in selection decisions
• Where in the beef cattle supply chain might DNA tests generate value
• Whole Genome-Assisted Selection
• Will DNA testing make me money?
• Economic value of genomic information: Sire and commercial heifer selection
• Bovine Respiratory Disease
• The Genetic Basis of Host Susceptibility to Bovine Respiratory Disease

Breeding, Reproduction and Genetics

• 94. Cloned Cows and Biotech Beef Does Animal Biotechnology have a Future?
• 95. Paternity analysis in large commercial cattle ranch setting using SNPs – UC Davis experiences
• Animal biotechnologies and agricultural sustainability
• Animal Biotechnology
• Animal Biotechnology Extension Education
• Animal Biotechnology Where to from here?
• Animal Biotechnology: How, What, and Why?
• Application of Genomic Information The California Commercial Ranch Project (Slides)
• Applying Biotechnologies on the Ranch
• Applying Biotechnologies to the Cattle Industry
• Assessing the accuracy of genomic predictions - Results from the California commercial ranch project
• Beef cattle breeding in Australia
• Beef Cattle Genomics – where we have been, where we are now, and where we are headed
• Beef Cattle Industry Structure: Implications for Whole Genome Selection
• Beef translational genomics Lessons from the literature
• Biotech Beef and Cloned Cows Progress in Translational Genomics
• Biotechnology and the Future of California Agriculture
• Biotechnology current and future role in selection decisions for beef producers
• Biotechnology: current and future role in selection decisions for beef producers
• BLUP and Genomic Selection
• BRD CAP Year 1 Extension Progress Report
• Case Study: Extension efforts around the use of DNA tests for the U.S. beef cattle industry
• Challenges to Adoption of Molecular Information
• Challenges to Adoption of Molecular Information
• Commercial Heifer Selection Using Genomics (Slides)
• County GE-free initiatives and their implications on field research with genetically engineered crops
• Current status of adoption of DNA-testing by US beef breed associations
• Current Status of Genetically Engineered Animals
• DNA marker panel validation update by the National Beef Cattle Evaluation Consortium
• DNA Technologies and Marker Validation
• DNA Technologies and Production Markers
• DNA testing — Does it Work and Where is it Headed?
• DNA testing for parentage
• DNA, SNPs, MAS and GMOs – Making Sense of Biotech Babble
• Economics of DNA markers for the Cow/Calf Industry
• Economics of using DNA markers for sorting feedlot cattle
• Economics of using DNA–markers for bull selection in the seedstock sector
• Genetic Engineering – An Overview
• Genetic Engineering and Animal Agriculture
• Genetic Engineering in California Agriculture
• Genetic Engineering in California Agriculture
• Genetic Engineering in California Agriculture Bring Science into the Dialogue
• Genetic Improvement in Beef Cattle — Where is it Headed?
• Genetic Markers
• Genetically engineered animals tangled in regulatory and political deadlock
• Genomic Selection 101: Basics and experiences in cattle breeding systems
• Great Expectations DNA and the cattle industry
• How might DNA-based information generate value in the beef cattle sector?
• Improving EPD accuracy by combining EPD information with DNA test results (slides)
• Integrated Program for Reducing Bovine Respiratory Disease in Beef and Dairy Cattle
• Integrating biotechnologies for the beef cattle industry
• Integrating DNA Information into Beef Cattle Production Systems
• Interbeef workshop- US report
• Is the Market Ready for Cloned Cows?
• Is the market ready for the meat from cloned cows?
• Marker Assisted Selection – Current and Future Applications
• MultiState Project Report Modifying Milk Fat Composition for Improved Nutritional and Market Value
• NC1010 Interpreting Cattle Genomic Data Biology, Applications and Outreach – California Station Report
• Paternity analysis in a large commercial ranch setting.
• Project Report Interpreting Cattle Genomic Data Biology, Applications and Outreach
• Reduced SNP Panels—creation, realistic expectations, and use in different livestock industries
• Technology Review
• The California Commercial Ranch Project
• The economics of using DNA markers for bull selection in the beef seedstock sector
• The Regulation and Politics of Food from Genetically Engineered Animals
• The Value of Accuracy
• The value of DNA information for beef bull selection
• The welfare, economic, and genetic impacts of recessive genetic factors (RGFs)
• Ultrasound as a biotechnology to improve carcass traits
• Use of DNA-based Biotechnologies in the Beef Cattle Industry
• Use of GE crops in CA agriculture and Animal Biotechnology
• Uses of DNA information on Commercial Cattle Ranches
• Using genetic markers in bull selection
• Using Replacement Heifers to Estimate Carcass Quality of Herdmates
• Validating Genetic Markers
• Validation and estimation of genetic variation associated with DNA tests for quantitative beef cattle traits
• Validation of New Technologies for Beef Cattle Improvement
• What are herd bulls accomplishing in multiple-sire breeding pastures
• What has DNA done for me lately?
• What is the Future of Animal Biotechnology?
• What is the value of DNA testing?
• What weighting should be given to BRD resistance in selection decisions
• Where in the beef cattle supply chain might DNA tests generate value
• Whole Genome-Assisted Selection
• Will DNA testing make me money?

