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{{T}}
[[Category:English]]
[[Category:Landscape Maintenance]]

{{BR}}
= Introduction =

'''Landscape maintenance''' is the skilled work of keeping outdoor spaces healthy, safe, functional, clean, and attractive. It combines [[English:Horticulture|horticultural knowledge]], [[English:Groundskeeping|groundskeeping]], equipment use, observation, planning, and customer or site requirements. Typical workplaces include private gardens, housing developments, parks, schools, business grounds, sports sites, public spaces, and institutional landscapes.

As an apprentice, trainee, or vocational student, you are expected to do more than complete isolated jobs. You need to inspect a site, identify priorities, select suitable tools, work safely, protect plants and soil, use water and materials efficiently, communicate with others, and check the quality of the finished work. Good maintenance is preventive: it notices small problems before they become expensive, hazardous, or damaging.

[[File:Lawn Maintenance Services.jpg|500px|frameless|center]]

Landscape maintenance is highly dependent on climate, plant species, soil, site use, season, and local regulations. Therefore, professional decisions should be based on site conditions rather than on a fixed routine. You should always follow your employer's procedures, equipment manuals, product labels, site rules, and applicable safety and environmental requirements.

{{BR}}
== Learning Goals ==

By the end of this aiMOOC, you should be able to explain the purpose of landscape maintenance, carry out a structured site inspection, choose appropriate tools and work methods, describe safe practice, plan common maintenance tasks, diagnose visible plant and site problems at a basic vocational level, and evaluate work quality. You should also be able to connect maintenance choices with [[English:Sustainability|sustainability]], biodiversity, water conservation, soil health, and long-term cost control.

{{BR}}
= Understanding the Maintenance Cycle =

Professional landscape maintenance follows a repeating cycle: '''inspect, plan, prepare, carry out, check, record, and improve'''. The exact order of individual jobs can change, but the cycle helps prevent missed hazards and unnecessary work.

A site inspection should consider access routes, slopes, surfaces, hidden obstacles, overhead or underground services, weather, bystanders, plant condition, turf condition, irrigation, drainage, weeds, litter, damaged fixtures, and signs of pests or disease. You then decide what requires immediate action, what can be scheduled, and what needs specialist advice.

A maintenance plan should state the work area, tasks, resources, time, hazards, controls, quality standard, and follow-up. Recording completed work helps the next person understand what was done and supports consistent care over time.

{{BR}}
== A Practical Daily Workflow ==

# [[English:Site Inspection|Site Inspection]]: Walk the work area, identify hazards, note plant and surface conditions, and confirm priorities.
# [[English:Work Planning|Work Planning]]: Choose the sequence of tasks so that people, plants, surfaces, and equipment are protected.
# [[English:Tool Selection|Tool Selection]]: Select tools that match the job and check that guards, handles, cutting parts, cables, batteries, fuel systems, and safety features are serviceable.
# [[English:Work Execution|Work Execution]]: Use correct technique, maintain safe distances, and protect nearby people and property.
# [[English:Quality Control|Quality Control]]: Inspect the result, remove debris, correct defects, and leave the area safe and tidy.
# [[English:Maintenance Log|Maintenance Log]]: Record completed work, faults, observations, materials used, and follow-up needs.

{{BR}}
= Safety and Professional Work Practice =

Landscape work can involve moving blades, flying debris, noise, vibration, manual handling, vehicles, electrical equipment, fuels, chemicals, heat, cold, sun exposure, insects, traffic, uneven ground, and work near trees or overhead hazards. Your first responsibility is to control risk before starting.

A safe approach includes checking the work area, choosing the right equipment, keeping bystanders away from hazardous operations, using suitable [[English:Personal protective equipment|personal protective equipment]], maintaining stable footing, handling loads safely, and stopping work if conditions become unsafe. Eye protection is especially important where debris may be thrown, and hearing protection may be needed with noisy power equipment. Footwear, gloves, high-visibility clothing, respiratory protection, or other PPE may be required according to the task and risk assessment.

