Why are records important? Allow you to analyze your operation – What expenses are excessive? – Where are your greatest profits? – Where should you focus.

Slides:



Advertisements
Similar presentations
Livestock Management and Marketing Considerations in Dealing With Drought Dr. Curt Lacy and Dr. John McKissick Extension Economists-Livestock University.
Advertisements

Controlled Breeding Chandler Akins GJCA Officer Convention Coordinator.
Selection and Judging of Beef
The Cost of Raising Replacement Dairy Heifers
Utilizing Performance Data for Livestock Selection Developed by: Celina Johnson University of Florida.
Dairy Center Research Projects. Skin tests as a predictor of Johne’s disease in cows and heifers An attempt to find an inexpensive and simple way to detect.
What is the OSU Master Cattleman program?
BEEF CATTLE RECORDS AND RECORD SYSTEMS By David R. Hawkins Michigan State University.
The University of Tennessee Agricultural Extension Service A Decision Tool for Improved Beef Cattle Production, Management and Marketing System Analysis.
Value Difference of Feeder Cattle
Cow-Calf Operations Makenna Ramos April 10, 2012 Animal Science.
Transforming a suckler herd Dr Norman Weatherup CAFRE International Beef Cattle Workers Group meeting 2013.
Dairy Center Research Projects
Megan’s Project Farm Business Planning – Case Study Solutions.
Alberta Beef Industry From Pasture to Plate. Cow-Calf Operation Beef production starts with ranchers who raise a breeding herd of cows that nurture cattle.
Exploring the Beef Industry
Producers breed for improved genetics Produce all breeding stock (Bulls and Heifers) Raise purebred or registered cattle Pay close attention to EPD’s.
Cow Fertility How can we affect it?. Objectives Identify three management areas Make a vaccination calendar Have a basic understanding of the body condition.
From Conception to Carcass 2006 National Angus Conference Mike Kasten.
Andrew Brock From: Modern Poultry and Livestock Production and Agriscience Fundamentals and Applications.
Managing the business through data collection. What is data collection in a business? Data collection in a business is when a business manager collects.
Jared E. Decker 1.
Using EPDs in Selection Stolen and edited by: Brandon Freel and Daniel Powell Originally compiled by Colorado Agriscience Curriculum.
 Selection & Culling Strategies Mario S. Mongeon; OMAFRA.
Maxs U.E. Sanam.  BEEF CATTLE BREEDING HERDS  BEEF FEEDLOTS.
Show-Me-Select Replacement ™ Heifer Program Dr. Joe Parcell University of Missouri – Columbia.
CROSSBREEDING SYSTEMS for BEEF CATTLE By David R. Hawkins Michigan State University.
 Heifer Benchmarks Ian Rumbles – CanWest DHI. Deck of Cards What would you build with a deck of cards?
Brown Bagger – Beef Cattle Genetics: Fine Tuning Selection Decisions 1 How do I decide what traits are important ? Selection Indices Dorian Garrick Department.
Beef Lifecycle. Step 1 On cow-calf farms and ranches, cows are bred and give birth to a calf each year.
AFGC Convention 2004 (1) 2004 Possibilities for Improving Dairy Cattle Performance Dr. H. Duane Norman Animal Improvement Programs Laboratory Agricultural.
Mineral Supplementation Update and Recommendations Shane Gadberry Associate Professor Department of Animal Science - Extension.
B66 Heritability, EPDs & Performance Data. Infovets Educational Resources – – Slide 2 Heritability  Heritability is the measurement.
Denise Schwab ISU Extension Beef Program Specialist 2013 Beef Production SPA Lab 2013 Beef Production SPA Lab
Achieving NISBP Targets – Stephen Maguire. Starting Baseline NISBP Av farm size (Ha adj Grassland) 118 (69ha owned) Av Cow herd 93 Av Stocking rate (LU/ha)
GRAZING ECONOMICS: YEAH, BUT WILL IT MAKE MONEY? Dr. Curt Lacy Agricultural Economists University of Georgia.
Understanding Cattle Data Professor N. Nelson Blue Mountain Agriculture College.
Genetic Evaluations & Decision Support to Improve Feed Efficiency Dorian Garrick Department of Animal Sciences Colorado State University.
Setting a Feeder Calf Price Objective Max Runge Extension Economist Auburn University.
REARING DAIRY HEIFERS PROFITABLY Dr. Rachel J. E. Stewart.
Body Condition Scoring Module 3.2. Body Condition Scoring (BCS) System A Body Condition Scoring (BCS) System describes the relative “fatness” of a cowherd.
Challenges with Heifer Selection – HOW MANY Should I Breed, and What are they worth? Dr. Ron Lemenager Beef Extension Specialist
Jeopardy Feeding & Management of the Cow-Calf Herd Unit 15 Animal Science 1.
Cow Herd Performance Testing. Introduction Help evaluate economically important traits Calving ease Birth weight Weaning weight Calving interval Calf.
Selection & Judging of Beef Cattle
DROUGHT Market and Management Considerations Derrell S. Peel Livestock Marketing Specialist.
ECONOMICS OF IMPROVED GRAZING SYSTEMS Dr. Tommie Shepherd, Dr. John McKissick and Dr. Curt Lacy Extension Economist-Livestock University of Georgia.
Genetics – Trait Selection An S 426 Fall Genetics – Trait Selection Has led to development of Economically Relevant Traits (ERT) and Indicator Trait.
MARTIN-LUTHER-UNIVERSITY HALLE-WITTENBERG Institute of Agricultural and Nutritional Sciences, Group Animal Breeding Genetic evaluations for birth weight:
Using EPDs in Selection Edited by: Jessica Hawley & Brandon Freel Originally compiled by Colorado Agriscience Curriculum.
Cow-Calf Enterprise Standardized Performance Analysis.
Beef Marketing Update Kenny Burdine UK Agricultural Economics Economics.
Herd Health DL Step, DVM, Diplomate ACVIM Elisabeth J. Giedt, DVM, MBA
Sustainable Agriculture
Utilizing Enterprise Budgets in Beef Cattle Operations
Exploring the Beef Industry
Sound Financial Management: Working With Cattlemen
Gerard Woynarski Terry Kremeniuk November 21, 2011
Economics of Improved Grazing Systems
Body Condition Scoring Beef Cows
Beef Cattle Andrew Brock
Exploring the Beef Industry
How does beef get From a cattle Farm to our Fork?
From Conception to Carcass
How do cattle get From cattle Farms to our Forks?
Oklahoma Cow-Calf Management Practices: Herd Health
Body Condition Scoring Beef Cows. Body condition score is an indicator of stored energy reserves Fat tissue Protein tissue (muscle and organs)
Expected Progeny Differences
Expected Progeny Difference EPD
Leflore County Fescue Herd
Presentation transcript:

