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Section: Principles of Horticulture
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Principles of Horticulture
Content
A Glimpse of Horticulture
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The nature of horticulture
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The plant
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Outdoor food production
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Vegetable production
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Fruit production
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Service horticulture
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Establishment
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Interior plant care
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Organic growing
Climate and microclimate
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The Sun’s energy
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Weather and climate
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Climate of the British Isles
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The growing season
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World climates
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Local climate
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Measurement
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Temperature
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Precipitation
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Humidity
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Wind
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Light
Environment and ecology
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Plant communities
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Ecosystems
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Environmental factors and plant growth
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Conservation
Classification and naming
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The classification of plants
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Kingdom Plantae
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Nomenclature
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Further classifications of plants
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Non-plant kingdoms
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Viruses
External characteristics of the plant
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Plant form
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Adaptations
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Plant size and growth rate
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Plant form in design
Plant cells and tissues
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The anatomy of the plant
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The cell
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Tissues of the stem
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Stem growth
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Secondary growth
Plant reproduction
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Flowers
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The seed
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The fruiting plant
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Reproduction in simple multicellular green plants
Plant growth
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Photosynthesis
Transport in the plant
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Water
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Minerals
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Sugars
Pollination and fertilization
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Introductory principles
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Pollination
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The genetic code
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Cell Division
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Inheritance of characteristics
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Other breeding programmes
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Polyploids
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Triploids
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Mutations
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The Plant Varieties and Seeds Act, 1964
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Gene Banking
Plant development
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Growth and development
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Seeds
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The seeding
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The vegetative plant
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Vegetative propagation
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The flowering plant
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The ageing plant
Plant propagation
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Seed propagation
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Sowing and aftercare in protected environments
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Sowing in the open
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Vegetative propagation
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Characteristics of propagation from vegetative parts
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Natural vegetative propagation
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Divisions
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Rhizomes
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Bulbs
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Artificial methods of propagation
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Cuttings
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Budding and grafting
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Tissue culture
Weeds
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Damage
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Weed identification
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Weed biology
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Ephemeral weeds
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Annual weeds
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Perennial weeds
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Mosses and liverworts
Horticultural pests
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Mammal pests
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Bird pests
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Mollusc pests
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Nematode pests
Horticultural diseases and disorders
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Fungi
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Leaf and flower diseases
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Stem diseases
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Root diseases
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Bacteria
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Viruses
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Physiological disorders
Plant protection
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Physical control
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Cultural control
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Biological control
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Chemical control
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Herbicides
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Insecticides and acaricides
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Nematicides
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Fungicides
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Formulations
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Application of herbicides and pesticides
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Toxicity aspects of pesticides
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Selection for plant resistance
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Integrated control
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Supervised control
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Legislative control
Physical properties of soil
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Plant requirements
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Composition of soil
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Formation of soils
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Natural soil profiles
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Soils of the British Isles
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Topsoil and subsoil
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Soil components
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Soil texture
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Soil structure
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Cultivations
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Management of main soil types
Soil organic matter
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Organic matter in soil
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Living organisms in the soil
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Nutrient cycles
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Dead organic matter in the soil
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Organic matter levels
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Organic soils
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Benefits of organic matter
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Addition of organic matter
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Green manures
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Composting
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Mulching
Soil water
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Wetting of a dry soil
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Drying of a wet soil
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Drainage
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Irrigation
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Water quality
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Water conservation
Soil pH
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The importance of soil pH
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Measuring pH
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Changes in soil pH
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Effects of soil pH
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Plant selection
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Changing soil pH
Plant nutrition
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Major nutrients
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Minor nutrients
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Sources of nutrients
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Fertilizer programmes
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Soil conductivity
Alternatives to growing in the soil
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Alternative growing media
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Compost ingredients
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Plant containers
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Hydroponics
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Sports surfaces
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