§-Module

Core Part A: Plant Production

8 dot points across 8 inquiry questions, in syllabus order. Each dot point has a focused answer, with exam-style questions and worked answers where available.

How does the structure and physiology of a plant determine how a producer manages it for yield?

Explain how plant structure, photosynthesis, water relations and growth and development determine the yield of a crop or pasture and the management decisions a producer makes

Plant structure, physiology and growth. Roots, stems and leaves, photosynthesis and respiration, water relations and transpiration, and the growth stages that drive management timing, with real Australian crop examples.

6 min read →

How do the inputs, processes and interactions of a plant production system determine its output and sustainability?

Analyse a plant production system as a set of inputs, processes, outputs and interactions, and explain how management decisions shape its productivity and sustainability

Plant production systems. The systems model of inputs, processes, outputs and interactions, intensive versus extensive systems, and how management shapes productivity, using real Australian cropping and horticultural examples.

7 min read →

How do plant breeders and producers improve crops and pastures genetically to lift yield, quality and resilience?

Analyse the methods of plant improvement, including selection, hybridisation and genetic modification, and evaluate their contribution to productivity and sustainability

Plant improvement. Selection and breeding, hybridisation and hybrid vigour, marker-assisted selection and genetic modification, plant variety rights, and real Australian breeding programs in wheat, canola and cotton.

6 min read →

What processes degrade soil and water resources, and how do farm management practices accelerate or slow that degradation?

Analyse the processes of soil and water degradation, including erosion, structural decline, salinity, acidification and nutrient pollution, and the management practices that influence them

Degradation. Sheet, rill and gully erosion, structural decline, dryland and irrigation salinity, acidification and nutrient pollution, with the practices that drive each, grounded in real Australian landscapes.

6 min read →

How do producers supply the essential nutrients a crop or pasture needs without wasting fertiliser or harming the environment?

Analyse the role of essential plant nutrients and the selection, rate, timing and placement of fertilisers to meet crop demand efficiently and sustainably

Plant nutrition. Essential macronutrients and micronutrients, deficiency symptoms, nutrient uptake, and the four Rs of fertiliser management (right product, rate, time, place), grounded in real Australian cropping and pasture systems.

7 min read →

What climatic, biological and resource constraints limit plant production, and how do producers manage them?

Analyse the climatic, water, weed, pest and disease constraints on plant production and evaluate integrated strategies used to manage them sustainably

Constraints to plant production. Climate and frost, water limitation, weeds, insect pests and diseases, plus integrated weed and pest management and herbicide resistance, grounded in real Australian cropping systems.

6 min read →

How do producers establish and manage pastures to maximise sustainable plant production in Australian farming systems?

Analyse the establishment, growth and management of a pasture or crop, including species selection, sowing, nutrition and grazing management for sustainable yield

Establishing and managing pastures. Species selection, seedbed preparation, sowing, soil nutrition, rotational grazing and sustainable yield, grounded in real NSW grazing systems.

6 min read →

How do producers maintain soil fertility and structure to sustain plant production over the long term?

Evaluate the management of soil properties, including structure, pH, nutrients and organic matter, and their effect on sustainable plant production

Soil management. Soil structure, pH and acidity, nutrient cycling, organic matter and the practices that sustain fertility, grounded in real Australian cropping and grazing soils.

6 min read →