Baixe o app para aproveitar ainda mais
Prévia do material em texto
A report for the Rural Industries Research and Development Corporation by Synapse Consulting Pty Ltd March 1998 RIRDC Publication No 98/26 RIRDC Project No SYN-1A Farmer Education and Training: Issues for Research and Development © 1998 Rural Industries Research and Development Corporation. All rights reserved. ISBN 0 642 54046 2 ISSN 1321 2656 "Farmer Education and Training: Issues for Research and Development” The views expressed and the conclusions reached in this publication are those of the author/s and not necessarily those of persons consulted or the Rural Industries Research and Development Corporation. RIRDC shall not be responsible in any way whatsoever to any person who relies in whole, or in part, on the contents of this report unless authorised in writing by the Managing Director of RIRDC. This publication is copyright. Apart from any fair dealing for the purposes of research, study, criticism or review as permitted under the Copyright Act 1968, no part may be reproduced in any form, stored in a retrieval system or transmitted without the prior written permission from the Rural Industries Research and Development Corporation. Requests and inquiries concerning reproduction should be directed to the Managing Director. Researcher Contact Details Synapse Consulting Pty Ltd (ACN 011030890) 49 Gregory Terrace, BRISBANE, QLD 4004 Phone: (07) 3831 0144 Fax: (07) 3839 6056 RIRDC Contact Details Rural Industries Research and Development Corporation Level 1, AMA House 42 Macquarie Street BARTON ACT 2600 PO Box 4776 KINGSTON ACT 2604 Phone: 02 6272 4539 Fax: 02 6272 5877 email: rirdc@netinfo.com.au Internet: http://www.rirdc.gov.au Published in March 1998 Printed on recycled paper by DPIE Copyshop Education and Training iii FOREWORD How much education and training do farmers and farm managers need to effectively run their concerns? How much of this training needs to be formal and how best can we find out? These are some of the issues that this project set out to investigate. The report explains why farmers and farm managers generally have relatively lower levels of post-school qualifications in a country that has one of the highest proportions of higher education graduates in its adult populations. It looks at why there is a pressing need to develop strategies to improve tertiary education and training participation rates of rural based people. The researchers look at how the dynamics of people on farms affects their performance and how this can, in turn, be affected by their level of education and training. They also studied the purpose and scope of farmer education and training. The relevance of education and training systems comes under the microscope and the report shows why there is a need for national cooperation between organisations involved in research and development related to agribusiness and training. Recognising that human effort is the most important resource, this report is a valuable addition to the Corporation's Human Capital, Communications and Information Systems Program. It also adds to the store of knowoledge, and a springboard to action, for the rural community. Peter Core Managing Director Rural Industries Research and Development Corporation Education and Training iv INDEX Page Abbreviations iii Executive Summary iv List of Recommendations x 1 INTRODUCTION 1.1 Purpose 1 1.2 Focus 1 1.3 Method 1 1.4 The Report 1 1.5 Acknowledgments 2 2 PEOPLE ON FARMS 2.1 Farm Characteristics 3 2.1.1 Agricultural Outcome 3 2.1.2 Farm Performance 4 2.1.3 Composition of Farm Output 6 2.1.4 Concentration of Production 6 2.1.5 Farm Ownership 6 2.2 Farmers and Farm Employment 7 2.2.1 Farm Employment 7 2.2.2 Agribusiness Employment 8 2.2.3 Women in Agriculture 9 2.2.4 Farm Workforce Dynamics 10 2.2.5 Rural Communities 11 2.3 Farmers’ Education and Training Qualifications 12 2.4 Conclusions 16 3 PURPOSE AND SCOPE OF FARMER EDUCATION AND TRAINING 3.1 Purpose of Farmer Education and Training 17 3.1.1 Agricultural Activities 17 3.1.2 Agribusiness Activities 20 3.1.3 Non-agricultural and Off-farm Activities 21 3.1.4 Post-farm Activities 23 3.1.5 Family Business Activities 23 3.1.6 Non-economic Purposes 24 3.2 Benefits of Education and Training to Farmers 24 3.3 Conclusions and Recommendations 26 4 EDUCATION AND TRAINING SYSTEMS 4.1 Education and Training Institutions 28 4.1.1 Secondary School 28 4.1.2 Vocational Education and Training 29 4.1.3 Higher Education 29 4.1.4 Informal Education and Training 30 4.2 Student Numbers 31 4.3 Education and Training Outcomes 33 4.4 Beneficiaries of the Agricultural Education and Training System 37 4.5 Recent and Prospective Policy Developments 39 4.5.1 Higher Education 39 4.5.2 Vocational Education and Training 40 4.6 Discussion of Policy Directions 42 4.7 Policy and Advisory Institutions on Farmer Education and Training 45 4.8 Conclusions 46 5 EDUCATION AND TRAINING ISSUES Education and Training v 5.1 Rural (Farm) Adjustment Scheme 48 5.2 Demand Issues 50 5.2.1 Factors Affecting Participation 50 5.2.2 Women 52 5.3 Delivery of Education and Training 53 5.3.1 Farmer Learning Processes 53 5.3.2 Curriculum Issues 55 5.3.3 Globalisation 56 5.3.4 Delivery Mechanisms and Technology 57 5.3.5 Integration of Education and Training Sectors 59 5.4 Conclusions and Recommendations 62 6 RESEARCH ON FARMER EDUCATION AND TRAINING 6.1 Existing Arrangements 64 6.2 RIRDC’s Role in Farmer Education and Training Research 67 6.3 Conclusions and Recommendations 68 APPENDIX A EDUCATION AND TRAINING DELIVERY AGENCIES 69 BIBLIOGRAPHY 73 Education and Training vi ABBREVIATIONS AARNet Australian Academic Research Network ABARE Australian Bureau of Agricultural and Resource Economics ABS Australian Bureau of Statistics ACER Australian Council for Educational Research AETC Agricultural Education and Training Council AIAS Australian Institute of Agricultural Science AIEFC Australian International Education Foundation Council ANRAC ANTA National Research Advisory Council ANTA Australian National Training Authority AQF Australian Qualifications Framework ASCILITE Australian Society for Computers in Learning in Tertiary Education AVCC Australian Vice-Chancellors Committee CBT Competency Based Training CSIRO Commonwealth Scientific and Industrial Research Organisation DEET Department of Employment, Education and Training DEETYA Department of Employment, Education, Training and Youth Affairs DITAC Department of Industry, Technology and Commerce DPIE Department of Primary Industries and Energy DRDC Dairy Research and Development Corporation EVAO Estimated Value of Agricultural Output FarmBIS Farm Business Improvement Scheme GCC Graduate Careers Council GDP Gross Domestic Product HECS Higher Education Contribution Scheme ITAB Industry Training Advisory Board ITB Industry Training Board JCU James Cook University MCCC Ministerial Consultative Council on Curriculum MCEETYA Ministerial Council on Employment, Education, Training and Youth Affairs NBEET National Board of Employment, Education and Training NCODE National Council of Open and Distance Education NCVER National Centre for Vocational Educational Research NFF National Farmers’ Federation NFROT National Framework for the Recognition of Training OLA Open Learning Agency of Australia OTFE Office of Training and Further Education QDPI Queensland Department of Primary Industries RAS Rural Adjustment Scheme RIRDC Rural Industries Research and Development Corporation RPL Recognitionof Prior Learning RTCA Rural Training Council of Australia R&D Research and Development TAFE Technical and Further Education TE Tertiary Entrance UK United Kingdom UNS Unified National System USA United States of America VET Vocational Education and Training Education and Training vii EXECUTIVE SUMMARY Purpose of the Study This report was commissioned by the Rural Industries Research and Development Corporation (RIRDC) to identify issues for research and development related to farmer education and training. In undertaking the study we adopted the approach of identifying a limited number of key issues which reasonably could be progressed over a three year period. The review highlights the need for improved education and training and the vast quantity and high quality of available information leading to a judgement that, on balance, high priority should be directed towards developing and implementing strategies which utilise existing information. Focus of the Study The report encompasses the education and training needs of all persons employed in agriculture. However, the focus of the report is on the knowledge, skills and attributes required by farmers and prospective farmers. The report recognises the importance of informal education and training and its complementarity with formal education and training. Nevertheless the report intentionally focuses primarily on formal education and training issues in relation to agricultural and non-agricultural on-farm activities, off-farm activities, post-farm activities and broader social needs. Structure of the Report The report begins with an introductory chapter, followed by a discussion of some of the characteristics of farms and of farm persons. This is followed by a chapter on the purpose and scope of farmer education and training. Chapter 4 examines education and training systems and is followed by a discussion of some of the policy issues relevant to the education and training sector. The report concludes with an examination of existing arrangements for research and development related to farmer education and training. Farms and People on Farms In aggregate terms the farm sector is characterised by poor