Developing effective learning programs : what extension can learn from the fields of adult education and learning communities

Learning is an investment in capacity building that has and will continue to reap rewards for primary producers and government in terms of increased sustainable production, profitability, exports, jobs and sustainable rural communities. Primary production operates in a context of continual change and requires up to date, complex and varied skills of primary producers and land managers.

A recent national research project funded by the Department of Agriculture, Forestry and Fisheries Australia confirmed that application of best practice from the theory of adult education in designing and developing learning programs in primary industry results in learning activities that provide information that is relevant to farmers’ needs, delivered in an entertaining way, and that draws on examples directly relevant to the participants. As a result, the training often exceeds the expectations of the participants.

The project produced a self-assessment checklist to identify ways of improving the development and delivery of training for extension practitioners and training providers. The key issues include continuous monitoring of client’s needs, and actively seeking opportunities to meet and work with industry organisations, other training providers and funding bodies.

There appear to be two drivers for the development of learning programs. One is problems or opportunities identified by people and organisations that could be termed ‘scanners’ and who tend not to be potential participants, the other is learning needs expressed by individuals or enterprises who want to participate in learning activities (participants). Scanners are typically industry organisations, government agencies and researchers, but may include providers and participants. Extension practitioners are well-placed to act as scanners.

It is very important that farmers and farmer organisations contribute to the development of new learning programs. Without industry input and support, extension practitioners and training providers cannot be expected to ensure they meet client needs. In other words, to develop effective learning programs, there must an industry learning community of producers, industry organisations, extension practitioners and training providers and other stakeholders such as supply chain enterprises, government and researchers.

How farmers learn : different approaches to change

This paper presents findings of an Australian study that investigated how farm- management teams go about learning to manage their businesses, including how they learn in order to make strategic and tactical changes. The Australian farming context is one of increasing complexity and risk that demands greater sophistication and professionalism in farm management. Learning is related to increased capacity to manage successful change. Farm-management teams employ four different learning patterns when making changes to their management and marketing practices. Learning patterns are termed local focussed, people focussed, outward looking and extensive networking. These patterns appear to be related to ongoing learning practices of farm-management teams as well as to learning for change. Local focussed management teams learnt for change by accessing only local sources (including government extension services) or a single individual. People focussed farm-management teams preferred to learn for change principally by seeking information and advice on a one-to-one basis from more than one person, most frequently experts, but often other farmers. The remaining farm businesses accessed a variety of sources. The group classed as extensive networkers accessed a large number of varied sources in learning for change. Others who used a less extensive range were termed outward looking.

It takes more than breadcrumbs to learn generic skills : collaborating to improve information literacy

The effective teaching and learning of generic skills is becoming an important component of undergraduate education with the introduction of graduate attribute programmes in some Australian universities. Research shows that contextualised learning of these skills is important, but is a discipline-specific context sufficient to ensure student success in acquiring these skills? This paper studies the effectiveness of information skills
learning by a group of undergraduates using Brookfield’s concept of critical reflection and Critical Incident Questionnaire (CIQ). Most students reported positive experiences where the learning environment encouraged a deep approach to learning and negative experiences where that environment encouraged a surface approach. To ensure that students’ approach to
learning is appropriate for achieving the level of information literacy required of graduates, the study recommends the integration of information skills learning into course curricula through the close collaboration of academic and library staff.

Engaged to learn pedagogy : theoretically identified optimism-building situations

Associations between resilience or optimism (Seligman, 1995) and the inclination to explore unfamiliar challenging problems in mathematics have been identified (Williams, 2005, 2008). This raised questions about how to build optimism to enhance mathematical performance. In this study, a theoretical framework was formulated to study optimism-building situations (Seligman, 1995; Csikszentmihalyi, 1992). By interrogating ‘Engaged to Learn’ pedagogy (Williams, 2000) through a video-stimulated interview study, situations theoretically expected to be optimism building were identified.

When do children begin to learn mathematics? Views of preschool practitioners in regional and rural Australia

Preschool directors, teachers, and assistants from regional and rural eastern Australia were interviewed in the autumn of 2008 to discover their knowledge and beliefs concerning whether young children had the capacity to solve mathematical problems, when young children begin to think mathematically, and their observations of children’s mathematics learning. Respondents overwhelmingly agreed that preschool children were capable of mathematical activity and thought. Fifty eight (88%) respondents believed that children had begun to exhibit mathematical thinking by age 3; 30 (46%) by their first birthday. Practitioners interviewed were able to provide examples of both incidental and planned mathematical activities across a breadth of content, including number and operations, measurement, geometry, and fundamental classifying and ordering activities. The practitioners also demonstrated a creditable awareness of children who seemed to have a good grasp of mathematics. Many practitioners realized that mathematical proclivity could be shown in the processes children use as they engaged in mathematical activity and solved mathematical problems.

What can Australia learn from the Europeans about public participation? Article 6 of the Aarhus Convention and environmental impact statements

The United Nations Economic Commission for Europe Convention on Access to Information, Public Participation in Decision-Making and Access to Justice in Environmental Matters (Aarhus Convention) is the only international convention that is exclusively devoted to public participation in environmental matters. Although it is European in origin, much of the detail of the Convention draws upon national environmental legislation, including aspects of the Australian environmental legal system. This article compares the public review provisions relating to environmental impact statements in Australia with Art 6 of the Convention governing "Public Participation in Decisions on Specific Activities". The article finds that much of the Australian laws with some exceptions satisfy the minimum requirements of public participation in Art 6.

