Skip to content

A NSW Government website

NSW Curriculum
NSW Education Standards Authority

11–12Agriculture 11–12 Syllabus (2026)

Implementation from 2028
Expand for detailed implementation advice

Content

Year 11

Agriculture in Australia
The nature of agriculture
  • Describe how Aboriginal and Torres Strait Islander Peoples have practised sustainable agricultural production for millennia

  • Identify key food and fibre commodities grown in Australia for domestic and export markets

  • Describe Australia’s agricultural sectors: food, fibre, forestry, and fisheries

  • Explain the economic, social, ethical and environmental issues influencing sustainable agricultural production in Australia

  • Explain the influence of climate, soil type and topography on the location of agricultural enterprises within local regions and across NSW

  • Compare key production data for an agricultural enterprise over the past 5 years, including total output and export value

  • Explain the purpose of sample size, randomisation, replication, variables and experimental controls in agricultural research

Agricultural production systems
  • Describe inputs, processes and outputs as key elements of agricultural production systems

  • Explain traditional ecological management techniques used by Aboriginal and Torres Strait Islander Peoples to maintain biodiversity and resource sustainability

  • Explain how interconnected subsystems of soils, microbes, plants, animals and markets are required for food and fibre production and consumption

  • Compare the features of intensive and extensive agricultural production methods

  • Use data to compare land use capability

Soils and biodiversity
  • Outline the influence of a farm’s natural capital including air, water, soil, native plants and animals

  • Outline the physical properties of soil, including parent material, horizons, colour, texture, structure, organic matter, water-holding capacity, porosity and bulk density

  • Describe the chemical properties of soil, including pH, ion exchange capacity, electrical conductivity and soil carbon content

  • Explain how farming practices contribute to productive soil, including the retention and addition of organic matter

  • Explain the role of humus in improving soil structure, fertility and moisture retention

  • Conduct a practical investigation to determine soil types using a soil texture triangle and clay ribbon test

  • Conduct a practical investigation to determine soil structure, including ped shape and size, slaking and dispersion

  • Evaluate the role of natural capital in the provision of biodiversity, shelter, wildlife corridors, and habitats for pollinators and pests

Water
  • Identify sources of water for use in agricultural production, including underground water, riparian water, municipal water supplies, and captured and stored rain run-off

  • Explain water licensing requirements for irrigation in NSW

  • Describe how Aboriginal and Torres Strait Islander Peoples' Cultural and ecological management of water has influenced water conservation and sustainable water management practices

  • Analyse strategies for the sustainable management of land around waterways to protect riparian zones and prevent water pollution

  • Calculate the difference between total rainfall and effective rainfall

Climate and the atmosphere
  • Outline the influences on Australian climate and weather

  • Identify greenhouse gas (GHG) sources and GHG sinks associated with agricultural practices

  • Describe how Aboriginal and Torres Strait Islander Peoples observe and interpret climate and seasonal patterns through environmental indicators, animal behaviour, plant cycles and celestial movements

  • Explain how climate influences plant and animal growth and production, including the effects of light, temperature, and available moisture, oxygen and carbon dioxide

  • Use data to analyse the difference between seasonal variability and climate change

Related files