Never bypass guards or safety interlocks. Never carry out repairs, blade changes, cleaning, or blockage removal until the machine is safely shut down and isolated according to the manufacturer's instructions. Work around electricity, large trees, chainsaws, pesticides, powered access equipment, or other specialist hazards only when you have the required training, authorization, supervision, and equipment.

{{#ev:youtube|https://www.youtube.com/watch?v=lleF3z5-EF8|500|center}}

This short video from the U.S. Occupational Safety and Health Administration focuses on landscaping and tree-care safety. Use it to identify hazards that should be included in a workplace risk assessment.

{{BR}}
== Communication and Site Control ==

Professional maintenance often happens while clients, residents, pupils, visitors, vehicles, or other workers are nearby. Use signs, barriers, agreed exclusion zones, clear verbal communication, and a planned work sequence. Before operating a mower, trimmer, blower, or hedge trimmer, check where people could enter the area and where debris could travel.

Good communication also includes reporting defects instead of hiding them. A leaking irrigation valve, cracked paving edge, damaged tree limb, broken guard, or unstable fence may require a different trade or a supervisor. Clear reporting is part of quality work.

{{BR}}
= Turf and Lawn Maintenance =

[[English:Lawn|Turf]] maintenance may include mowing, edging, aeration, dethatching, overseeding, irrigation, nutrition, weed management, repair, and cleanup. The correct combination depends on turf species, season, soil, use, and the quality standard expected.

Mowing should produce an even surface without scalping, tearing, excessive clumping, or damage to trees and landscape features. Set the cutting height for the turf type and site purpose, and avoid removing excessive leaf area in one cut. Change mowing direction where appropriate to reduce repeated wheel tracking and to improve appearance. Keep mower blades sharp because dull blades tear leaf tissue and can reduce finish quality.

[[File:Person using a string trimmer in a garden undefined.jpg|500px|frameless|center]]

String trimmers are useful around edges and obstacles that a mower cannot reach, but they can damage tree bark, young stems, irrigation parts, vehicles, windows, and people if used carelessly. Maintain a safe operating zone, control the cutting head, and keep the line away from woody stems.

{{BR}}
== Edges, Paths, and Presentation ==

A finished landscape should look intentional. After mowing or trimming, remove or redistribute heavy clippings as appropriate, clear paved surfaces, inspect kerbs and edges, and check that entrances, drains, signs, and access routes are unobstructed. Blowers can move debris efficiently, but they should be used with attention to noise, dust, people, traffic, and the risk of blowing material into drains or neighboring property.

{{BR}}
= Pruning Trees and Shrubs =

[[English:Pruning|Pruning]] removes selected plant material to improve safety, plant health, structure, access, size control, flowering, or appearance. Before cutting, identify the plant if possible and understand why you are pruning it. Timing matters because different species flower, grow, and respond to pruning in different ways.

Begin with dead, damaged, or diseased material when appropriate. Use a tool that matches the branch size, make clean cuts, and avoid tearing bark. Do not use hedge trimmers as a substitute for selective pruning when the plant requires its natural structure to be preserved. Large branches, high work, chainsaw work, or trees near utilities require specialist competence and may need a qualified arborist.

[[File:Pruning shears.jpg|350px|frameless|center]]

{{#ev:youtube|https://www.youtube.com/watch?v=_QJFsdTt-YQ|500|center}}

The University of Minnesota Extension video demonstrates pruning tools and late-winter pruning approaches. Compare the techniques shown with the tools and plant types used at your training site.

[[File:Cutting Taxus with a hedge trimmer.jpg|400px|frameless|center]]

{{#ev:youtube|https://www.youtube.com/watch?v=9JQsV45cHM4|500|center}}

This additional University of Minnesota Extension video shows how pruning timing and technique can change for shrubs after flowering. It is a useful reminder that maintenance schedules must reflect plant biology rather than convenience alone.