Motivating children to learn : the role of technology education

Design and technology education provides children with opportunities to create solutions to specific needs in innovative ways. This paper reports on research that focused on the language that the children used when they were involved in a design and technology activity. In accessing the results of the language study, the findings suggest that the children’s motivation was high and played a significant role in children’s task engagement and persistence. Analysis revealed that there were several key ideas that the children focused on, namely: the fun experienced by participating in the activity, the difficulty of doing the task, the satisfaction of completing the task, the importance of social interaction and the frustrations surrounding aspects of the task. These affective factors that are related directly to motivation will be demonstrated through the children’s language responses to their participation in design and technology education.

Outcomes of population based language promotion for slow to talk toddlers at ages 2 and 3 years: let’s learn language cluster randomised controlled trial

Objective To determine the benefits of a low intensity parent-toddler language promotion programme delivered to toddlers identified as slow to talk on screening in universal services.
Design Cluster randomised trial nested in a population based survey.
Setting Three local government areas in Melbourne, Australia.
Participants Parents attending 12 month well child checks over a six month period completed a baseline questionnaire. At 18 months, children at or below the 20th centile on an expressive vocabulary checklist entered the trial.
Intervention Maternal and child health centres (clusters) were randomly allocated to intervention (modified “You Make the Difference” programme over six weekly sessions) or control (“usual care”) arms.
Main outcome measures The primary outcome was expressive language (Preschool Language Scale-4) at 2 and 3 years; secondary outcomes were receptive language at 2 and 3 years, vocabulary checklist raw score at 2 and 3 years, Expressive Vocabulary Test at 3 years, and Child Behavior Checklist/1.5-5 raw score at 2 and 3 years.
Results 1217 parents completed the baseline survey; 1138 (93.5%) completed the 18 month checklist, when 301 (26.4%) children had vocabulary scores at or below the 20th centile and were randomised (158 intervention, 143 control). 115 (73%) intervention parents attended at least one session (mean 4.5 sessions), and most reported high satisfaction with the programme. Interim outcomes at age 2 years were similar in the two groups. Similarly, at age 3 years, adjusted mean differences (intervention−control) were −2.4 (95% confidence interval −6.2 to 1.4; P=0.21) for expressive language; −0.3 (−4.2 to 3.7; P=0.90) for receptive language; 4.1 (−2.3 to 10.6; P=0.21) for vocabulary checklist; −0.5 (−4.4 to 3.4; P=0.80) for Expressive Vocabulary Test; −0.1 (−1.6 to 1.4; P=0.86) for externalising behaviour problems; and −0.1 (−1.3 to 1.2; P=0. 92) for internalising behaviour problems.
Conclusion This community based programme targeting slow to talk toddlers was feasible and acceptable, but little evidence was found that it improved language or behaviour either immediately or at age 3 years.

Early years literacy program in Victoria : what can we learn?

This research investigated the implementation of the Early Years Literacy Program in Victoria, Australia. Victoria was chosen for its literacy quality program. Participants interviewed were teachers, literacy coordinators and school principals. The data was transcribed and cross analysed. The implication to the Indonesian context will be possible but problematic.

Where shall the future student learn? Student expectations of university facilities for teaching and learning

This paper examines some of the issues surrounding educational facilities - their design and impact upon student learning now and into the future. It details some of the recent literature in this area with particular emphasis upon teaching and learning trends that match the needs of modern students. The responses of a group of first year university students in the School of Property, Construction and Project Management at RMIT University are also matched against these trends. The conclusions from these responses drawn indicate that the future university student will want flexible learning spaces that can adapt to both individual and collaborative work with a strong emphasis on social learning and advanced technology. The responses also indicate a mismatch between existing lecture theatres and tutorial rooms and the third space learning that these graduates of 2011 want. The results have implications for all higher education institutions as we enter the new millennium.

Drawing to learn in science

Should science learners be challenged to draw more? Certainly making visualizations is integral to scientific thinking. Scientists do not use words only but rely on diagrams, graphs, videos, photographs, and other images to make discoveries, explain findings, and excite public interest. From the notebooks of Faraday and Maxwell (1) to current professional practices of chemists (2), scientists imagine new relations, test ideas, and elaborate knowledge through visual representations (3–5).

SI cube helps students learn SI units and volume

A 10 cm x10 cm x 10 cm "SI cube", which helps students learn SI units, is presented. Students cn physically handle and manipulate the SI cube, which also helps them to have a better appreciation of volume. A template for making the cube is available as supplementary material.

Negotiating agents that learn about others’ preferences

In multiagent systems, an agent does not usually have complete information about the preferences and decision making processes of other agents. This might prevent the agents from making coordinated choices, purely due to their ignorance of what others want. This paper describes the integration of a learning module into a communication-intensive negotiating agent architecture. The learning module gives the agents the ability to learn about other agents’ preferences via past interactions. Over time, the agents can incrementally update their models of other agents’ preferences and use them to make better coordinated decisions. Combining both communication and learning, as two complement knowledge acquisition methods, helps to reduce the amount of communication needed on average, and is justified in situation where communication is computationally costly or simply not desirable (e.g. to preserve the individual privacy).