GUIDE TARGET LIVE WEIGHTS

Similar documents
National Workshop 2018 Case Study B: Breeding and Finishing Easy to Medium Hill

The Ministry of Agriculture and Goat Breeders Society of Jamaica

REALISED RESPONSES TO DIVERGENT SELECTION FOR YEARLING GROWTH RATE IN ANGUS CATTLE

New Zealand Simmental Selection Indexes

THE CEFN IN HOUSE NUCLEUS PROGRAM. Rolf Sokolinski and Andrew Jones. CEFN PTY LTD, 54 King Street, Clifton, QLD 4361

The Influence of Weaning Time on Deer Performance

Deer Health Review Workbook

England 759, ,000 6% Scotland 471, ,000 7% Northern Ireland 269, ,000 9% Wales 187, ,000 9%

Angus BREEDPLAN GETTING STARTED

Market specifications for beef cattle

10/6/2015. Markov decision process: Case example. Optimal management of replacement heifers in beef herd. Age, body weight, season Late breeding

DAIRY CATTLE CROSSBREEDING- POLICY AND RESPONSIBILITY

BEST PRACTICE PUBLICATION

A CORE SET OF KPI MEASURES FOR RED MEAT FARMING BUSINESSES

Growing cattle fast on pasture

Introduction BEEF 140

Available from Deakin Research Online:

Pigs Lecture 1 ANS 101 / VET

Common Performance Recording Problems

On Farm Meeting Anawai

IBSA TRUST FUND PROJECT 3 rd QUARTERLY STATUS REPORT 2017

Selecting a Beef System by Pearse Kelly

BREEDPLAN EBVs The Traits Explained

Long Calving Seasons. Problems and Solutions

SDSU. Effect of Calving Time and Weaning Time on Cow and Calf Performance - A Preliminary Report CATTLE 00-7

Genotype Effect on Body Weight of Different Rabbit Breeds and Their Crosses

Telephone: (706) Animal and Dairy Science Department Rhodes Center for Animal and Dairy Science

Dr. Gatot Ciptadi. Fac. Of Animal Husbandry, UB. gatotciptadi.lecture.ub.ac.id. Dr.Gatot Ciptadi,Fac.Of Anim.

Making Livestock Decisions in Dry Times

Dr. Gatot Ciptadi. Fac. Of Animal Husbandry, UB. gatotciptadi.lecture.ub.ac.id.

Weaner management. in northern beef herds. Russ Tyler Tyler rural consulting Gayndah. A joint initiative of:

SWEDISH FARMING, BEEF PRODUCTION AND CHAROLAIS. - An overview Sofia Persson and Lennart Nilsson The Swedish Charolais Association

All About Scottish Highland Cattle

Breeding for Tuberculosis and Liver Fluke Resistance. Siobhán Ring Irish Angus Meeting, 7 th February 2019

Beef Improvement New Zealand Inc.

Southland Elk/Wapiti Regional Workshop

UNIT 6 UNDERSTANDING THE PROCESS FOR PRODUCING, BREEDING, AND MARKETING AGRICULTURE ANIMALS

Improving Genetics in the Suckler Herd by Noirin McHugh & Mark McGee

Marketing Simmental Cattle. Alana Lunn Canadian Simmental Association

Pardoo Beef Corporation CEDA Agribusiness Outlook 10 October Bruce Cheung Investment, Innovation and Opportunity

The role of field beans in nutrition of Boer goat

Building a fertile herd

2

Managing stock surplus to the milking herd

2018 ICBF and Sheep Ireland Genetics Conference 20 th Anniversary. Dorian Garrick

Characteristics of animals

Glossary of terms used in agri benchmark

Agricultural Science Past Exam Questions Animal Production Higher Level

Optimising farm resource allocation to maximise profit using a new generation integrated whole farm planning model

SMALL RUMINANT RESEARCH AND DEVELOPMENT IN ETHIOPIA. Solomon Abegaz and Solomon Gizaw

Australian beef production in a global market- How do we compare?

THE EFFICACY OF VIUSID VET ON SWINE PRODUCTION IN VIETNAM

NZPork Guide: Outdoor Pigs in OVERSEER

Unit E Segments of the Animal Industry. Lesson 1 Exploring the Cattle Industry

56% 64% of farms are owned by the same family for 3 generations

Fertility. New Zealand Animal Evaluation Limited, Rationale. Lost milk production and changed feed requirement pattern. 5 th February 2013

Developments in the Genetic Improvement of a Large Commercial Population in the New Zealand Sheep Industry

Beef Industry. Reality. Cow Numbers England 759, ,000 6% Scotland 471, ,000 7% Northern Ireland 269, ,000 9%

Beef Cattle management and systems development

Final Technical Report: Community-based Goat Productivity Improvement in Central and South Meru Districts (R7634)

Evaluation of the values for ruminant nitrogen retention used in the National Greenhouse Gas Inventory

Sustainability of Beef Cattle Systems in Uruguay. What type of sustainable system that we need to make focus?

