Sustainable Agriculture aims to equip Learners with the ability to apply scientific and interdisciplinary principles in understanding agricultural systems and sustainability. Learners can interpret the ways agriculture uses resources, the effects of these practices and the questions they raise about long-term sustainability. Upon successful completion, Learners have a comprehensive awareness of the different perspectives and approaches to sustainable agriculture and the reasoning behind them.
Features of Sustainability and Agriculture
- Concepts and principles of sustainability in agriculture
- Ecological, economic and social dimensions of sustainability
- Interactions between agricultural systems and natural resources
- Sustainability challenges in modern farming
Soils, Nutrients and their Management
- Soil formation, structure and fertility
- Nutrient cycles and nutrient management strategies
- Soil degradation, erosion and conservation practices
- Sustainable soil management approaches
Climate, Weather and Water
- Climatic influences on agricultural systems
- Weather patterns and variability
- Water availability, quality and agricultural demand
- Impacts of climate variability on farm sustainability
Water and its Management
- Irrigation systems and efficiency
- Managing water for crops and livestock
- Water conservation and sustainable allocation
- Salinity, waterlogging and hydrological impacts
Domesticated Plants and Animals: Evolution and Biology
- Origins and domestication of major crops and livestock
- Biological characteristics influencing productivity
- Genetic diversity and its role in sustainable agriculture
- Breeding for resilience and resource efficiency
Cropping and Livestock Systems
- Mixed, monoculture and diversified cropping systems
- Grazing systems, feed sources and livestock integration
- Sustainable intensification and resource use
- Whole-farm system perspectives
Pest Management
- Types of pests affecting agricultural systems
- Ecological basis of pest–crop–environment interactions
- Integrated pest management (IPM) strategies
- Minimising chemical inputs and enhancing natural control
Energy and Labour
- Energy sources in agricultural production
- Labour use, efficiency and skill requirements
- Energy balance and reducing external inputs
- Sustainable use of labour and mechanisation
Alternative Agriculture Approaches
- Organic agriculture and regenerative systems
- Agroforestry and permaculture
- Biodynamic and low-input farming
- Strengths and limitations of alternative approaches
Issues in Sustainable Agriculture
- Environmental concerns: biodiversity, land degradation, pollution
- Social and economic issues affecting farming communities
- Policy, regulation and global sustainability trends
- Balancing productivity with ecosystem resilience
Deciding, Managing and Learning in Sustainable Agriculture
- Decision-making frameworks for sustainable farm management
- Monitoring, evaluation and adaptive management
- Learning from case studies and farmer experience
- Continuous improvement and innovation in sustainable practices
Example Candidate Response Booklet
Example Candidate Response (ECR) Booklets are a source of crucial information for Centres and Candidates as they use real candidate responses. We ask Senior Examiners to comment on five or more responses in terms of why the mark was awarded with commentary about how to improve the answer (if necessary).