{{BR}}
== Hedge Trimming ==

Formal hedges are usually maintained to a defined outline. Before trimming, inspect for nesting wildlife, hidden wire, hard objects, and people on the opposite side. Plan where cut material will fall and how it will be collected. Keep the trimmer under control, maintain secure footing, and avoid overreaching.

[[File:Hedge trimmers.JPG|500px|frameless|center]]

After trimming, check both the shape and the health of the hedge. A visually straight surface is not enough if the work has exposed bare wood unnecessarily, damaged stems, left hanging cuttings, or created access hazards.

{{BR}}
= Irrigation and Water Management =

Landscape irrigation should provide enough water for plant health while avoiding unnecessary runoff, puddling, erosion, waterlogging, and waste. The best schedule depends on plant type, root zone, weather, soil texture, slope, irrigation method, and recent rainfall.

Inspect irrigation while it is running when this can be done safely. Look for broken heads, blocked emitters, leaks, misting, overspray onto hard surfaces, uneven coverage, sunken sprinklers, pressure problems, or water flowing away from the intended root zone. A dry plant is not always caused by too little irrigation; damaged roots, compacted soil, disease, drainage failure, or a blocked emitter can produce similar symptoms.

[[File:Drip irrigation system installed in a garden for efficient water management during summer.jpg|500px|frameless|center]]

[[File:Dripirrigation.png|500px|frameless|center]]

{{#ev:youtube|https://www.youtube.com/watch?v=dUnrTDn68K4|500|center}}

Virginia Cooperative Extension explains the basic principle of drip irrigation: delivering water near the root zone can reduce losses and improve control compared with less targeted watering methods.

{{#ev:youtube|https://www.youtube.com/watch?v=s5mnWpxGEkI|500|center}}

This University of Arkansas System Division of Agriculture video focuses on drip-irrigation maintenance. Watch for the connection between preventive inspection and reliable water delivery.

{{BR}}
== Drainage and Surface Water ==

Good maintenance also includes observing where water goes after rain or irrigation. Ponding, eroded soil, washed mulch, blocked drains, algae on paving, or constantly wet planting beds can indicate drainage problems. Do not simply add more water to a stressed plant without checking whether the root zone is already saturated.

Protect drains from soil, clippings, leaves, and pollutants. Where drainage defects exceed your role, document the location and report the issue promptly.

{{BR}}
= Soil, Mulch, and Plant Nutrition =

Healthy plants depend on a functional root environment. [[English:Soil|Soil]] provides water, air, nutrients, anchorage, and habitat for organisms. Compaction can reduce pore space and make root growth and water infiltration more difficult. Repeated vehicle traffic, working wet soil, and heavy foot traffic can worsen compaction.

Mulch can reduce weed germination, moderate soil temperature, conserve moisture, and protect soil from erosion when correctly applied. Keep mulch away from direct contact with trunks and woody stems because deep piles against bark can hold excessive moisture and hide defects.

[[File:Garden Mulch.JPG|500px|frameless|center]]

[[File:Compost.mulch.jpg|450px|frameless|center]]

Fertilizer should not be applied automatically. Base nutrient decisions on plant need, site history, visible symptoms, soil or tissue testing where appropriate, and local guidance. Excess nutrients can waste money, damage plants, or move into waterways. If you are not trained to diagnose a suspected deficiency, record the symptoms and seek advice before treating.

{{BR}}
= Weed, Pest, and Disease Management =

A professional does not treat every unwanted plant or damaged leaf in the same way. Start by identifying the problem. [[English:Integrated pest management|Integrated pest management]] uses observation, prevention, monitoring, thresholds, and suitable control methods rather than relying automatically on chemical treatment.

Weed control can include hand pulling, hoeing, mulching, mowing, cultivation, thermal methods, or approved herbicides where legally permitted and appropriate. Select the method according to the weed, location, nearby plants, soil condition, time available, and risk of spread.