GROWTH TRAITS AND DRESSING PERCENTAGE OF STRAIGHTBRED AND CROSSBRED RABBITS

Angus Bull. Selecting your next

Developing a Large Scale Data Platform. Dr Rod Polkinghorne, OAM

Emissions Reduction Fund Opportunities for cattle producers

Proceedings, The Range Beef Cow Symposium XVIII December 9, 10, 11, 2003, Mitchell Nebraska

User Guide

Lesson Objectives. Students will be able to describe two main reasons why the world s population is rapidly increasing.

The changing face of southern New Zealand farming: opportunities of land use change

2015 Producer Survey Results

CIHEAM - Options Mediterraneennes. FIRST INTERNATIONAL CONFERENCE ON RABBIT PRODUCTION IN HOT CLIMATES 8 September 1994 (CAIRO, EGYPT)

DIFF North project After the field day July 5 th, 2012 Facilitator : Mike Woods

BEEF PRODUCTION SYSTEM GUIDELINES. Animal & Grassland Research & Innovation Programme

Agronomy Facts 54 Pennsylvania s Nutrient Management Act (Act 38): Who Is Affected?

Canfax Research Services A Division of the Canadian Cattlemen s Association

Cattle Market Update: August Kenny Burdine UK Agricultural Economics

Level II Agricultural Business Operations - Assessment Booklet

Working for Health and Profit. What is Fleckvieh? And why is it the breed for you

Lesson Objectives. Students will be able to describe two main reasons why the world s population is rapidly increasing.

Australian Simmental Selection Indexes


TRACEABILITY OF BEEF PRODUCTION AND INDUSTRY IN FRANCE Unique identification number, passport, movements, slaughtering number

NAIT RFID TAGS APPLICATION AND REPLACEMENT PROCEDURES

Investigating New Marketing Options to Increase Beef Production in Ontario

UNDER 16 MONTH BULL BEEF (SUCKLER)

Animal response or performance is determined. Genetic-Environmental Interaction. Texas Adapted Genetic Strategies for Beef Cattle II:

final report Herd Productivity

Model project report for goat farming. with 100 female & 5 male goats

CASE STUDIES USING THE OUTDOOR PIG MODEL IN OVERSEER

The profitability of increasing efficiency in the herd Brian Cumming. bcagriculture.com.au

Agriculture. Paper 1. Centre Number. Student Number. Total marks 70

ECONOMIC WEIGHTS FOR BEEF TRAITS IN SLOVAKIAN SIMMENTAL POPULATION

Deakin Research Online

TO IDENTIFY EASY CALVING, SHORT GESTATION BEEF BULLS WITH MORE SALEABLE CALVES USE THE DAIRY BEEF INDEX

Status as of: 01 February 2008 DESCRIPTION OF BEEF NATIONAL GENETIC EVALUATION SYSTEM DATA COLLECTION

TECHNICAL BULLETIN No.43 Design and implementation of community-based sheep and goat crossbreeding schemes

Job Information Pack

SHEEP and goat production is unique.

Base information required for sheep and beef OverseerFM nutrient budget

Transcription:

GUIDE TARGET LIVE WEIGHTS 163

GUIDE TARGET LIVE WEIGHTS Information about target live weights provides farmers with an ability to compare the performance and progress of their own deer with information about performance that should reasonably be expected as determined from various research programs. Patterns of growth for each species reflect the influence of season and the time to reach mature weight. Live weight, growth rate, stage of production and length of seasons are all important considerations used to estimate an animal s feed requirements that will allow it to meet production and growth targets. Information from this chapter is used to help estimate nutritional (energy) requirements for deer discussed in the chapter on nutrition. Guide live weight targets are estimated from research undertaken in New Zealand, Australia, Canada, Scotland and other countries. Variations to Targets Target live weight information provided below should only be considered a guide and weights suggested are for pure bred animals of each species. Targets may change for strains of each species that have a mature live weight different to those indicated and hybrid animals are likely to achieve higher weight gains than purebred species. Target weights for deer can also be vary between districts that experience different climatic conditions and also between seasons in the same district (for example growth rates are likely to be slower than normal in unseasonally cold springs). However the patterns of live weight gain will be similar to the patterns shown below. Target Live Weights for Breeding Females If breeding seasons on particular farms are managed differently than described here, the patterns of live weight gain can be moved along the X-axis of the appropriate graph to better reflect the situation for in individual farm. Red Deer Hinds Guide live weight targets for Red deer hinds assume a mature live weight of 100 kgs at joining in April, birth occurs at the end of November and weaning occurs 15 weeks after birth at the end of February. Graph 17: Guide live weight targets for a Red hind - 100 kg mature weight Fallow Deer Does Guide live weight targets for Fallow deer does assume a mature live weight of 45 kgs at joining in April, birth occurs at the end of November and weaning occurs 15 weeks after birth at the end of February. Graph 18: Guide live weight targets for a Fallow doe - 45 kg mature weight Wapiti/Elk Hinds Guide live weight targets for Wapiti/Elk hinds assume a mature live weight of 204 kgs at joining in mid March, birth occurs at the end of November and weaning occurs 15 weeks after birth at the end of February. The mature live weight used is significantly less than mature live weights described for these animals in Canada [38]. However it reflects live weights achieved by elite breeders in Australia. 164 165

