Why study this Permaculture A (Introduction) course?

Interested in permaculture? Want to gain a deep foundation in working with the environment? Then, this Introductory Permaculture Course will help you!

Course Aims:

  • Discuss the nature and scope of Permaculture.
  • Apply an understanding of environmental systems to considerations given to how a Permaculture system is designed.
  • Describe soils and the impact their characteristics have upon natural and man made environments.
  • Explain the application of this knowledge to Permaculture.
  • Describe characteristics of climate and water, and the impact their characteristics have upon natural and man made environments.
  • Explain the application of this knowledge to Permaculture.
  • Describe forest systems and their relevance to Permaculture design.

 

Lesson Structure

1. Permaculture Concepts
  • Life Ethics
  • Permaculture Defined
  • Guiding Principles -relatve location, multiple functions and elements, elevational planning, energy recycling, etc.
  • Ideas and Techniques from around the world
  • Natural Gardening
  • Organic growing
  • No dig gardening
  • Crop rotation
  • Biological control of pest and disease
  • Integrated pest management
  • Living things vary from place to place
  • Understanding plant names
  • An easier way to identify plants
  • Pronunciation of plant names
2. Understanding the Environment is Key to Permaculture Design
  • Introduction
  • Ecology
  • Ecosystems
  • Abiotic Components
  • Biotic Components
  • Ecological concepts
  • The Web of Life
  • Replicating Nature
  • Successions
  • Starting a Permaculture Property
  • Cost, Location, Size
  • Information required
  • Structure of a Permaculture System
  • Choosing a Site
  • Permaculture Design
3. Soils in Permaculture
  • The Role of Soil
  • Soil Components -gravel sand, silt, colloids
  • Peds
  • Naming a Soil
  • Soil Management
  • Cycles
  • Fertilizer Application
  • Nitrogen
  • Factors Affecting Nitrogen Release from Organic Sources
  • Microorganism population
  • Heat and chemical treatment
  • pH
  • Soil temperature
  • Cultivation and Cover Crops
  • Drainage and Erosion
  • How to Measure Soil pH
  • How to Measure Organic Content of Soil
  • How to Measure Water Content of Soil
  • Determining Solubility of Soils
  • How to Test the Affect of Lime on Soil
  • Taking Soil Samples for Laboratory Tests
  • Measuring Salinity
  • Colourimetry
4. Climate and Water in Permaculture
  • Site Types
  • Degree Days
  • The Hydrological Cycle
  • Infiltration
  • Rainfall
  • Evapouration
  • Effective Rainfall
  • Temperature
  • Frosts
  • Extreme Hazards
  • Permaculture Microclimates
  • The Greenhouse Effect
  • Water and Plant Growth
  • Climatic Influence on Production
  • Frosts
  • Climate Considerations for Fruit and Vegetable Production
  • Climatic Zones
  • Humans and Water
  • Minimising Plant Requirements
  • Household Water
  • Xeriscaping
  • Interpreting Weather Reports and Predictions
  • Precipitation
  • Wind
  • Weather Maps
  • Weather Map Patterns
  • Interrelationships between Climate, Soil and Plants
  • Estimating Water Requirements of Plants
  • Ways to Improve Water Quality, from any Source
  • Water Impurities – sediment, impurities, colour, chemical impurities
  • Water Hardness
  • Alkalinity
  • Corrosion
  • pH
  • Iron
  • Salinity
  • Tastes and Odours in Water
  • Biological Impurities in Water -algae, bacteria
  • Other Water Chemistry Factors -dissolved gasses, nitrogen cycle
  • Fish for Ponds
  • Other Animals in Water
5. Forest Systems
  • Biomass
  • Components of Biomass
  • Plant Associations
  • Pinus Monoculture
  • Eucalyptus Association
  • Deciduous Forest
  • Alpine Communities
  • Myrtaceae Plants
  • Australian Legumes
  • Rockeries
  • Rain forest Systems
  • Wind, Light and Rain in Forests
  • Forest Productivity – fuel, food, forage, shelter belt, structural, conservation
  • Establishment of a Forest
  • Creating a Rain forest
  • Maintenance and Upkeep of Forests
  • Plant Application -trees, shrubs, ground covers
  • A review of how to grow a variety of different plants for Permaculture

Enrol Now

  • Experienced Tutor support
  • Certificate sent to you
  • Online study (Printed notes available)
  • Self paced - no set timetable
  • 12 months to complete course

From: $25.00 / week for 26 weeks

Clear

Send me a free info pack

    CourseStream Accreditation.
    Accredited courses.