economic outcomes with virtually no change since the early 1950s in the real gross value of production and a substantial decrease in the net value of production. The sector is, however, highly heterogeneous in relation to the size of each operation, farm productivity and profitability and the ratio of farm to off-farm income. Hence, the farm level response to changing circumstances varies considerably between farms and includes, for instance, further concentration of farm management and/or ownership, improved productivity of traditional enterprises, diversification and, most importantly, continuing increase in income from non- agricultural on- and off-farm activities. The population of farm based persons is similarly heterogeneous and can be categorised, for instance, on criteria related to: dynamic state: entering, or potentially entering, continuing and wholly or partially exiting farming; age, gender, educational status and personal aspirations; extent of, or potential for, on-farm income not related to agriculture and extent of off-farm income; size and nature of the farm and the farm management team; and/or extent of integration with local rural community. These factors, together with the small size and high dispersion of the population of farmers and farm managers relative to the total workforce, affect both the education and training requirements of persons employed in agriculture and the education and training delivery mechanisms best suited to servicing the farm (and rural) population. Farmer and Rural Education and Training Australia has one of the highest proportions of higher education graduates in its adult population in the world. However, Australian managers have relatively low levels of post-school qualifications and the tertiary education status of Australian farmers is lower than that of Australian managers generally. Although the proportion of persons working in agriculture having completed trade, technical and/or apprenticeship courses in 1995 was similar to that in the Australian workforce generally (19.4% and 23.2% respectively), there was a marked difference in the proportions holding associate diploma or higher qualifications (12.4% and 25.9% respectively). Education and Training viii Younger generations of farmers have higher levels of post-school qualification than do older farmers. However, the relatively low level of education and training of Australian farmers is not fully explained in generational terms and, importantly, participation rates of rural based people in tertiary education and training are substantially lower than the participation of their urban counterparts; and this differential is not decreasing. Synapse recommends as the highest priority that research be conducted to develop strategies to improve tertiary education and training participation rates of rural based persons, particularly those who are completing or have recently completed secondary school. Benefits of Farmer Education and Training There are both economic and social benefits of education and training and they are distributed between students, education and training providers, employers, the agribusiness sector and the broader society. The nature and distribution of these benefits are likely to mask relationships between particular education and training experiences and partial measures of their impacts. The education and training of farmers and potential farmers should encompass not only agriculturally related education and training requirements, but also those requirements related to pre- and post-farm occupations, on- and off-farm non-agricultural activities and non-economic purposes. These requirements are dynamic and include the knowledge, skills and attributes needed to facilitate timely and appropriate occupational choices. Agribusiness Sector Just as agriculture is interdependent with other agribusiness activities, so also are the education and training needs of farmers interdependent with those of other persons employed in agribusiness. Effective information flow and interdependent and complementary skills are as important to vertical, and horizontal, integration as are business structures and formal contractual arrangements. The purpose of this review is to identify the needs for research related to the education and training of farmers. However, these needs overlap and are inter-dependent with the education and training of persons employed more broadly in the agribusiness sector. Synapse recommends that the Rural Industries Research and Development Corporation commissions a review of the needs for research into the education and training of the non-farm agribusiness sector. Education and Training Outcomes Several studies have examined the general pattern of knowledge, skills and attributes required by farmers. From those studies, it can be observed, unsurprisingly, that farmers need a balance of the knowledge, skills and attributes required for agricultural production and marketing and those required for management. Furthermore, it can be observed that, to some extent, the knowledge, skills and attributes overlap between these categories. Synapse concludes that further research to refine the general pattern of education and training needs of farmers is not warranted given the breadth, diversity and dynamic nature of those needs and the adequacy of published data. However, individual providers of education and training products need to understand the needs of their target markets and to ensure their education and training products meet those needs. Synapse recommends that, although generic research into farmer education and training is of low priority, educationand training providers, either individually or collaboratively, should undertake effective market research and audits of their performance. Farmer Education and Training Sectors The formal secondary, vocational and higher education sectors, as well as informal education and training, all bear upon the nature and extent of education and training provided to the farm sector with the key factor being the low participation rates of rural and remote persons in formal post-compulsory education and training relative to participation by urban based persons. Education and Training ix As measured by Tertiary Entrance scores, agriculture has a low level of student demand. This is believed to reflect the relatively poor image of agriculture, both economically and socially. However, student satisfaction with agricultural courses and the employment prospects of agricultural graduates are higher than that suggested by the low level of demand for agricultural courses. Only 20.2% of agriculture graduates are employed directly on graduation in the agriculture, fishing and forestry industries, with 8.2% being employed directly as farm managers. The majority of farmers with post-school qualifications have those qualifications in areas other than agriculture. Hence, the influence of the agricultural education system on farming outputs goes well beyond that exercised by farm managers and employees. Similarly, persons with non-agricultural qualifications affect farm outputs through their involvement in farm and off-farm activities. Hence, the common narrow identification of education and training for agriculture with agricultural courses may be misplaced. Education and Training Reforms The higher education system has undergone a period of transformation over the last decade. These reforms included the re-introduction of student fees; amalgamations of colleges of advanced education, and some agricultural colleges, with universities; and a move towards a mass system of education. Fees were re-introduced, initially at a flat rate, in the late 1980s through the Higher Education Contribution Scheme (HECS). In 1997, HECS charges were increased and set at a differential rate in an attempt to reflect supply and demand characteristics of courses. HECS charges for agriculture courses, for example, doubled. Nevertheless, there was actually an increase in 1997 enrolments, largely due to incentives to maintain enrolments given to education institutions by the Government. Restrictions on charging fees to overseas, undergraduate and post-graduate students have largely been abolished. However, given the low level of demand for agricultural courses, this is unlikely to have a major impact on farmer education and training. The vocational education and training system is currently undergoing reform, designed to make the system more responsive to ‘user’ needs. The reform involves the development of competency based training with recognition of prior learning, more flexible training packages and the expansion of vocational education and training into secondary schools. The rural sector has been supportive of, and active in, these reforms. The reforms have resulted in increased availability and uptake of agricultural training. The potential positive and negative, direct and indirect effects of pricing, competition and institutional policies on rural based students, including those who may enter the agricultural sector, should be examined in the context of the participation of rural students in secondary and tertiary education being low relative to participation by urban based students. Local, Comprehensive and Integrated Delivery A number of factors have led to the absence of a coherent framework for farmer education and training. Some of those factors are attitudinal, such as a strong focus on farmers’ needs for agricultural training as compared with training for off-farm, post-farm and non-economic purposes, or failure to see substantial overlaps between farmers’ education and training needs and those of