Why are records important? Allow you to analyze your operation – What expenses are excessive? – Where are your greatest profits? – Where should you focus your efforts and when? – Should you expand your operation?

Why are records important? Tell you if you are meeting your goals – Are your cows producing the kind of calf you want? – Is your forage system meeting your grazing needs? – Are you maximizing your income/meeting your lifestyle needs?

Why are records important? Can be used to obtain financing – Demonstrate how your loan will meet your production goals – Clearly demonstrate income-generating potential – Demonstrate ability to repay the loan – You may learn you don’t need the loan

Why are records important? Help you make better decisions – Setting appropriate goals – Tracking your progress – Selecting sires – Reducing expenses – Culling unproductive cows

A Rancher’s Results Your Name Here Big Cattle Buyer Boondocks, USA

What records should I keep? Records you will use – Sounds obvious – Easy to get bogged down in too much information Depends upon YOUR goals – Herd health records – Cow performance records – Financial records

Herd Health Records Vaccination dates Vaccinations given Deworming dates Illnesses – Dates – Treatments – Outcome

Cow Performance Records Hip height and pre-breeding weight Breeding and calving dates Pre-calving body condition score

Calf birth dates and weights (if possible) Calf weaning weights and dates weaned Calf hip heights and muscling scores Cow Performance Records

Financial Records Variable costs – Labor – Feed – Veterinary and medical Fixed costs – Land/Loan payments – Machinery – Depreciation

Sample Record Forms

Julian Calendar

Example at Calving Animal ID Sex (B,C,H,S) Birthdate (Julian date) Birth WeightBWT RatioActual WWT Date Weighed (Julian date) Adj 205 Day WWTWWT Ratio 101S 87 (March 28) H H8868 +D4/D12* S9067 +D5/D12* 100 average =AVERAGE (D2:D11) =AVERAGE(F 2:F11) =AVERAGE(H2: H11)

Example at Weaning Animal ID Sex (B,C,H,S) Birthdate (Julian date) Birth Weight BWT RatioActual WWT Date Weighed (Julian date) Adj 205 Day WWTWWT Ratio 101S (Nov 11) H H S H5/H12* H H6/H12* S ((F7-D7)/(G7- C7))*205+D7 107S ((F8-D8)/(G8- C8))*205+D8 108H H H average

Example Results Animal ID Sex (B,C,H,S) Birthdate (Julian date) Birth Weight BWT RatioActual WWT Date Weighed (Julian date) Adj 205 Day WWTWWT Ratio 101S H H S H S S H H H average

Example Replacement Heifer Selection Decisions Animal ID Sex (B,C,H,S) Birthdate (Julian date) Birth Weight BWT RatioActual WWT Date Weighed (Julian date) Adj 205 Day WWTWWT Ratio 101S H H S H S S H H H average Compare to mature cows’ ratios

Questions?