Lesson Notes By Weeks and Term v4 - SHS 1
SUPPORT SYSTEMS IN AGRICULTURE
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SUPPORT SYSTEMS IN AGRICULTURE
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Subject: Agricultural Science
Class: SHS 1
Term: 2nd Term
Week: 20
Grade code: 2.3.1.LI.2
Strand code: 3
Sub-strand code: 2
Content standard code: 2.3.2.CS.2
Indicator code: 2.3.1.LI.2
Theme: MOBILI SATION OF RESOURCES AND NETWORKS
Subtheme: SUPPORT SYSTEMS IN AGRICULTURE
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This lesson explores how agricultural knowledge and information are shared to help farmers succeed. For generations, farmers have passed down knowledge. However, to face modern challenges like climate change, new pests, and the need to feed a growing population, we need more efficient systems. We will move from understanding the old, one-way method of sharing information to a modern, network-based approach called the Agricultural Knowledge and Information Systems (AKIS).
Introduction: Why Do We Need a System?
Imagine a farmer in the Afram Plains who discovers a new, natural way to control aphids on his cowpea farm. At the same time, a scientist at the CSIR-Crops Research Institute in Kumasi develops a new variety of maize that resists drought. How does the farmer's discovery get shared with others? How does the scientist's new maize variety reach the farmer? This is where agricultural extension and support systems come in.
Agricultural Extension: This is the process of sharing new agricultural research, technologies, and best practices with farmers to help them improve their productivity and livelihoods. Part 1: The "Old Way" - The Training and Visit (T&V) System
For many years, Ghana (like many other countries) used a system called the Training and Visit (T&V) system. This was a major part of projects like the National Agricultural Extension Project (NAEP). How it Worked: It was a very structured, top-down system. Researchers (at universities or research institutes) developed a new technology or piece of information. They trained Subject Matter Specialists (SMS). The SMS trained Frontline Extension Agents (AEAs). The AEAs visited a few selected "Contact Farmers" in a community and taught them the new method. The expectation was that these Contact Farmers would then teach their neighbouring farmers. Visualising T&V (A Straight Line): `Researcher → Extension Agent → Contact Farmer → Other Farmers` Limitations of the T&V System: One-Way Street: Information flowed from the top (researchers) down to the bottom (farmers). There was very little room for farmer feedback or local knowledge to flow back up. Slow: The "trickle-down" effect from contact farmers to others was often very slow or did not happen at all. Rigid: The messages were fixed and did not always match the specific needs of every farmer in a diverse community. Farmer as a Passive Receiver: Farmers were seen as empty vessels to be filled with knowledge, rather than active participants in creating solutions. Part 2: The "Modern Way" - The Agricultural Knowledge and Information System (AKIS) Approach