others, such as other small business people. Other factors are institutional, such as the divisions between higher education, TAFE, private VET providers and providers of informal education and training experiences, such as extension officers and private consultants. While action has been taken on many of these broad framework issues in recent years, for example the recognition of prior learning and higher education/TAFE articulation, it is clear that more needs to be done. There is a strongly argued view that local community-based approaches are necessary to improve participation, delivery and outcomes in relation to farmer and rural education and training. Community-based programs should involve all stakeholders, such as education and training providers and farm and other business and community leaders, and should identify local needs and develop strategies to meet those needs. There is some of this flavour in the FarmBIS scheme, except that by the nature of the review leading to the scheme, there is a focus on farm business needs to the exclusion of other needs. Education and Training x Synapse recommends the following research program to support the development of an integrated local community approach to education and training: • Case studies of the application of community-based strategies with a view to developing a framework for ‘best practice’ community initiatives. • Investigation of how advisory mechanisms and inter-institutional linkages can provide the required community and regional focus. • Investigation of the attitudes to education and training of local farm leaders, how these influence education and training decisions by farmers, and how local leadership can be harnessed to support improved education and training outcomes. Education and Training Policies A number of major policy initiatives are underway in respect of the formal education and training sector. Some of these, such as the National Training Framework, are likely to be of particular benefit to rural and regional Australia. The Rural Training Council of Australia has an ongoing role in pursuing the application of the positive aspects of these initiatives as well as their continued development. A number of other issues concerning the formal education and training sector, however, have been discussed in this report and are deserving of further research. Synapse recommends that research be conducted into: • The impact of institutional funding arrangements, including differential HECS and possible voucher schemes in higher education and fee arrangements applying to the vocational education and training sector, on demand for courses relevant to agriculture. • The potential for, and ways to stimulate appropriate use of, flexible and innovative delivery mechanisms to improve access to, and quality of, farmer education and training. • The role of the formal education and training sector in supporting the informal sector (eg, training extension officers and group leaders). • The appropriate emphasis within the proposed FarmBIS program on agriculturally related education and training relative to more generically oriented education and training and on ways to fully integrate FarmBIS into existing rural education and training policies and programs. Farmer Education and Training Research Arrangements Although the nature of the benefits of education and training are diverse and, hence, difficult to quantify, it is generally accepted that education and training play an important role in economic growth and community well-being. Furthermore, there are economies of association between education and training and R&D. Against, this background, and given RIRDC’s mission, it is legitimate and desirable for RIRDC to maintain a research program related to enhancing the education and training status of persons involved in the agribusinesssector broadly. Nevertheless, there are many other public and private sector organisations with responsibilities and capabilities related to agribusiness education and training. Synapse recommends that RIRDC establishes or participates in an effective consultation mechanism aimed at capturing synergies between itself and other national organisations involved in research and development related to agribusiness education and training. Education and Training xi LIST OF RECOMMENDATIONS 1. Synapse recommends as the highest priority that research be conducted to develop strategies to improve tertiary education and training participation rates of rural based persons, particularly those who are completing or have recently completed secondary school. 2. Synapse recommends that the Rural Industries Research and Development Corporation commissions a review of the needs for research into the education and training of the non-farm agribusiness sector. 3. Synapse concludes that further research to refine the general pattern of education and training needs of farmers is not warranted given the breadth, diversity and dynamic nature of those needs and the adequacy of published data. 4. Synapse recommends that, although generic research into farmer education and training is of low priority, education and training providers, either individually or collaboratively, should undertake effective market research and audits of their performance. 5. Synapse recommends the following research program to support the development of an integrated local community approach to education and training: • Case studies of the application of community-based strategies with a view to developing a framework for ‘best practice’ community initiatives. • Investigation of how advisory mechanisms and inter-institutional linkages can provide the required community and regional focus. • Investigation of the attitudes to education and training of local farm leaders, how these influence education and training decisions by farmers, and how local leadership can be harnessed to support improved education and training outcomes. 6. Synapse recommends that research be conducted into: • The impact of institutional funding arrangements, including differential HECS and possible voucher schemes in higher education and fee arrangements applying to the vocational education and training sector, on demand for courses relevant to agriculture. • The potential for, and ways to stimulate appropriate use of, flexible and innovative delivery mechanisms to improve access to, and quality of, farmer education and training. • The role of the formal education and training sector in supporting the informal sector (eg, training extension officers and group leaders). • The appropriate emphasis within the proposed FarmBIS program on agriculturally related education and training relative to more generically oriented education and training and on ways to fully integrate FarmBIS into existing rural education and training policies and programs. 7. Synapse recommends that RIRDC establishes or participates in an effective consultation mechanism aimed at capturing synergies between itself and other national organisations involved in research and development related to agribusiness education and training. 1 INTRODUCTION 1.1 Purpose This report presents an analysis of tertiary education and training issues as they relate to the knowledge, skills and attributes required by Australian farmers, with a view to identifying research and development (R&D) priorities for the Rural Industries Research and Development Corporation (RIRDC). Although the report was commissioned by RIRDC, the views expressed in the report are those of Synapse Consulting. 1.2 Focus The focus of the report is on farmers and prospective farmers and, to a lesser extent, on other people employed on farms. The emphasis is on the formal education and training system. However, the interface of this formal system with, and the importance of, informal learning activities are recognised. The tertiary education sector encompasses both higher education (for example, universities) and the vocational education and training sector (TAFE and other providers). However, virtually all tertiary education has both a vocational component, which is the imparting of knowledge, skills and attributes relevant to a particular career, and a general education component, which is the imparting of knowledge, skills and attributes of broader social relevance. The report recognises that individuals require a succession of education and training experiences, involving diverse combinations of higher, vocational and informal education and training at different times of life. In short, lifelong learning. This is particularly the case given the increasing probability of careers being comprised of a range of occupations, many of which may not be conceived when a person begins the transition from school to work. The knowledge, skills and attributes required by farmers and prospective farmers relate to both agricultural and non- agricultural on-farm activities, off-farm activities, post-farm activities and broader social needs. 1.3 Method The information in this report is based on an extensive literature search, combined with consultations with major stakeholders and researchers in the field, and the knowledge and experience of the consultants. 