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TREES FOR REHABILITATION (LANDCARE REAFFORESTATION) BHT205

Duration (approx) 100 hours
Qualification To obtain formal documentation the optional exam(s) must be completed which will incur an additional fee of £30 inc VAT. Alternatively, a letter of completion may be requested.

REAFFORESTATION COURSE - TREES FOR REHABILITATION

"Understand environmental systems and care of trees"

The importance of trees to land management cannot be overstated. Often in the past they have been seen as competing for valuable land space and felled indiscriminately.

Over clearing of trees can lead to salinity problems and numerous forms of erosion and land slips. As we have become more familiar with their vital role in ecological processes, retention and selective planting of trees has been widely acknowledged, in improving farm viability and ultimately production. 

 

Student Comment:  I definitely learned a lot from [the course) but it was also beneficial in affirming [and raising my confidence] in what I already knew.'
Katrina Merrifield, Masters Conservation Science, NZ, Trees for Rehabilitation course

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Study Reafforestation and Bush Regeneration

"Understand environmental systems and care of trees"

This course develops an understanding of environmental systems and the rehabilitation of degraded landscapes. You learn about seed collection, storage and germination, propagation, plant selection, establishment techniques, controlling pest and disease after planting.

 

Student Comment: 'I definitely learned a lot from [the course) but it was also beneficial in affirming [and raising my confidence] in what I already knew.' Katrina Merrifield, Masters Conservation Science, NZ, Trees for Rehabilitation course

 

COURSE STRUCTURE

There are ten lessons are as follows:

1.  Approaches To Land Rehabilitation: The Importance of Trees, Understanding Plants, Plant Identification, Land Management Programs, Soil Degradation, Biodiversity, Salinity, Erosion, Soil Compaction and Acidification, Land Rehabilitation.

2.  Ecology Of Soils And Plant Health: The Ecosystem, Biomass, Web of Life, Indigenous Species, Creating Habitat for Wildlife through Corridors, Design Considerations, Edge Effects, Soil Characteristics (physical and chemical), Improving Soils, Plant Nutrition, Nutrient Elements, Diagnosing Nutritional Problems, Pests and Diseases.

3.  Introduction To Seed Propagation Techniques: Seed Propagation, Germinating Difficult Seeds, Sowing Seeds, Propagation Containers, Tube Seedlings, Production Systems, Sources of Seed and Seed Germination Resources.

4.  Propagation And Nursery Stock: Asexual Production, Cutting Types, Stock Plants, Root Cuttings, Hormone Treatment, Nursery Hygiene, Propagation Mixes, Potting Media, Maintaining Plants in Pots, Using a Greenhouse, Irrigation Systems, Propagating Different Species.

5.  Dealing With Chemical Problems: Soil Contamination, Symptoms of Chemical Contamination, Soil Rehabilitation, Growing Plants on Contaminated Soil, Building Site Rehabilitation, Chemical Composition of Soils.

6.  Physical Plant Effects On Degraded Sites: Pioneer Plants, Site Protection, Designing and Planting a Firebreak, Arranging Plants, Fire Resistant Plants, Stormwater, Waterlogging and Drainage.

7.  Plant Establishment Programs: What to Plant Where, Climate, Criteria for Plant Selection, Planting and Plant Protection Methods.

8.  Hostile Environments: Planning, Rehabilitation Techniques, Mulching, Weed Management and Trees and Shrubs that are Salt Tolerant.

9.  Plant Establishment Care: Planting Procedures, Water and Plant Growth, Plant Health, Inspecting a Plant, Inspecting the Immediate Environment, Methods, Prioritising Problems.

10. Rehabilitating Degraded Sites: Environmental Assessments and Audits, Implementing a Land Rehabilitation Management Program and Replanting.

 
 
SUMMARY OF COMPETENCIES DEVELOPED

On successful completion of the course you should be able to do the following:

  • Compare different approaches to land rehabilitation, to determine strengths and weaknesses of alternative options on a site to be rehabilitated.
  • Determine techniques to maximise plant development in land rehabilitation situations.
  • Explain the different ways of producing seedling trees for land rehabilitation purposes.
  • Determine appropriate plant establishment programs.
  • Develop procedures to care for plants, during establishment in an hostile environment.
  • Manage the rehabilitation of degraded soil.
  • Explain the effect of plants on improving a degraded site, both physically and chemically.
 

WHAT THE COURSE COVERS

Here are just some of the things you mayl be doing:

  • Determine ten different examples of land degradation on different sites.
  • Explain different reasons for land requiring rehabilitation, including:
    • Salination
    • Erosion
    • Mining
    • Grazing
    • Vegetation harvesting
    • Pests
    • Reduction of biodiversity
    • Soil contamination
    • Urbanisation.
  • Compare the effectiveness of different policy approaches to land rehabilitation by different agencies and organisation, including:
    • Different levels of government
    • Mining companies
    • Developers
    • Conservation groups (i.e. tree planting bodies, landcare groups).
  • Develop a risk analysis for a specified site to be rehabilitated, by determining a variety of plant health problems which may impact on the success of plant establishment.
  • Analyse the failure of plants to grow successfully on a visited land rehabilitation site.
  • Develop a procedure to enhance the success rate of land rehabilitation plantings on a degraded site visited by you.
  • Describe the use of mulches, to maximise plant condition in a specified land rehabilitation tree planting project.
  • Explain different processes of establishing seedlings on land rehabilitation in:
    • tubestock nursery production
    • direct seeding
    • pre-germinated bare rooted seedlings.
  • Determine factors which affect the viability of establishing five different species of plant seedlings, from five different plant families; on a specific degraded site.
  • Compare the benefits of acquiring plants for a project by buying tubestock, with propagating and growing on, or close to, the planting site, with reference to:
    • costs
    • plant quality
    • local suitability
    • management.
  • Prepare production schedules for a plant species, using different propagation techniques, summarising all important tasks from collection of seed to planting out of the tubestock.
  • Calculate the cost of production for a tubestock plant, according to the production schedule developed by you.
  • Estimate the differences in per plant establishment costs, for tubestock, compared with direct seeding methods, for planting on a degraded site.
  • Describe three different methods of planting trees for rehabilitation purposes.
  • Describe different plant establishment techniques, including:
    • wind protection
    • frost protection
    • pest control
    • water management
    • weed management.
  • Describe an appropriate method for preparing soil for planting, at a proposed land rehabilitation site in your locality.
  • Evaluate plant establishment techniques used by two different land rehabilitation programs inspected by you at least twelve months after planting was carried out.
  • Determine the needs of plants after planting, on two different proposed land rehabilitation sites.
  • Describe two different, efficient ways, of catering to the needs of large numbers of plants after planting.
  • Collect pressed specimens or photographs of twenty trees for a herbarium of suitable trees for rehabilitation, and including information on the culture and care of each tree.
  • Describe different types of soil degradation, detected in your locality.
  • Determine the risk factors involved in soil degradation, relevant to your locality.
  • Compare two different alternative methods of treating each of three different soil degradation problems identified and inspected by you.
  • Develop an assessment form to use for evaluating the sensitivity of a site to land degradation.
  • Evaluate a site showing signs of degradation, selected by you, using the assessment form you developed.
  • Plan a rehabilitation program for the degraded site you evaluated, including
    • a two year schedule of work to be completed;
    • list of quantity and type of materials required;
    • approximate cost estimates.
  • Explain the effect six different plant species may have resisting soil degradation.
  • Explain how different plants can have different impacts upon the chemistry of their environment, including both air and soil.
  • Evaluate the significance of a group of plants, to the nature of the microclimate in which you find them growing.
  • Compare the appropriateness of twenty different plant species for different degraded sites.
  • Determine five plant varieties, suited to each of six different degradation situations.

 

Career Opportunities

Study alone can never guarantee career success; but a good education is an important starting point.

Success in a career depends upon many things. A course like this is an excellent starting point because it provides a foundation for continued learning, and the means of understanding and dealing with issues you encounter in the workplace.

When you have completed an ACS course, you will have not only learnt about the subject, but you will have been prompted to start networking with experts in the discipline and shown how to approach problems that confront you in this field.

To work with trees you must know how to identify different trees; understand what makes them grow (or not grow); and be able to differentiate between different species. This course gets you started on the right track for a lifetime of learning in all of these areas.

With tens of thousands of different tree cultivars being grown around the world; you will never stop learning -and that is part of the attraction of working in this industry.
 
If you want to do the best that you can in this industry, you need to recognise that the opportunities that confront you at the end of a course, are probably different to anything that has even been thought of when you commence a course.

 

 

 

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Meet some of our academics

Maggi BrownMaggi is regarded as an expert in organic growing throughout the UK, having worked for two decades as Education Officer at the world renowned Henry Doubleday Research Association. She has been active in education, environmental management and horticulture across the UK for more than three decades. Some of Maggi's qualifications include RHS Cert. Hort. Cert. Ed. Member RHS Life Member Garden Organic (HDRA) .
Diana Cole (Horticulturist)Horticulturist, Permaculturist, Landscaper, Environmentalist. Holds a Diploma in Horticulture, degree in geography, permaculture certificate and various other qualifications. Between 1985 and 94, Diana was a task leader with the British Trust for Conservation Volunteers. Since 2001 she has been chairperson of the Friends of Mellor Park (with Stockport MDC). From 2005 she has worked exclusively in horticulture as proprietor of her own garden design and consultancy business in and around Derbyshire; and at the same time as part time manager of a small garden centre. Diana has been an enthusiastic and very knowledgeable tutor with ACS since 2008.
Yvonne Sharpe (Horticulturist)Started gardening in 1966, studied a series of horticulture qualifications throughout the 1980's and 90's, culminating in an RHS Master of Horticulture. Between 89 and 1994, she worked teaching in horticultural therapy. Founded the West Herts Garden Association in 1990 and exhibited at Chelsea Flower Show in 1991. In 1994, Yvonne joined the staff at Oaklands College, and between 1996 and 2000 was coordinator for all Amenity Horticulture courses at that college. Since leaving Oakland she has been active as a horticultural consultant, retail garden centre proprietor and sessional lecturer (across many colleges in southern England). In 2000, she also completed a Diploma in Management.


Check out our eBooks

Growing ConifersThe great thing about conifers is they look good all year round. Most of them are grown for foliage, and in general, foliage remains the same pretty well all year. Unlike other trees and shrubs, you do not have a month of attractive flowers, followed by an obscure plant the remainder of the year. A brilliant blue of gold foliage conifer will be blue or gold month in, month out.
Trees and ShrubsUseful for students, tradespeople already working in the field, or the home gardener who needs a quick reference when choosing plants for a garden.
Trees & Shrubs for Small GardensTurn even the smallest space into a great place. This e-book is an essential guide for any gardener who wants to make the most of a small garden, balcony, verandah or courtyard.
Trees and Shrubs for Warm PlacesA stunning book with around 300 colour photos! A comprehensive reference to thousands of tropical plant varieties (mostly different information to the Tropical Plants book) . An classic reference for nurserymen, landscapers, interior plantscapers, horticulturists and any tropical plant enthusiasts. 209 pages