Course Title: Introduction to General Agriculture (CSP 201)
Institution: The Federal University of Technology, Akure
School: School of Agriculture & Agricultural Technology
Introduction to Agricultural Communication and Extension Technology
Meaning of agricultural extension
Philosophy and principles of agricultural extension
Concept of rural sociology in agricultural extension
Communication in agricultural extension
Key terminologies in agricultural extension
Introduction to Animal Production and Health
Classification of farm animals
Management systems for farm animals
Principles and problems of livestock production in Nigeria
Livestock management and diseases
Production systems and health management practices
Introduction to Agricultural and Resource Economics
Scope and importance of agricultural economics
Farm management principles
Farm planning and budgeting
Interaction with other agricultural disciplines
Introduction to Crop, Soil, and Pest Management
Classifications of crop plants
Land use for agriculture
Cultural practices in crop production
Soil composition and management strategies
Introduction to Ecotourism and Wildlife Management
Wildlife conservation and management techniques
Importance of ecological tourism
Introduction to Fisheries and Aquaculture Technology
Overview of fisheries management
Water resources in Nigeria
Fish farming production systems
Common fish species and diseases
Introduction to Food Science and Technology
Definitions of food science and its importance
Food processing operations and safety measures
Role of microorganisms in food
HACCP principles for food safety
Introduction to Forestry and Wood Technology
Importance of forestry
Forest management practices in Nigeria
Types of wood and their properties
Biotechnology
Definition and scope of biotechnology
Limitations of traditional biotechnology
Applications in agriculture and other fields
Agricultural extension serves as a crucial link in enhancing agricultural productivity by transferring scientific agricultural technologies to farmers. It focuses on improving farming methods and techniques to raise the living standards of agricultural communities.
Extension philosophy is based on the belief that farmers are intelligent and capable of improving their lives with the right information. Key principles include understanding farmers' needs, encouraging participation, and promoting local leadership in decision-making.
Rural sociology helps agricultural extension workers understand the social structures and dynamics within rural communities, facilitating better communication and more effective program implementation.
Effective communication is essential for sharing knowledge and encouraging farmers to adopt new practices. The extension process relies on various methods including one-on-one interactions, group meetings, and mass communication channels.
Farm animals can be classified into:
Ruminants (e.g., cattle, sheep)
Non-ruminants (e.g., pigs, poultry)
The common animal husbandry systems include:
Nomadic: Moving livestock between pastures
Free Range: Animals are allowed to roam farmyards
Intensive: Animals are kept in controlled environments for higher productivity.
Major challenges include:
Inadequate feeding and nutrition
Poor animal health management
Lack of access to markets and finance.
Agricultural economics deals with resource allocation in farming practices impacting productivity and sustainability. Important subjects include:
Farm management
Agricultural policy analysis
Marketing of agricultural products.
Key responsibilities of farm managers include:
Setting objectives and planning operations
Decision making and implementation
Monitoring and evaluating farm performance.
Crops are categorized based on growth duration:
Annuals (completed in one year)
Biennials (requiring two years)
Perennials (living for multiple years).
Land allocation strategies are essential for effective farming. Key systems include shifting cultivation and mixed cropping.
Effective management of wildlife resources is crucial for environmental stability and economic benefits. Strategies include:
Establishing national parks and wildlife reserves
Promoting ecotourism that respects ecological principles.
Fish production can be based on capture fisheries or aquaculture systems. Major objectives include increasing protein supply and sustainable resource management.
Different systems involved in aquaculture are:
Earthen ponds
Cage farming
Integrated systems with rice cropping.
Food Science blends biology, chemistry, and engineering to ensure food safety and quality. Important concepts include:
Microbial safety and control
Preservation techniques like freezing and drying.
HACCP is a proactive system focused on food safety through the identification and management of risks in food production.