1.4 The Report The report is organised as follows. Following this introductory chapter, Chapter 2 presents information on the characteristics of farms and of the farm population. Chapter 3 discusses the purpose and scope of farmer education and training leading to recommendations for research and development related to improving participation in and delivery of rural education and training programs. Chapter 4 presents information on current structures and trends in the education and training system. Chapter 5 discusses a number of issues of relevance to farmer education and training, including the role of education and training in adjustment processes, participation levels, and delivery and structural issues. It concludes with recommendations for research and development concerning education and training policies. Chapter 6 describes the existing arrangements for research and development on farmer education and training and proposes RIRDC adopt a collaborative approach to farmer education and training research. Appendix A provides information on public sector providers of agricultural education and training. 1.5 Acknowledgments The project team comprised Tony Gleeson, Jim Groves and Kristel Whitaker. The draft report was widely circulated for comments and seminars were held in Canberra and at Gatton College, Lawes. We appreciate the assistance of Professor Snow Barlow and Associate Professor Tony Dunne and their colleagues in helping to organise these seminars and the inputs from all attendees. We especially acknowledge the discussions with and written comments from Don Blesing, Kay Bodman, Ron Cullen, John Drinan, Ray Hunt, Judy Huxley, Sue Kilpatrick, Kate Lawrence, Ian MacFarlane and Peter McInnes. Education and Training 2 2 PEOPLE ON FARMS This chapter examines aspects of farms and of people on farms so as to provide a context within which to consider research and development issues related to farmer education and training. 2.1 Farm Characteristics 2.1.1 Agricultural Outcome The aggregate long term outcome, in terms of value of production, of the agricultural sector is poor, as is illustrated in Figure 2.1. Figure 2.1 Agricultural Outcome, 1971-72 to 1994-951 Net Value of Production Gross Value of Production Volume of Production World Trade Costs of Production -3 -2 -1 0 1 2 3 Fa ct or C ha ng e 1. 1994-95 Australian dollars. Source: Adapted from Synapse (1997) Since the early 1970s, there has been virtuallyno change in the real gross value of Australian agricultural output and a two-fold decrease in net value of production. There has nevertheless been a two-fold increase in the value of world trade in agriculturally based products and a one-and-a-half-fold increase in the volume of agricultural production. Costs have increased one-and-a-third-fold. The same general pattern, as that presented in Figure 2.1, has in fact been evident since the early 1950s. Clearly, in aggregate terms, agricultural outcomes have not been conducive to further investment and growth. Economic analyses invariably highlight the negative impact of adverse terms of trade; that is, declining ratios of prices to costs. This focus on the external causes of poor aggregate economic outcomes may have contributed to a slowness, generally, in the farm and off-farm sectors to adapt to sustained directions in international agricultural markets. There is, however, considerable variation in agricultural performance between farms. 2.1.2 Farm Performance In an analysis of broadacre performance in the early 1990s (Synapse 1992), broadacre farms were grouped according to total cash receipts, with Group A being the largest 30% of farms in terms of cash receipts, Group B the next 35% and Group C the smallest 35% of farms in terms of total cash receipts. Education and Training 3 A selection of the results of this analysis are presented in Table 2.1. Table 2.1 Broadacre Farm Characteristics by Total Cash Receipts, 1990-91 Characteristic (per farm) Group A Group B Group C Farm Cash Receipts ($000) 319 93 33 Gross Cash Operating Surplus ($000) 92 21 4 Interest Paid ($000) 30 11 10 Farm Cash Operating Surplus ($000) 62 10 -6 Receipts : Capital Ratio 0.18 0.11 0.06 Average Total Off-farm Income ($000) 12 13 19 Ratio of Off-farm Income to Total Income 0.16 0.56 1.46 Age of Operator (years) 49 52 56 Percent of Output Produced (%) 68 24 8 Source: Synapse (1992) As shown in Table 2.1, there is considerable variation in productivity between the three groups of farms. On average, productivity was greater in Group A than in Group B and in Group B than in Group C. However, productivity varies greatly between farms producing similar levels of output. Within each farm category, the more economically productive properties produced almost four times the revenue per dollar invested than did less productive farms (see Table 2.2). Table 2.2 Percentile Bound Estimates for Selected Characteristics, 1990-91 Characteristic Group A Group B Group C 12.5% 87.5% 12.5% 87.5% 12.5% 87.5% Total Cash Receipts ($000) 165 473 61 132 14 49 Farm Cash Income ($000) -14 143 -22 44 -30 16 Debt ($000) 100 498 0 199 0 100 Receipts : Capital Ratio 0.10 0.38 0.07 0.24 0.03 0.16 Off-farm Income ($000) 0.4 27 0 35 0.6 56 Age (years) 35 64 36 70 37 73 Source: Synapse (1992) In Group A, the middle 75% of producers, as bounded by the lower and upper 12.5% percentiles, had receipt : capital ratios ranging from 0.10 to 0.38. While the respective figures for Groups B and C were smaller, there was still considerable overlap between these groups and Group A and between Groups B and C. For example, farmers in the upper percentile for Group C had a higher receipt : capital ratio (0.16) than farmers in the lower percentiles of both Group A (0.10) and Group B (0.07). Whilst it is evident that productivity is greater on larger farms (Group A), increasing farm size per se is no panacea for improving farm productivity. Both large and small farms have a range of economic productivity. ABARE (1995) has also conducted an analysis of the broadacre farm sector in terms of farm cash receipts. Broadacre farms were ranked from smallest to largest in terms of the value of their cash receipts, and divided into three groups with equal farm numbers. The results of this analysis were similar to those obtained by Synapse, and indicated that the largest 30% of farms continue to account for more than two-thirds of broadacre production and all of the broadacre profits (ABARE 1995). These analyses support the widely held view that managerial performance, as reflected in economic statistics, varies considerably between farms. However, the aspirations of farm owners and managers also vary between farms and variations in economic productivity may not truly reflect managerial performance. Additionally, in most circumstances, land values are not determined only by agricultural productivity, and other factors, such as climate and proximity to recreational facilities and off-farm work, affect land values and hence apparent agricultural productivity. Education and Training 4 Additional to the variation in performance between farms of varying size, ranked according to cash receipts, there is also considerable variation in cash operating surplus between industries, as shown in Table 2.3. Table 2.3 Average Cash Operating Surplus by Industry, 1987-88 to 1992-93 Industry 1987-88 1992-93 No of Farms Cash Operating Surplus No of Farms Cash Operating Surplus (000s) ($000 per farm) (000s) ($000 per farm) Beef Cattle 16.4 31 20.8 21 Grain - Sheep/Beef 24.9 57 18.6 39 Sheep 19.2 53 16.5 11 Dairy Cattle 16.3 32 13.6 55 Cereal Grains 12.7 48 11.2 59 Sheep - Beef 8.5 63 9.6 14 Sugar Cane 5.5 41 4.9 28 Pigs 2.0 31 1.5 31 Poultry 1.5 80 1.2 63 Average All Industries 128.7 44.7 120.6 34 Source: ABS (1989;1995a) Furthermore, there is also variation between years. For example, average cash operating surplus for sheep properties was relatively high in 1987-88, but was poor, in relative terms, in 1992-93. The poultry industry, on the other hand, performed above the all industry average in each of 1987-88 and 1992-93. 2.1.3 Composition of Farm Output The pattern of agricultural production has shown a long-term trend towards diversification, although the major commodities remain dominant. Between 1975-76 and 1995-96, for example, the proportion of the total gross value of agricultural production from the seven major commodities of wheat, sugar, meat, dairy, wool, pigs and poultry declined from 75.5% to 59% (ABARE 1996a). This translates into an annual rate of diversification of 0.8% in the twenty years to 1995-96. However, as observed by McInnes (pers. comm., January 1997), the average rate of diversification increased markedly to 1.6% per annum over the 5 years to 1995-96. 2.1.4 Concentration of Production There are approximately 120,000 commercial1 farms and an estimated 30,000 hobby farms (Knopke, Furmage, Walters & Krieg 1995; ABARE 1996a). Over the ten years to 1994-95 the number of commercial farms declined by an average of approximately 1.3% per year (ABARE 1997b). There is a high degree of concentration in agricultural production, although this varies across commodities. Within the broadacre industries, 30% of farms produce approximately 70% of the gross value of broadacre production. Concentration is greatest in beef cattle, with 11% of beef farms producing about 50% of output from 85% of the beef lands. In industries where there is significant vertical integration, concentration of production is even greater. For instance, in the poultry industry, two companies supply approximately 75% of all day old broiler chickens and process approximately 70% of broiler chickens marketed in Australia (Douglas 1995). Within the pig industry, the top 2% of farms own 40% of the industry’s total sow population. 2.1.5 Farm Ownership The overwhelming majority of farms are family-owned. Within the broadacre and dairy industries, 99.6% of establishments are family owned. Approximately 82% of these farms are family partnerships. The 0.4% of broadacre farms that are corporately owned tend to be larger, accounting for 6.5% of the gross value of production in 1994-95 (Martin 1996). Within the Australian economy as a whole, family businesses accountedfor 83% of all businesses and employ about 50% of the private sector workforce (Romano, Smyrnios, Tanewski & Huang 1997). 