[[File:Hand weeder.jpg|400px|frameless|center]]

For pests and diseases, examine patterns. Damage on one plant may suggest a local issue, while similar symptoms across a whole bed may indicate irrigation, soil, weather, or management problems. Photographing symptoms and recording where they occur can help a supervisor, horticulturist, or plant-health specialist diagnose the cause.

Only use pesticides when you are trained and authorized to do so. Follow the product label, employer procedures, environmental requirements, PPE instructions, storage rules, and local law. The label and legal requirements determine permitted use.

{{BR}}
= Tools, Equipment, and Preventive Maintenance =

Landscape maintenance uses hand tools, battery equipment, electric tools, and engine-powered machines. Common examples include secateurs, loppers, rakes, spades, hoes, edgers, mowers, string trimmers, hedge trimmers, blowers, aerators, and irrigation tools.

Before use, inspect the tool or machine. Look for loose parts, damage, missing guards, worn cutting parts, leaks, damaged cables, insecure battery connections, blocked air intakes, or other defects. Report faults and remove unsafe equipment from service according to workplace procedure.

After use, clean equipment safely, check for damage, recharge or refuel in the correct location, sharpen or replace cutting parts as authorized, and store equipment securely. Good equipment care improves safety, cut quality, reliability, and service life.

{{BR}}
== Tool Selection Principles ==

Use the simplest tool that can complete the task safely and to the required standard. A hand tool may be better than powered equipment for a small bed near fragile plants, while powered equipment may be justified for larger repetitive work. Consider access, noise, emissions, vibration, bystanders, cutting capacity, finish quality, and the time needed for setup and cleanup.

Do not improvise with damaged or unsuitable equipment. If the task requires a tool you are not trained to use, ask for supervision or reassignment.

{{BR}}
= Seasonal and Scheduled Maintenance =

Landscape maintenance is cyclical. Plants grow, flower, shed leaves, enter dormancy, and respond to weather. A useful schedule combines fixed inspections with condition-based work.

{| class="wikitable"
! Period
! Typical focus
! Questions to ask
|-
| Active growth
| Mowing, trimming, irrigation checks, weeding, plant monitoring
| Is growth healthy, is water reaching roots, and are access routes safe?
|-
| Flowering periods
| Selective pruning, deadheading, presentation, pest observation
| Will pruning now remove flowers or future buds?
|-
| Dry or hot periods
| Water management, stress checks, mulch inspection, worker heat controls
| Are plants dry because of low moisture, or is another root-zone problem present?
|-
| Leaf fall or reduced growth
| Cleanup, structural pruning where appropriate, drainage checks, equipment servicing
| Can work now reduce next season's problems?
|-
| Severe weather periods
| Site safety, fallen material, erosion, drainage, access, delayed tasks
| Should work stop or be rescheduled because conditions are unsafe?
|}

This table is a planning framework, not a universal calendar. Local climate and species determine the real timing.

{{BR}}
= Quality, Efficiency, and Sustainability =

A well-maintained site should not only look tidy immediately after the crew leaves. It should also remain healthy, safe, resource-efficient, and suitable for its users. Quality means meeting the specification without causing avoidable damage.

Sustainable maintenance aims to reduce unnecessary water, fuel, fertilizers, pesticides, waste, and repeated work. Useful strategies include choosing plants suited to the site, protecting soil, using mulch appropriately, maintaining irrigation efficiency, composting suitable green waste, keeping equipment in good condition, protecting pollinator habitat, and planning tasks so one operation does not undo another.

Efficiency is not simply working faster. It means producing the required result with the right sequence, tools, materials, and labor while maintaining safety and quality. For example, it is inefficient to mow before removing debris, irrigate a leaking zone, trim a hedge before checking for nesting wildlife, or fertilize a plant whose real problem is waterlogging.

{{BR}}
== Customer and Team Expectations ==

In commercial work, clients may judge the result by appearance, reliability, communication, and how well the crew protects property. Confirm the scope of work before starting, note anything outside the contract, and report unexpected problems clearly.