     

    Enrol Now

    • Experienced Tutor support
    • Certificate sent to you
    • Online study (Printed notes available)
    • Self paced - no set timetable
    • 12 months to complete course

    From: $25.00 / week for 26 weeks

    Clear

    Send me a free info pack

      CourseStream Accreditation.
      Accredited courses.
      GET YOUR FREE INFO PACK

       

      Why study this Permaculture A (Introduction) course?

      Interested in permaculture? Want to gain a deep foundation in working with the environment? Then, this Introductory Permaculture Course will help you!

      Course Aims:

      • Discuss the nature and scope of Permaculture.
      • Apply an understanding of environmental systems to considerations given to how a Permaculture system is designed.
      • Describe soils and the impact their characteristics have upon natural and man made environments.
      • Explain the application of this knowledge to Permaculture.
      • Describe characteristics of climate and water, and the impact their characteristics have upon natural and man made environments.
      • Explain the application of this knowledge to Permaculture.
      • Describe forest systems and their relevance to Permaculture design.

       

      Lesson Structure

      1. Permaculture Concepts
      • Life Ethics
      • Permaculture Defined
      • Guiding Principles -relatve location, multiple functions and elements, elevational planning, energy recycling, etc.
      • Ideas and Techniques from around the world
      • Natural Gardening
      • Organic growing
      • No dig gardening
      • Crop rotation
      • Biological control of pest and disease
      • Integrated pest management
      • Living things vary from place to place
      • Understanding plant names
      • An easier way to identify plants
      • Pronunciation of plant names
      2. Understanding the Environment is Key to Permaculture Design
      • Introduction
      • Ecology
      • Ecosystems
      • Abiotic Components
      • Biotic Components
      • Ecological concepts
      • The Web of Life
      • Replicating Nature
      • Successions
      • Starting a Permaculture Property
      • Cost, Location, Size
      • Information required
      • Structure of a Permaculture System
      • Choosing a Site
      • Permaculture Design
      3. Soils in Permaculture
      • The Role of Soil
      • Soil Components -gravel sand, silt, colloids
      • Peds
      • Naming a Soil
      • Soil Management
      • Cycles
      • Fertilizer Application
      • Nitrogen
      • Factors Affecting Nitrogen Release from Organic Sources
      • Microorganism population
      • Heat and chemical treatment
      • pH
      • Soil temperature
      • Cultivation and Cover Crops
      • Drainage and Erosion
      • How to Measure Soil pH
      • How to Measure Organic Content of Soil
      • How to Measure Water Content of Soil
      • Determining Solubility of Soils
      • How to Test the Affect of Lime on Soil
      • Taking Soil Samples for Laboratory Tests
      • Measuring Salinity
      • Colourimetry
      4. Climate and Water in Permaculture
      • Site Types
      • Degree Days
      • The Hydrological Cycle
      • Infiltration
      • Rainfall
      • Evapouration
      • Effective Rainfall
      • Temperature
      • Frosts
      • Extreme Hazards
      • Permaculture Microclimates
      • The Greenhouse Effect
      • Water and Plant Growth
      • Climatic Influence on Production
      • Frosts
      • Climate Considerations for Fruit and Vegetable Production
      • Climatic Zones
      • Humans and Water
      • Minimising Plant Requirements
      • Household Water
      • Xeriscaping
      • Interpreting Weather Reports and Predictions
      • Precipitation
      • Wind
      • Weather Maps
      • Weather Map Patterns
      • Interrelationships between Climate, Soil and Plants
      • Estimating Water Requirements of Plants
      • Ways to Improve Water Quality, from any Source
      • Water Impurities – sediment, impurities, colour, chemical impurities
      • Water Hardness
      • Alkalinity
      • Corrosion
      • pH
      • Iron
      • Salinity
      • Tastes and Odours in Water
      • Biological Impurities in Water -algae, bacteria
      • Other Water Chemistry Factors -dissolved gasses, nitrogen cycle
      • Fish for Ponds
      • Other Animals in Water
      5. Forest Systems
      • Biomass
      • Components of Biomass
      • Plant Associations
      • Pinus Monoculture
      • Eucalyptus Association
      • Deciduous Forest
      • Alpine Communities
      • Myrtaceae Plants
      • Australian Legumes
      • Rockeries
      • Rain forest Systems
      • Wind, Light and Rain in Forests
      • Forest Productivity – fuel, food, forage, shelter belt, structural, conservation
      • Establishment of a Forest
      • Creating a Rain forest
      • Maintenance and Upkeep of Forests
      • Plant Application -trees, shrubs, ground covers
      • A review of how to grow a variety of different plants for Permaculture

      Enrol Now

      • Experienced Tutor support
      • Certificate sent to you
      • Online study (Printed notes available)
      • Self paced - no set timetable
      • 12 months to complete course

      From: $25.00 / week for 26 weeks

      Clear

       

      Get a Free Info Pack!

        CourseStream Accreditation.
        Accredited courses.