1 Commercial farms are defined to be those with an estimated value of agricultural operations (EVAO) of $22,500 or more (ABARE 1996b). Education and Training 5 2.2 Farmers and Farm Employment 2.2.1 Farm Employment The Australian Bureau of Statistics (1997b) estimates there were 438,000 persons employed in agriculture, forestry, and fishing2 in February 1997. Of these, 89%, or 390,000 persons, were employed in agriculture, 5% in services to agriculture, and 3% in each of forestry and fishing. Persons are classified as being employed in agriculture, forestry and fishing if their principal job, in terms of hours worked, is in that industry category. Approximately 4% of the Australian workforce hold more than one job and, in 1991, approximately 34,000 persons, or 10% of all Australian multiple jobholders, had a second job in agriculture. Approximately 35% of persons with a second job in agriculture also had their principal job in agriculture. This pattern is not dramatically different from that applying nationally for all industries (ABS 1992). Comparing farm numbers with farm employment implies that an ‘average’ commercial farm employs 3.2 people, comprised of 2.1 farm managers and 1.1 wage and salary earners (ABS 1997b). There is, however, considerable dispersion around this average. For example, 3% of farm enterprises employ 5 or more people (NBEET 1994). Table 2.4 presents selected information on the employment positions of persons employed in agriculture. Table 2.4 Employment Positions of Persons Employed in Agriculture, Forestry and Fishing, 1997 Position Male Female Persons (000s) % (000s) % (000s) % Farmers and Farm Managers 175 41 74 17 249 58 Skilled Agricultural and Horticultural Labourers 60 14 8 2 69 16 Other 69 15 52 11 121 26 TOTAL 304 70 134 30 438 100 Source: ABS (1997b) Closer disaggregation of farm wage and salary earners shows that, in 1992-93, there was nearly as many seasonal, casual and part-time employees (48%) as permanent full-time employees (52%). Moreover, this proportion of seasonal, casual and part-time employees had increased from 39% in 1986-87, suggesting a trend to casual employment. This has been identified as reflecting increasing mechanisation and improved farming practices allowing the owner-manager to undertake a higher proportion of routine work, with employees more likely to be required on a part-time basis or for peak periods, for example, for harvesting (RTCA 1995). As the Rural Training Council points out ‘it follows that such persons will only remain available for industry employment if they can obtain a worthwhile living from a series of part-time jobs. This emphasises the need for multi-skilled training as a norm rather than an exception’ (RTCA 1995). 2.2.2 Agribusiness Employment Woodford & Collins (1990) estimate that 16% of the national workforce is involved in the supply of inputs to, and processing and marketing the output of, the agricultural sector, up to the point of retail sale. Obviously, many people other than those categorised as being employed in agriculture directly or indirectly provide goods and services, including specialised technical and managerial inputs, into agricultural production and the composition of agribusiness activities is discussed in section 3.1.2 of this report. The education and training system for farmers is a subset of, and overlaps with, the education and training system for the agribusiness labour force defined more broadly. Moreover, the skills of many of these people, in particular extension officers and other farm advisers, are substitutes, in full or part, for the skills and knowledge of farmers themselves (Daniels & Chamala 1989). 2 In what follows ‘agriculture’ is used to refer to the larger category of agriculture, forestry and fishing. Education and Training 6 Figure 2.2 illustrates the position of the agricultural workforce in relation to the agribusiness and Australian workforces. Figure 2.2 Agricultural Workforce (1997) Source: Woodford and Collins (1990); ABS 1997b 2.2.3 Women in Agriculture The recorded proportion of women employed in agriculture has increased substantially in recent years. In February 1997, 30% of persons employed in agriculture were female, up from 17% in 1972, with the corresponding figure for the whole workforce being 43% in 1997. In fact, over the 25-year period, male employment in agriculture declined by 62,000, or 17%, while female employment rose by 57,800 or 76%. It is likely that the increased proportion of women recorded as working in agriculture reflects farm women respondents to labour force surveys increasingly, and accurately, defining themselves as part of the farm management team rather than outside the labour force. Nevertheless, statistics probably continue to understate the number of women involved in agriculture because of those who continue to define themselves as outside the labour force, and those whose primary employment is off-farm. A Department of Primary Industries and Energy (DPIE) study of eastern Australian rural producers found that over 80% of establishments had at least one female actively involved in the day-to-day operations of the farm (DPIE 1997). The implication of women not defining themselves in labour surveys and of those having a primary job elsewhere, while still being actively involved in farming, is that official estimates probably understate the size of the agricultural labour force and the role of women in agriculture. 2.2.4 Farm Workforce Dynamics AUSTRALIAN WORKFORCE (8.3 million) Part-time Employees 20% Full-time Employees 22% AGRICULTURAL WORKFORCE (438,000) AGRIBUSINESS WORKFORCE (1.7 million) Farm Managers 58% Agriculture 26% Agribusiness Activities 74% Agribusiness 16% Other 84% Education and Training 7 The dynamics of the farm workforce are illustrated in figure 2.3. Figure 2.3 Farm Population Dynamics ABARE (1997b) estimates that about 8000 persons become farmers and farm managers each year. Given this entry rate, a 1.3% annual decrease in farm numbers and an average farmer/farm manager workforce of 2.1 persons per farm, Synapse estimates that, each year, approximately 11,270 persons cease to be primarily occupied as farmers or farm managers. Presumably some of these persons retain a second occupation in agriculture and, hence, do not totally exit the sector. Furthermore, the dramatic rise in off-farm income (see Section 3.1.3) indicates a rising number of persons partially entering or exiting agriculture. The average age of persons who have recently become farmers is 42 years (Garnaut & Lim-Applegate 1997) and the average age of farmers is 53 years (NBEET 1994). The average duration as a farmer appears to be around 25 years, which implies that, on average, persons retire from farmer status in their mid-60s.3 Long term forecasts suggest that the agricultural labour force is ageing, and that the entry of young persons into agriculture will be limited to the numbers of older persons leaving the industry (Cullen & Cullen 1994). New entrants to farming generally come from a farming background, having spent, on average, 70% of their lives on farms. A large proportion of these persons become farm operators of properties already owned by their families (Garnaut & Lim-Applegate 1997). Furthermore, new farmers tend to be younger and more educated than existing farm operators, and they have spent more time off-farm before becoming farm operators. Long term projections indicate that younger farmers will tend to have fewer higher education degrees,but more VET level qualifications (Cullen & Cullen 1994). A study by Stayner (1997b) found that new farmers who came from non-agricultural careers were more open to innovation and to seeking advice than farmers with a background only in farming. The education and training needs of new entrants to farming will differ from, and overlap with, the education and training needs of existing and wholly or partially exiting farmers. In the first instance, being more educated and open to innovation means that these new farmers are more likely to seek out education and training when they need to and to be aware of sources of information and where to find out more about farmer education and training. This has implications for the delivery of education and training services to these persons, as discussed in Section 5.3.4. It is possible that the rate of entry of persons to the sector could accelerate, which, against a continuing decline in the total number of farms, implies an acceleration in the rate of exit. This would reflect increased demands on farmers, such as for marketing and management skills, as has already occurred as a result of deregulation of commodity and financial markets. Whilst most such demands will be met by existing and future farmers obtaining more training in these areas, some could be met by a change in personnel. Ease of entry to and exit from farming could also be assisted by increasing opportunities for earning non-agricultural income from a farm residential base. Garnaut & Lim- Applegate (1997) found that recent entrants to farming averaged 6 more hours per week in off-farm employment than existing farmers. 