Within a team, agree who is responsible for each area, how exclusion zones will be maintained, where waste will go, and what quality standard applies. A short briefing before work can prevent duplicated effort and safety conflicts.

{{BR}}
= Interactive Tasks =

{{BR}}
== Quiz: Test Your Knowledge ==

{{MC}}

'''What is a central purpose of landscape maintenance?'''
(To keep outdoor spaces healthy safe functional clean and attractive)
(!To replace every plant each season)
(!To use powered equipment whenever possible)
(!To avoid recording completed work)

{{E}}
<br>

{{MC}}

'''What should you do before operating powered landscape equipment?'''
(Inspect the work area and equipment for hazards and defects)
(!Remove all guards to improve visibility)
(!Start the machine before checking for people)
(!Ignore minor fuel or cable damage)

{{E}}
<br>

{{MC}}

'''What is a sound mowing practice?'''
(Use a cutting height suited to the turf type and site)
(!Cut every lawn as short as the mower allows)
(!Mow over stones so they are broken into smaller pieces)
(!Use dull blades to slow turf growth)

{{E}}
<br>

{{MC}}

'''What is a good first priority when pruning shrubs?'''
(Remove dead damaged or diseased material where appropriate)
(!Cut every branch to the same length)
(!Prune only according to the worker timetable)
(!Use hedge trimmers for all shrubs)

{{E}}
<br>

{{MC}}

'''What is a good principle for landscape irrigation?'''
(Adjust watering to plant need soil condition and weather)
(!Use the same runtime every day of the year)
(!Water paved surfaces to cool them)
(!Assume every wilted plant needs more water)

{{E}}
<br>

{{MC}}

'''How should mulch be placed around a tree trunk?'''
(Keep the mulch away from direct contact with the trunk)
(!Pile the mulch high against the bark)
(!Cover the root flare with a deep cone)
(!Mix plastic waste into the mulch)

{{E}}
<br>

{{MC}}

'''What is an important control when using a string trimmer?'''
(Keep bystanders clear and protect against flying debris)
(!Aim the cutting head toward windows)
(!Trim directly against young tree bark)
(!Operate without checking the work area)

{{E}}
<br>

{{MC}}

'''What is the first step in integrated pest management?'''
(Identify and assess the problem)
(!Apply the strongest pesticide immediately)
(!Remove all insects from the landscape)
(!Ignore patterns of plant damage)

{{E}}
<br>

{{MC}}

'''Why is a maintenance log useful?'''
(It records work observations faults and follow up needs)
(!It replaces every site inspection)
(!It allows unsafe tools to stay in service)
(!It guarantees that plants never become stressed)

{{E}}
<br>

{{MC}}

'''Which practice can support more sustainable maintenance?'''
(Select plants suited to the site and maintain irrigation efficiency)
(!Increase watering regardless of rainfall)
(!Remove all organic matter from soil)
(!Use extra fertilizer as a routine precaution)

{{E}}
<br>

{{BR}}
== Memory Game ==

<div class="memo-quiz">
{|
|-
| Site inspection || A systematic check of hazards conditions and work priorities
|-
| Mulching || Covering the soil surface with suitable material to protect soil and reduce weed growth
|-
| Pruning || Selective removal of plant parts for health safety structure or appearance
|-
| Irrigation || Controlled application of water to the landscape
|-
| Edging || Creating a defined boundary between turf and another surface
|-
| Aeration || Creating openings in compacted turf soil to improve air and water movement
|-
| IPM || A decision process that combines monitoring prevention and suitable pest controls
|-
| Quality control || Checking that completed work meets safety appearance and specification requirements
|}
{{E}}
<br>

{{BR}}
== Drag and Drop ==

<div class="lueckentext-quiz">

{| class="wikitable"
! Match the correct terms.
! Topic
|-
| '''Pre use equipment check'''
| Inspect guards cutting parts cables batteries and visible damage
|-
| '''Root zone watering'''
| Apply water where plant roots can use it
|-
| '''Selective pruning'''
| Remove chosen branches rather than shearing every surface
|-
| '''Site cleanup'''
| Remove debris and leave access routes safe
|-
| '''Maintenance record'''
| Document completed work observations defects and follow up
|}
{{E}}

