Global InformationAgricultural education information
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Agricultural education is the systematic and organized teaching, instruction and training (theoretical as well as hands-on, real-world fieldwork-based) available to students, farmers or individuals interested in the science, business and technology of agriculture (animal and plant production) as well as the management of land, environment and natural resources.[1]
Various avenues are available for agricultural education.[2] It is part of the curriculum of many primary and secondary schools along with tertiary institutions such as colleges, universities and vocational and technical schools. Agricultural education resources and hands-on learning can also be provided by youth organizations, farm apprenticeships and internships, agricultural workshops and training sessions, agricultural shows and fairs, agricultural research institutions, government ministries and agencies and non-profit organizations. Online and distance learning programs have become increasingly relevant in recent years for people lacking access to traditional settings and requiring flexible learning opportunities. In college or university programs, agricultural education is primarily undertaken to prepare students for employment (and potentially a career) in the farming and agricultural sector.
School students typically learn about general principles of land management (land utilization and land conservation for sustainable agriculture), principles of agricultural economics (supply and demand, pricing, market analysis and other financial aspects), soil science (soil formation, types, composition, texture, temperature, fertility, erosion and conservation, drainage and irrigation, water cycle), principles of plant growth (plant physiology and how plants transport materials, reproduce and germinate), crop production (land preparation, cultivation of cash crops, crop selection, planting and maintenance), crop protection (weed, pest and disease control, integrated pest management and the responsible use of farm chemicals), livestock anatomy and physiology (digestion in ruminants and non-ruminants, sexual reproduction in mammals), livestock production (livestock housing, nutrition and health management for the well-being of animals and optimal production), pasture management (extensive and intensive pasture management to maintain healthy grazing areas), livestock and crop breeding (principles of genetics and breeding, including monohybrid inheritance, selective breeding in animals and plants), essential farm structures and tools (fencing, farm buildings, water supplies, tools and machinery).
Students who pursue higher education in colleges and universities are provided with more in-depth and focused education so that they can develop expertise in specialized areas such as animal science (physiology, nutrition, reproduction and health aspects of domesticated animals such as dairy cattle, sheep, poultry, etc.), food science (sustainable food, food safety, physiochemical and biological aspects of food, etc.), genetics (animal and plant genetics and genomics and their application in breeding and biotechnology), international agriculture (global perspective on international agribusiness, global food systems, water and energy issues, cropping systems in different regions), Farm business management (budgeting, marketing, planning and other skills necessary to manage the financial and business aspects of agricultural operations), sustainable and organic agriculture. Horticulture, turf grass management, small animal welfare, etc. can also be taught.
The main purposes of agricultural education encompass building a skilled agricultural workforce through training and preparation of future farmers and agricultural professionals, promotion of sustainable and responsible agricultural practices, enhancement of food security, development of cutting-edge agricultural technologists, innovators and leaders, improvement of awareness and understanding of agriculture to bridge the gap between the source of food and the broader community of consumers, contribution to rural economic development and growth, and strengthening the connection between urban and rural agricultural communities.
Historically, farming techniques and knowledge were passed down through oral traditions. In 19th century, agricultural education was formalized as an academic discipline through the Morrill Acts in the United States. Over the years, it slowly subsumed a broad range of scientific subjects related to animals, plants and crops, soil, business, food, land, natural resources and environment. In recent decades agricultural education has been adapted to address the issues of new technology, global perspectives and food security. Recent technological advancements discussed in agricultural education include the integration of precision agriculture, biotechnology, advanced machinery and data-driven approaches to optimize production, reduce resource wastage, improve overall efficiency, and minimize agriculture's ecological footprint. In the future, online learning, interdisciplinary research, community outreach and preparation for diverse career opportunities will also play a crucial role in addressing the evolving challenges of the agricultural sector.
Disciplines closely tied to agricultural education include agricultural communications, agricultural leadership, and extension education.
- ^ Mathews, Nkandu (2021–2022). Agricultural sciences. Lusaka zambia: 12. pp. e.g 11–25.
- ^ Phipps, Lloyd; Osborne, Edward; Dyer, James; Ball, Ann (2008). Handbook on Agricultural Education in Public Schools Sixth Edition. NY: Delmar Learning.