3 These ages may be biased upwards to the extent that there is a distinction between owners and operators, with the age statistics referring to the former. Enter Workforce Transfer Within Workforce Potentially Employed in Agriculture Currently Employed in Agriculture Stay In Agriculture Enter Agriculture Exit Agriculture As Primary Job As Secondary Job Not Enter Agriculture Education and Training 8 2.2.5 Rural Communities The need for community group involvement in the design and delivery of programs to rural communities and the importance of interaction in service delivery is highlighted by several sources (Synapse 1993; Kilpatrick 1996; Chapman 1997). In particular, it has been stated that programs for rural communities need to be delivered on a needs basis, where needs are determined by the local community, including farmers. Furthermore, it is believed that access to education and training services would be improved if they were delivered through existing community groups and structures. Institutional structures and cultures are likely to have a potent influence on farmer attitudes to education and training and on the delivery of education and training services. Given the history of Australian settlement and its economic development, it is unsurprising that there are very strong and influential institutions dedicated to servicing the political, economic and, to a lesser extent, social needs of farmers. This separatist approach to servicing the needs of farmers is reflected in a multiplicity of agricultural business support programs which are rarely integrated, in concept or delivery, with other programs directed at servicing rural communities more broadly. However, farmers are only a subset of the rural population and agriculture now accounts for less than a quarter of all rural employment, down from 48% in 1976 (ABS 1996a). Over the period from 1976 to 1991, the rural sector workforce actually grew by 50% (McColl, Donald & Shearer 1997). It is highly probable that slowly evolving institutional cultures and influences dedicated to farmers are inappropriate to the rapidly evolving needs of rural communities, including farmers. As noted by Lawrence (1997) ‘rural and remote “communities” are not just what’s left over after you take government and industry out of the equation, but rather they include all people, organisations, enterprises and institutions who belong to and have a commitment to a place and its people’. While there has been a net migration of persons out of remote rural and many inland towns, coastal areas and major regional centres have experienced population growths (McColl et al. 1997). The delivery of services to rural areas has moved with the migration trends and farm families may have been adversely affected due to the close interplay between rural communities and farming and the activities and well-being of farmers (Synapse 1997). This close interplay is reflected in an ABARE survey where farmers indicated that the viability of the local community was considered to be at least as important to farm families as the performance of the farm business itself (Gooday 1995). In this same survey, more than 25% of respondents considered educational facilities to be the major issue facing farm families. Rural employment was considered to be a major issue by 20% of respondents. The close interplay between farming and rural communities has implications for the delivery of education and training services to farmers. This is discussed in greater detail in Section 5.3.4. 2.3 Farmers’ Education and Training Qualifications The present generations of Australian farmers have experienced relatively low participation rates in formal or structured education and training. In May 1995, approximately 32% of those employed in agriculture, forestry and fishing possessed post-school qualifications (ABS 1996c). This figure is relatively low compared with both overseas farmers and other Australians. In 1986, for example, when only 25% of Australian farmers had proceeded beyond Year 10 in secondary education, the comparable figures for Europe, the United States and New Zealand were 90%, 50% and 50%, respectively (Bell & Pandey 1987).4 In 1995, the proportion of the Australian labour force as a whole with post-school qualifications was 49% and 50% of managers and administrators held post-school qualifications. Retail trade (30%) was the only other industry sector with such a low level of post-school qualifications (ABS 1996c). The formal qualifications of persons employed in agriculture, as compared to the Australian labour force, is shown in Table 2.5. Table 2.5 Level of Qualifications, 1995 Qualification Employed in Agriculture Australian Labour Force (%) (%) 4 By 1996, the Australian proportion had increased to 43%, but this is still behind the levels of their overseas counterparts a decade earlier. Education and Training 9 Completed (only) 4 Years or less of Secondary School 53.7 32.8 Completed Secondary School 14.5 18.1 Completed Trade, Technical Course and/or Apprenticeship 19.4 23.2 Completed Associate Diploma or above 12.4 25.9 With Post-School Qualifications 31.8 49.1 Source: ABS (1996c) Approximately 32% of persons employed in agriculture in 1995 had post-secondary qualifications, up from 23% in 1983. However, as shown in Figure 2.4, the proportions of both farmers and the workforce in general with post- school qualifications have been rising at approximately the same rate, with little, if any, decline in the gap between the two. Given the predominance of entry into farming by persons with farming backgrounds, presumably this gap continues to reflect the relatively lower levels of participation of rural populations in education and training as compared with urban populations and the older age structure of farmers as compared with the Australian workforce generally. Rural and remote students have a lower level of participation in the later years of secondary school than do urban students. In 1994, estimated Year 12 completion rates were 71% for urban students, compared with64% for rural students and 58% for remote students (MCEETYA 1994). In 1991, the higher education participation rate among the urban population was over double that of the remote area population, and some 45% higher than that of the rural population. This gap is wider than at the secondary school level. Apparently there has been little improvement since that time (Illing 1997). Not surprisingly, students from rural and remote areas are more likely to study agriculture than those from urban areas: 4.2% of rural students and 5.9% of remote students in 1991, compared with only 1.1% of urban students, were studying agriculture (DEETYA 1992).5 The 1991 NBEET report on a National Education and Training Strategy for Rural Australians identified young non- metropolitan adults, particularly in the 15 to 29 age group, as the group most at risk of not participating in formal post-compulsory education and training. To the extent that these factors, and others, affect education and training profiles of farmers, the relatively low level of formal education and training qualifications of Australian farmers is not a unique characteristic of farmers but rather one which applies generally throughout rural communities. Figure 2.4 Post-school Qualifications 0 10 20 30 40 50 60 19 83 19 85 19 87 19 89 19 91 19 93 19 95 Year Pe rc en ta ge % persons employed on agriculture etc w ith post-school qualif ication % total w orkforce w ith post-school qualif ications Gap Source: ABS (1996c) 5 Calculated on the basis of postcode of ‘home’ address. Education and Training 10 The diverse range of farm managers’ post-school qualifications is shown in Table 2.6. Table 2.6 Post-School Education Qualifications of Farm Managers, 1991 Area of Qualification Males Female Persons (%) (%) (%) Business, administration 0.3 0.8 0.5 Sales, keyboarding, accounting 0.7 3.1 1.5 Medicine, nursing 0.3 8.0 2.7 Veterinary science 0.1 0.1 0.1 Education 0.5 5.8 2.1 Social sciences 0.8 1.9 1.1 Natural sciences, engineering 1.3 0.8 1.2 Trades 7.0 1.8 5.4 Agricultural sciences 10.9 2.1 8.2 Other/unstated 3.7 3.0 3.5 SUB-TOTAL 25.5 27.6 26.2 No Post-School Qualifications 74.5 72.4 73.8 Source: ABS (1993a) This shows that only 8.2% of farm managers had formal qualifications, at either university or vocational level, in agricultural sciences. While this is the largest single category of qualifications, it represents less than one third of the qualifications held. Other qualifications are held across a wide variety of areas, particularly in the trades. Projections made by Cullen & Cullen (1994) suggest that, by the year 2001, 48% of the agricultural labour force aged between 16 and 64 years old will hold post-school qualifications. The corresponding projection for 24 to 34 year olds is considerably higher at 60%. Within this group, it is projected that the proportion with a degree level qualification will fall to 4.9% by 2001, down from 6.1% in 1993, while the proportion with VET qualifications is expected to increase to 55% by 2001 (from 37% in 1993). Similarly, projections for the agricultural labour force aged 16 to 64 years old suggest that the proportion with degree qualifications will fall from 7.8% in 1993 to 6.8% by 2001, while the proportion with trade and certificate/diploma qualifications will rise. Projections suggest that a ‘certificate or diploma in science, computing or agriculture’ will account for 30% of all post-school qualifications held by the agricultural labour force in the year 2001. A higher proportion of female managers had post-school qualifications as compared to their male counterparts. This is the reverse of the pattern in the workforce as a whole, where males (53%) had a higher level of post-school qualifications than females (46%) (ABS 1996c). The differences in the types of educational qualifications held between male and female farm managers is a striking but unsurprising feature of Table 2.6. Male farm managers