<br>
...
<br />

{{BR}}
== Crossword Puzzle ==

<div class="kreuzwort-quiz">
{|
|-
| Mowing || Which turf task uses a mower to reduce grass height?
|-
| Pruning || What is the selective removal of branches or shoots called?
|-
| Irrigation || What system supplies water to landscape plants?
|-
| Mulching || What practice covers soil with a protective surface layer?
|-
| Weeding || What task removes unwanted plants from maintained areas?
|-
| Inspection || What systematic check should occur before work begins?
|}
{{E}}
<br>

{{BR}}
== LearningApps ==

<iframe> https://learningapps.org/index.php?s=Landscape+Maintenance </iframe>

{{BR}}
== Cloze Text ==

<quiz display=simple>
{'''Complete the text.'''<br>
|type="{}"}
Professional landscape maintenance begins with a careful { site inspection }. A work plan should consider hazards, resources, priorities, and the required { quality }. Before powered equipment is used, workers should check guards, cutting parts, and other visible { defects }. Turf should be mown at a height suited to the species and intended { use }. Pruning decisions should reflect plant structure, health, and correct { timing }. Efficient irrigation delivers water to the active { root zone }. Mulch should protect soil without being piled against woody { stems }. Integrated pest management begins by identifying and assessing the { problem }. Completed work and defects should be entered in a maintenance { log }.
</quiz>

<br>

{{BR}}
= Open-Ended Tasks =

{{BR}}
=== Easy ===
# [[English:Maintenance Checklist|Maintenance Checklist]]: Create a one-page checklist for a daily landscape-maintenance shift, including site inspection, equipment checks, work tasks, cleanup, and reporting.
# [[English:Tool Identification|Tool Identification]]: Photograph or sketch eight common landscape tools at your training site, label each one, and explain one suitable task and one safety point for each.
# [[English:Site Observation|Site Observation]]: Inspect a small outdoor area and write a short condition report describing turf, plants, irrigation, surfaces, litter, weeds, and visible hazards.
# [[English:Work Sequence|Work Sequence]]: Produce a simple flowchart showing a safe and efficient sequence for mowing, edge trimming, cleanup, and final quality inspection.

{{BR}}
=== Standard ===
# [[English:Pruning Demonstration|Pruning Demonstration]]: Produce a short instructional video that demonstrates safe setup, correct tool choice, and three basic pruning decisions on suitable training plants under supervision.
# [[English:Irrigation Audit|Irrigation Audit]]: Observe an irrigation zone in operation, map the emitters or sprinklers, record leaks or coverage problems, and suggest practical maintenance actions.
# [[English:Worker Interview|Worker Interview]]: Interview an experienced groundskeeper or landscape technician about seasonal workload, common mistakes, safety routines, and the skills apprentices most need to develop.
# [[English:Mulch Experiment|Mulch Experiment]]: Set up a small supervised comparison of bare soil and mulched soil, record moisture and weed observations over time, and explain what the results do and do not prove.

{{BR}}
=== Advanced ===
# [[English:Maintenance Plan|Maintenance Plan]]: Develop a four-week maintenance plan for a real or simulated site, including priorities, labor, tools, risks, quality standards, waste handling, and contingency actions.
# [[English:Plant Health Case Study|Plant Health Case Study]]: Document a plant or bed showing stress, create a diagnosis pathway that considers water, soil, pests, disease, and physical damage, and recommend what evidence should be collected before treatment.
# [[English:Sustainability Audit|Sustainability Audit]]: Evaluate a maintained landscape for water use, soil protection, biodiversity, green-waste handling, equipment choice, and repeated labor, then propose three measurable improvements.
# [[English:Vocational Site Visit|Vocational Site Visit]]: Visit a park, campus, sports ground, cemetery, housing estate, or professional landscape company, compare observed maintenance systems with your training practices, and present your findings to the class.