Eastern European compared with Scottish Red deer), and hybrid deer (ie Wapiti x Red deer) may vary from the targets described here. Red Deer Stags Guide live weight targets for Red stags assume that stags are born at the end of November and their mature live weight is 220 kgs at the beginning of Autumn. Graph 19: Guide live weight targets for a Wapiti/Elk hind - 240 kg mature weight Rusa Deer Hinds Guide live weight targets for Rusa hinds assume a mature live weight of 90 kgs at joining in late June, birth occurs at the beginning of March and weaning occurs 15 weeks after birth at the end of May. Target weights are estimated from data provided by Dryden [23] and include interpolations from data for Red deer and Wapiti/Elk provided by Fennessy [29] and Hudson [45]. The information is also based on an assumption that pattern of growth for Rusa hinds is similar to that for Red deer and Wapiti/Elk but that breeding season is as described above. Graph 21: Guide live weight targets for a Red stag - 220 kg mature weight Fallow Deer Bucks Guide live weight targets for Fallow bucks assume that bucks are born at the end of November and their mature live weight is about 105 kgs at the beginning of Autumn. Graph 20: Guide live weight targets for a Rusa hind - 90 kg mature weight Target Live Weights for Breeding Males It is reasonable that target live weights for different strains of within each species of deer (i.e. Mesopotamian compared with European Fallow and Graph 22: Guide live weight targets for a Fallow buck - 105kg mature weight 166 167

Wapiti/Elk Stags Guide live weight targets for Wapiti/Elk stags assume that bucks are born at the end of November and their mature live weight is about 105 kgs at the beginning of autumn. The mature live weight used is significantly less than mature live weights described for these animals in Canada [38]. However it reflects live weights achieved by elite breeders in Australia. Target Live Weights from Weaning to 18 Months The target live weights shown represent reasonable growth rates observed in research in Australia, New Zealand and Canada. As indicated elsewhere, growth rates and subsequently target live weights for weaner stock may vary between and within species and hybrid animals are likely to grow more quickly and so be heavier at given ages than shown in the targets below. Red Deer Weaners Guide live weight targets for Red deer weaners assume that their weaning live weight is 45 to 55 kgs (depending on sex) and that they are weaned at 15 weeks of age at the beginning of autumn. Graph 23: Guide live weight targets for a Wapiti/Elk stag - 420kg mature weight Rusa Deer Stags Guide live weight targets for Rusa stags assume that they are born at the beginning of March and their mature live weight is about 140 kgs. Target weights are estimated from data provided by Dryden [25] and include interpolations from data for Red deer and Wapiti/Elk provided by Fennessy [29] and Hudson [45]. The information is also based on an assumption that pattern of growth for Rusa stags is similar to that for Red deer and Wapiti/Elk but that peak seasonal body weight for Rusa stags occurs in mid June (beginning of the rut) rather than in March. Graph 25: Guide live weight targets for female Red deer weaners Graph 26: Guide live weight targets for male Red deer weaners Graph 24: Guide live weight targets for a Rusa stag - 140kg mature weight 168 169

Fallow Deer Weaners Guide live weight targets for Fallow deer weaners assume that their weaning live weight is 20 to 23 kgs (depending on sex) and that they are weaned at 15 weeks of age at the beginning of autumn. Wapiti/Elk Weaners Guide live weight targets for Wapiti/Elk weaners assume that their weaning live weight is 75 to 85 kgs (depending on sex) and that they are weaned at 15 weeks of age at the beginning of autumn. Graph 27: Guide live weight targets for female Fallow deer weaners Graph 29: Guide live weight targets for Wapiti/Elk female weaners Graph 28: Guide live weight targets for male Fallow deer weaners Graph 30: Guide live weight targets for Wapiti/Elk male weaners 170 171

Rusa Weaners Guide live weight targets for Wapiti/Elk weaners assume that their weaning live weight is 28 to 33 kgs (depending on sex) and that they are weaned at 15 weeks of age at the beginning of May. Graph 31: Guide live weight targets for Rusa deer female weaners Graph 32: Guide live weight targets for Rusa deer male weaners 172