are more likely to hold agricultural qualifications (11% against 2%) and trade qualifications (7% against 2%).6 The educational profiles of individuals do not necessarily relate closely to the educational profiles of the farm management as the ‘typical’ farm has more than one manager. If the concept of a management team is used, then a higher proportion of farms have post-school qualifications in the management team. Kilpatrick (1996) showed that in 1993-94, 37% of farms included someone with post-school qualifications in their management team. Of these, 15% had agricultural qualifications. These are higher than the individual educational profile figures quoted above (31% and 8% respectively), but still indicate that only a minority of farm management teams contain people with formal post-school qualifications. These figures refer only to formal education qualifications. They give no indication about the extensive range of short training courses and informal education and training methods which are the traditional ways in which Australian farmers have received their education and training. Kilpatrick (1996) shows that 76% of farmers attended field days in 1993-94, 38% attended seminars and workshops, and 19% attended conferences and industry meetings. Only 20% attended no training. On the other hand, only 3% of Australian farm management teams include someone participating in formal award courses at universities, TAFE 6 It should be noted that these figures exclude people whose primary employment is in other sectors, but who still contribute to farm management on a part-time basis. Education and Training 11 institutes and other accredited providers. This indicates that while only a minority of farmers are or have been involved in formal award training and education, a large majority do involve themselves in informal education and training. This is discussed further in Section 4.1.4. 2.4 Conclusions The past and continuing poor economic outcomes of the agricultural sector point to a need for a ‘circuit breaker’ in the continuum of poor agricultural outcomes. However, the farm sector is heterogeneous in relation to the size of operation, farm productivity and profitability and the ratio of farm to off-farm income. Hence, the appropriate ‘circuit breaker’ will vary considerably between farms and will include, for instance, further concentration of farm management and/or ownership, improved productivity of traditional enterprises, diversification and, most importantly, continuing expansion of income from non-agricultural on- and off-farm activities. The population of farm based persons is similarly heterogeneous and can be categorised, for instance, on criteria related to: dynamic state: entering, or potentially entering, continuing and wholly or partially exiting farming; age, gender, educational status and personal aspirations; extent of, or potential for, on-farm income not related to agriculture and extent of off-farm income; size and nature of the farm and the farm management team; and/or extent of integration with the local rural community. These factors, together with the small size and high dispersion of the population of farmers and farm managers relative to the total workforce, affect both the education and training requirements of persons employed in agriculture and the education and training delivery mechanisms best suited to servicing the farm (and rural) population. Australia has one of the highest proportions of higher education graduates in its adult population in the world. However, Australian managers have relatively low levels of post-school qualifications and the higher and tertiary education status of Australian farmers is lower than that of Australian managers generally. Although the proportion of personsworking in agriculture having completed trade, technical and/or apprenticeship courses is similar to that in the Australian workforce generally (19.4% and 23.2% respectively in 1995), there is a marked difference in the proportions holding associate diploma or higher qualifications (12.4% and 25.9% respectively). Although younger generations of farmers have higher levels of post-school qualifications than do older farmers, the relatively low levels of education and training of Australian farmers is not fully explained in generational terms and, importantly, participation rates of rural based people in tertiary education and training are substantially lower than the participation of their urban counterparts; and this differential is not decreasing. Synapse recommends as the highest priority that research be conducted to develop strategies to improve tertiary education and training participation rates of rural based persons, particularly those who are completing or have recently completed secondary school. Education and Training 12 3 PURPOSE AND SCOPE OF FARMER EDUCATION AND TRAINING In this chapter we discuss the purposes of farmer education and training, including assessments of the desired knowledge, skills and attributes to be imparted by the education and training system, and the benficiaries of the farmer education and training system. 3.1 Purpose of Farmer Education and Training The purpose of farmer education and training is to equip farmers with the knowledge, skills and attributes they require. 3.1.1 Agricultural Activities The primary education and training requirement of farmers is the knowledge, skills and attributes required to operate and manage their farms and to produce and market their commodities in a profitable and ecologically sustainable manner. This is the focus of most studies of farmer education and training, with non-agricultural and non-economic requirements generally being overlooked. Even within this confined framework, however, there is a divergence in opinion on the knowledge, skills and attributes that should be imparted by the education and training system. In particular, while all stakeholders would agree that there is a need for an appropriate balance between production, finance and people and resource management skills, there are substantial divergences between stakeholders as to where this balance lies. Farmers tend to focus on production-oriented skills. As reported by Kilpatrick (1996), data from the 1993-94 national Agricultural Financial Survey suggest that approximately 70% of farmers consider they need training in agricultural practices, 39% in business and/or financial management, and 29% in land management.7 A survey of Eyre Peninsula farmers showed broadly similar results, although with somewhat less interest in business management skills and somewhat more interest in land management skills (O’Brien 1991). This is likely to reflect the particular circumstances of the Eyre Peninsula. Kilpatrick (1996) notes the ‘discrepancy’ between this pattern of training intention and needs identified by ‘key stakeholders’, such as education and training providers and industry training councils, with the latter suggesting that training is especially required in the areas of financial and risk management, marketing and communication skills. A number of other sources confirm the view that farmers’ perceptions of their needs are different to what others believe their needs to be. However, the divergence between the views of farmers and other stakeholders should not be over-stated. As Kilpatrick (1996) points out, the 50% of farmers surveyed in a supplementary survey of Tasmanian farmers who believe they need training in business and/or financial management compares with only 20% who had actually undertaken such courses in the past three years. This suggests that farmers’ intentions are to increase the amount of business training they undertake. The relative emphasis placed on attaining appropriate knowledge, skills and attributes may be equally as important as the type of skills imparted through education and training. For example, when farmers were asked to nominate the key attributes they required in employees, as part of a review of agricultural college courses, they invariably placed personal attitudes as the most important set, followed by skills and then knowledge (Drinan, pers. comm., August 1997). Teaching staff, on the other hand, ranked these in the reverse order and students tended to place skills first, followed by knowledge. Drinan’s observations are supported by Schroder’s (1991) analysis of the education and training priorities of agribusiness employers, which were stated to include, in descending order of importance, interpersonal skills (motivation, etc), communication skills, business and economic skills, computer, quantitative and information management skills. While agribusiness employees are a different set of people with a different set of needs to farmers, they and their employers have a substantial interest in, and hence potential influence on, the direction of agricultural education and training. 