Distance Learning Arboriculture Course
- Study tree physiology and disorders
- Self paced, 100 hour course for a career in tree management
- This is the foundation -start here, then build your knowledge trough experience or further study while you work
COURSE STRUCTURE
There are eight lessons in this module, as follows:
1. Introduction to Arboriculture
Trees in the garden, Planting in the right position, Choosing the right variety, Choosing the right specimen, How to plant different types of trees, Transplanting, Tree Guards, Using a Tree Report Form
2. Tree Biology
Tree growth, Photosynthesis, Respiration, Transpiration, Vernilisation, What makes foliage change colour, Tree physiology, Roots, Stems, Leaves, Bud types, How a tree grows, Vascular tissue, Cambium, Xylem, Phloem, Secondary growth, Growth rings, Heartwood, Sapwood, Compartmentalisation, Water and plant growth, Growth rate factors, Arboricultural terminology
3. Soils In Relation to Trees
Fertilising, Compacted soils, Tree health and drainage, Treating soil over winter, Changed soil levels around trees, Measuring pH, Measuring soil organic content, Measuring water content, Determining fertiliser solubility, Testing affect of lime on soil, Laboratory testing of soils, Soil texture, Measuring salinity, Soil horizons, Soil Naming, Soil nutrition, Fertilisers, etc
4. Diagnosing Tree Problems
Tree health disorders, Frost protection, Minimising frost and wind damage, Mulch and frost, Missletoe, Diagnosing problems, Conducting a Tree inspection
5. Tree Surgery
Tree surgery-do you need it, Review of techniques, Tree surgery safety, Safety and the worker, Public safety, Safety regulations, Cavity treatments, Bracing, Cabling, Propping, Bark wounds, Tree climbing techniques, Knots, Anchoring points, etc.
6. Pruning of Trees
Pruning objectives, Removing branches, Crown cleaning, Crown thinning, Crown reduction, Crown lifting, Crown renewal, Fruit tree pruning, Felling a whole tree, Felling sections of a tree, terminology.
7. Arboriculture Equipment
Secateurs, Hand saws, Power tools, Safety with electricity, Engine and tool maintenance, Chain saws, Hedge trimmers, Ladders, Harnesses, Ropes, Pole belt, Spurs, etc
8. Workplace Health and Safety
Duty of Care, Lifting & manual handling, Protective equipment, Handling tools and machinery, Auditing tools and equipment
AIMS
- Describe measures to provide healthy trees in different situations, including appropriate plant selection.
- Explain tree biology, including morphology, anatomy and physiology, as it relates to arboriculture.
- Develop procedures to manage soils for improved tree growth.
- Develop procedures for managing health disorders with trees, including environmental, pest and disease problems.
- Determine surgical techniques commonly used in arboriculture to repair damage to plants
- Explain tree surgery techniques commonly used in arboriculture to prune growth.
- Determine appropriate equipment for arboricultural practice.
- Determine appropriate workplace health and safety practices for an arboricultural workplace
Course Duration: 100 hours -self paced.
EXAMPLES OF WHAT YOU MAY DO IN THIS COURSE
- Distinguish between plants in order to identify different trees.
- Develop a standard tree report form customised for surveying the condition and use of trees in your locality.
- Prepare plant reviews, naming and describing many different trees.
- Explain how to treat three specified soil related problems that can effect trees.
- Investigate a specific horticultural workplace (eg. a park or tree plantation) and determine the requirements for a tree survey program.
- sing diagrams, show the difference between the way phloem and xylem function.
- Explain the physiological processes which cause a tree to increase in size.
- Describe soil-related problems that have a significant impact upon tree health.
- Develop a twelve month soil management program for a tree identified by you as suffering a soil-related problem.
- Develop a twelve month program, for managing a health problem detected by you in an established tree.
- Explain the effects of gas damage on different tree species (of your choice).
- Demonstrate bridge grafting across a bark wound.
- Distinguish between different methods of pruning including: -Canopy reduction -Cleaning out -Topiary -Espaliering
- Determine the minimum equipment required to commence business as a tree surgeon.
- Compare different chainsaws, to determine appropriate applications for each.
- Describe the use of ropes when pruning a specific large tree (your choice of tree). You should provide a written explanation accompanied by drawings or diagrams.
- Evaluate Workplace Health & Safety practices in different workplaces where arboricultural activities are carried out.
- Develop safety guidelines for arborists working in a workplace investigated by you
- Determine legislation which is relevant to a specific arborist in a workplace which you visit.
Tree Care Tips
- One of the biggest problems with trees in gardens is planting in the wrong position.
- People are misinformed of the spread and height of a tree when they plant it. They might plant small seedlings under power lines which then grow into 20 m trees. At best, the tree becomes an eyesore when the electricity company cuts (or more usually ‘hacks’) away the offending branches. At worst, the tree is a significant safety problem, potentially bringing down live electricity wires during storms. Another common problem is when property owners plant very tall trees up against the wall of the house and branches rub on the roof, dislodging tiles etc.
- Trees which cause damage to drainage or sewer pipes are planted too close to the pipes. The pipes then become blocked and either the tree has to be removed or regular expense is incurred as the pipes are cleaned out.
- Trees which have damaging root systems are planted too close to paving or building foundations. Walls can be lifted and cracked, paths or driveways destroyed.
- Often a tree which is expected to grow to 6m is planted in the front of a window for shade. When it reaches 20m, the room it is shading has become so dark that a light must be turned on, even on bright sunny days.
- Soils are the single-most important factor responsible for tree growth. Soils provide trees with root anchorage, nutrients and water. Not all soils are equally suited to all trees species and it is important to healthy tree growth to understand the needs of individual tree species. Soils are often modified in urban situations and this can be a disadvantage to tree growth. Soils are often removed or added and building rubble buried, changing the pH as well air spaces beneath tree roots. In order for trees to grow successfully and maintain health and vigour it is necessary to also understand the soil limitations of the environment in which the tree is growing and try to match the tree species to suit these growing conditions.
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The problem with big trees is that diseases and other problems are out of sight and, therefore all too often, out of mind. We notice things at eye level on shrubs, but a split in a branch, a bad infestation of borers or an area of wood rot which is 10m above our head can go unnoticed for a long time. When problems like this are untreated, they get worse and worse, until when we finally do notice them, they are very serious. If you neglect a serious tree problem you are running the risk of branches falling and seriously damaging property or people. Even if this doesn't happen, the loss of part or all of a large tree can greatly affect the value of your property.
ENROL NOW - Learn More
Online Arboriculture Training Course
"Study tree physiology and disorders".
Learn more on diagnosis and treatment of tree disorders, including pests, diseases, nutritional or water problems and more.
Learn standard tree surgery practices.
Understand how to prune and train young and established trees.
Learn safety measures.