{{:Open Task - Create a MOOC}}

{{BR}}
= Learning Assessment =

# [[English:Integrated Site Assessment|Integrated Site Assessment]]: Inspect a landscape area, identify hazards and maintenance needs, rank them by urgency, and justify the order in which work should be carried out.
# [[English:Method Selection|Method Selection]]: Compare two possible methods for controlling weeds in a planted bed and explain which method you would choose based on plant safety, labor, environmental impact, and expected effectiveness.
# [[English:Irrigation Troubleshooting|Irrigation Troubleshooting]]: Given a dry planting bed beside a wet path, develop a diagnostic sequence that distinguishes poor coverage, leaks, blocked emitters, runoff, drainage problems, and plant-root issues.
# [[English:Pruning Decision|Pruning Decision]]: Analyze a shrub with dead wood, crossing branches, and an upcoming flowering period, then explain which cuts you would make now, which you would delay, and why.
# [[English:Efficiency Review|Efficiency Review]]: Evaluate a crew workflow that includes mowing, trimming, irrigation inspection, and cleanup, identify wasted movement or task conflicts, and redesign the sequence.
# [[English:Quality and Sustainability Transfer|Quality and Sustainability Transfer]]: Apply landscape-maintenance principles to an unfamiliar site such as a school courtyard or business entrance and explain how safety, appearance, biodiversity, water use, and maintenance cost should influence decisions.

<br>
<br>

{{BR}}
= Evidence of Learning =

{| class="wikitable"
! Evidence area
! What successful learning can show
|-
| Knowledge
| You can explain the maintenance cycle, basic turf care, pruning purpose, irrigation principles, soil and mulch functions, integrated pest management, and common workplace hazards.
|-
| Practical skills
| You can inspect a site, select suitable hand or powered tools, organize a work area, carry out supervised maintenance tasks, protect plants and surfaces, and complete a final quality check.
|-
| Professional behavior
| You communicate hazards and defects, follow instructions, protect bystanders, keep records, care for equipment, and ask for specialist help when a task is outside your competence.
|-
| Products
| Your portfolio can include checklists, site maps, photographs, maintenance logs, irrigation audits, pruning records, risk assessments, short videos, and maintenance plans.
|-
| Transfer
| You can adapt your decisions to a new site by considering plant needs, users, soil, water, climate, hazards, quality standards, and resource efficiency rather than copying a fixed routine.
|}

<br>
<br>

{{BR}}
= OERs on the Topic =

The English Wikipedia article on [[English:Landscape maintenance|Landscape maintenance]] gives a general overview of the occupation and its range of tasks.

<iframe> https://en.m.wikipedia.org/wiki/Landscape_maintenance </iframe>

<br>

{{BR}}
= Linked Learning Areas =

{| align=center
{{:D-Tab}}
'''[[English:Landscape Maintenance|Landscape Maintenance]]'''
# [[English:Groundskeeping|Groundskeeping]]
# [[English:Horticulture|Horticulture]]
# [[English:Lawn care|Lawn care]]
# [[English:Pruning|Pruning]]
# [[English:Irrigation|Irrigation]]
# [[English:Soil|Soil]]
# [[English:Integrated pest management|Integrated pest management]]
# [[English:Occupational safety and health|Occupational safety and health]]
# [[English:Sustainable landscaping|Sustainable landscaping]]
|}

{{BR}}
= aiMOOC Projects =
[[Category:English]]
[[Category:Landscape Maintenance]]
[[Category:Vocational Education]]
[[Category:Horticulture]]
[[Category:Landscaping]]
[[Category:Groundskeeping]]
[[Category:Occupational Safety]]
[[Category:Sustainable Landscaping]]
[[Category:AI_MOOC]]
[[Category:GPT aiMOOC]]
{{MT}}

English:Landscape Maintenance - Versionsgeschichte

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