7 17% believe they require no training at all. Figures add to more than 100% because respondents could nominate more than one area. Education and Training 13 A Queensland Ministerial Consultative Council on Curriculum expressed the view that the desired characteristics and skills to be imparted by agricultural education and training are, in priority order, communication, literacy/numeracy, knowledge of methods of producing the primary product, management and planning, self-motivation/initiative, financial knowledge, ethos of support from community and government, critical thinking, teamwork, and continued adoption of technology and responsiveness to markets (MCCC 1992). A workshop conducted by Cullen & Cullen (1994) of representatives from industry training councils and relevant government agencies found that new skills in marketing, management and technology skills were required to respond to the more deregulated and uncertain environment in which farmers operate. In particular, three core skill gaps were identified: those required to implement new approaches, to accelerate technology transfer and to manage production more effectively in a rapidly changing environment. Pearson & Ison (1992) supplied a view from education providers. They stated that the qualities that educators should assist agronomy graduates to develop were empathy with the industry, interdependence and independence with and from others, a problem-solving approach, a rigorous knowledge base, humility (that is, appreciation of what they don’t know) and communication skills. A number of people (Pearson & Ison 1992; Bawden 1992; Gleeson, Duncan & Finlayson 1995; Falvey 1997) suggest there is an increasing need to orient agricultural education and training towards natural resource management issues. This proposition could have been included among non-economic purposes of education and training (see Section 3.1.6), but there is increasing recognition of the long-term dependence of profitability on ecological sustainability. The Rural Training Council, for example, describes this as ‘the key economic issue … within the next 20 years’ (RTCA 1995). Gleeson et al. (1995) conducted a study of stakeholders views for the then Queensland University Faculty of Land and Food Systems. A survey was conducted of 180 persons associated with Land and Food Systems, including individuals involved in natural resource management, primary production, land and food systems generally, in both public and private sectors, and past, present and prospective students. The survey respondents were asked to nominate, and indicate the relative importance of, the knowledge, skills and attributes required by students graduating nowand for students graduating in 10 - 20 years. A preliminary list of the knowledge, skills and attributes was identified through a workshop, pilot testing of the survey, from the literature and from consideration of the framework within which the Faculty of Land and Food Systems (now the Faculty of Natural Resources, Agriculture and Veterinary Science) will operate. The main results of this survey are presented in Table 3.1. Table 3.1 Knowledge, Skills and Attributes Relevant to Land and Food Systems KNOWLEDGE SKILLS ATTRIBUTES Science Technology Environment* Communications* Markets Management* Economics Commerce* Politics Demography* Sociology/Psychology* Science Analysis/Problem Solving Accessing Information Using Computers Decision Making Being Organised Personal Communication* Management* Team Work* Ongoing Learning* Leadership Willingness to be Challenged* Life Skills* Marketing/Sales* Linguistics* Persevering Inquisitive Adaptable* Flexible* Creative* Tolerant Personable Visionary* * indicates increasing importance Source: Gleeson et al. (1995) Education and Training 14 The respondents to the survey indicated that scientific and technical knowledge was considered to be of declining, but still strong, importance, while management, communications and environmental knowledge was considered to be of growing importance. Similar results were produced in respect of skills and attributes. In summary, farmers require a range of knowledge, skills and attributes to operate and manage a farm in a profitable and ecologically sustainable manner. However, opinions differ over the relative importance of knowledge, skills and attributes and of the component elements in each category. Employers tend to emphasise attributes more than do students and education and training providers. Farmers tend to focus on production skills whereas other stakeholders tend to focus on interpersonal, communication, marketing and management skills. Clearly there is no one simple answer and the benefits of diverse approaches and responsiveness to emerging requirements should be recognised. In brief, education and training systems need to impart a balance between the knowledge, skills and attributes required for agricultural production and those required for management, and these categories overlap considerably. 3.1.2 Agribusiness Activities The business of farming does not begin and end at the farm gate. As defined by the National Farmers’ Federation (NFF) (1996), agricultural business systems are ‘the interlinked sectors of the economy that an agricultural product passes through from production to consumption, encompassing commodity production, processing, transport and marketing’. Similarly, in a review of agricultural and related education and training, McColl et al. (1991) defined agriculture and related activities to include economic activities (production, processing and marketing) based on land utilisation (agriculture, horticulture, and forestry but excluding mining) and soil, water and forest conservation and management. These definitions reflect that adopted by Davis & Goldberg (1957) for agribusiness, agribusiness being farm production, the manufacture and distribution of farm supplies and the processing and distribution of agricultural products. Agribusiness contributes an estimated 25% to Australia’s GDP, compared with 6% from agriculture itself. It transverses the primary, manufacturing and service sectors and there is a high interdependency between the various marketing, processing, handling and production activities along the product chain. The relative contribution of the service sector is often under-rated. For instance, when direct and indirect inputs are accounted for, service sector inputs represent over one third of agricultural output value (DITAC 1993). More broadly, the relative contribution each sector makes to the total composition of Australian exports is very different when direct and indirect inputs are taken into account than that implied by the commonly-used sectoral output share measures. In particular, the contribution of the service sector to exports, which is under 10% directly, rises to over 40% when all indirect contributions are taken into account (Gleeson et al. 1995). This is illustrated in Figure 3.1. Education and Training 15 Figure 3.1 Sectoral Contributions to Exports, 1986-87 0 10 20 30 40 50 60 Agriculture M ining M anufacture Serv ices Per cent Proportion of these products exported (by value) Proportion of value contributed by th is sector to exports from a ll sectors Source: DITAC (1993) The extent of contributions made by other sectors raises the question of the extent to which farmers ‘need to know’ about the broader business systems of which they are a part. On one hand, it could be argued that farmers need to know very little about some aspects of the broader system since there are, for example, marketing or stock agents who could market a farmer’s produce with very limited input from the farmer. On the other hand, with globalisation and product market deregulation, farmers’ requirements for certain skills, such as marketing, may increase in importance.8 Such skills and knowledge cannot be adequately developed without placing them in the broader context of the overall agricultural business system and, indeed, the domestic and international economic system as a whole. As illustrated by the reviews of O’Keeffe (1994) and Heilbron & Roberts (1995), competitive individual firms at each stage of the value chain require effective inter-firm linkages leading to benefits, such as improved market signals, increased responsiveness to market forces and reduced risks. Furthermore, farmers generally have access to a wide range of specialised informational, technical and financial inputs related to both on- and off-farm agricultural activities. Hence it may be more relevant for farmers to develop knowledge, skills and attributes related to activity and people management and to access, analyse and utilise these services more effectively, than to further develop capabilities in relation to particular technical aspects of farming (Cullen & Cullen 1994). 3.1.3 Non-agricultural and Off-farm Activities Without wishing to diminish the obvious importance of education and training for agricultural purposes, it is likely that, for the majority of farmers, profitability will become less dependent on agricultural activities and the importance of non-agricultural farm and off-farm activities will increase. Instead of being defined purely in terms of agricultural production, it will become increasingly appropriate to consider farming as the conduct of all those economic and other activities which occur solely or principally on or from the farm. In other words, farm will become a descriptor of place rather than of activity. Off-farm income has become an increasingly important source of income to farm families. Average nominal off-farm income on broadacre farms increased from $7,144 in 1983-84 to $19,121 in 1995-96 (ABARE 1996b; Garnaut & Lewis 1997). Approximately 42% of this off-farm income was from wages and salaries and 6% from welfare payments, the remainder coming from off-farm businesses and investments (Peterson & Moon 1994; Synapse 1994) In 1995-96, approximately 42% of broadacre households received Commonwealth social security payments, 39% received income from wages and salary, and 75% of broadacre households received income from off-farm businesses and investments (Garnaut & Lewis 1997). Off-farm income varies with a number of factors, including: 8 For example, additional marketing options for growers was an explicit objective of the deregulation of the domestic wheat market introduced in 1989. Education and Training 16 age - Garnaut and
Compartilhar