Economics

• Economic value of genomic information: Sire and commercial heifer selection
• Buyer Survey to Determine Desired Production Practices for a “Value-Added Program” for Beef Calves in California
• Management and Economic Considerations Related to Rebuilding the U.S. Cowherd
• Meat Industry Capacity and Feasibility Study
• Meat Industry Capacity and Feasibility Study
• Intensive Grazing Management Economics

Marketing and Management

• Economic value of genomic information: Sire and commercial heifer selection
• Buyer Survey to Determine Desired Production Practices for a “Value-Added Program” for Beef Calves in California
• Management and Economic Considerations Related to Rebuilding the U.S. Cowherd
• Meat Industry Capacity and Feasibility Study
• Meat Industry Capacity and Feasibility Study
• Intensive Grazing Management Economics

Breeding, Reproduction and Genetics, Economics, Marketing and Management

• Economic value of genomic information: Sire and commercial heifer selection

Veterinary and Cattle Welfare

• Bovine Respiratory Disease
• The Genetic Basis of Host Susceptibility to Bovine Respiratory Disease

Breeding, Reproduction and Genetics, Veterinary and Cattle Welfare

• Bovine Respiratory Disease
• The Genetic Basis of Host Susceptibility to Bovine Respiratory Disease

Economics, Marketing and Management

• Buyer Survey to Determine Desired Production Practices for a “Value-Added Program” for Beef Calves in California
• Management and Economic Considerations Related to Rebuilding the U.S. Cowherd
• Meat Industry Capacity and Feasibility Study
• Meat Industry Capacity and Feasibility Study

Rangeland

• Intensive Grazing Management Economics
• Weeds in Irrigated Pasture
• Working Landscapes
• Exclusionary Fences & Riparian Pastures
• Locating Sediment Sources on California Rangelands
• Stream Temperature
• UCCE Rangeland Stream Temperature Project
• Water Resource Problems on Rangelands - Workshop Series for Natural Resources Professionals
• Managing weeds to conserve diversity and productivity

Pastures and Natural Resources

• Intensive Grazing Management Economics
• Weeds in Irrigated Pasture
• Working Landscapes
• Exclusionary Fences & Riparian Pastures
• Locating Sediment Sources on California Rangelands
• Stream Temperature
• UCCE Rangeland Stream Temperature Project
• Water Resource Problems on Rangelands - Workshop Series for Natural Resources Professionals
• Managing weeds to conserve diversity and productivity

Economics, Marketing and Management, Rangeland, Pastures and Natural Resources

• Intensive Grazing Management Economics

Nutrition

• Alternative Feedstuffs Available to Supplement Grass-Based Diets
• Rice "Strawlage": A Feed for Drought Induced Feed Shortages?
• Rice Strawlage
• Why Consider Strawlage and the Challenges in Production

Feeds and Feeding

• Alternative Feedstuffs Available to Supplement Grass-Based Diets
• Rice "Strawlage": A Feed for Drought Induced Feed Shortages?
• Rice Strawlage
• Why Consider Strawlage and the Challenges in Production

Nutrition, Feeds and Feeding

• Alternative Feedstuffs Available to Supplement Grass-Based Diets
• Rice "Strawlage": A Feed for Drought Induced Feed Shortages?
• Rice Strawlage
• Why Consider Strawlage and the Challenges in Production

Irrigated Pasture Weeds

• Weeds in Irrigated Pasture

Rangeland, Pastures and Natural Resources, Irrigated Pasture Weeds

• Weeds in Irrigated Pasture

Rangeland Ecosystem Services

• Working Landscapes

Rangeland, Pastures and Natural Resources, Rangeland Ecosystem Services

• Working Landscapes

Rangeland Water Quality

• Exclusionary Fences & Riparian Pastures
• Locating Sediment Sources on California Rangelands
• Stream Temperature
• UCCE Rangeland Stream Temperature Project
• Water Resource Problems on Rangelands - Workshop Series for Natural Resources Professionals

Rangeland, Pastures and Natural Resources, Rangeland Water Quality

• Exclusionary Fences & Riparian Pastures
• Locating Sediment Sources on California Rangelands
• Stream Temperature
• UCCE Rangeland Stream Temperature Project
• Water Resource Problems on Rangelands - Workshop Series for Natural Resources Professionals

Rangeland Weeds

• Managing weeds to conserve diversity and productivity

Rangeland, Pastures and Natural Resources, Rangeland Weeds

• Managing weeds to conserve diversity and productivity