Safe Work Method Statement for Landscaping Operations in Construction

Landscaping

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Landscaping operations in construction encompass the creation, maintenance, and enhancement of outdoor environments from residential gardens to large-scale commercial developments. These essential services transform raw construction sites into functional, aesthetically pleasing landscapes whilst ensuring environmental compliance and long-term sustainability. Whether installing irrigation systems, conducting tree maintenance, laying turf, or maintaining established gardens, workers face diverse hazards including mobile plant operations, manual handling injuries, exposure to biological agents, and work near underground services. Proper safety management through comprehensive SWMS documentation protects landscaping personnel whilst ensuring compliance with Australian WHS regulations and environmental protection standards.

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Landscaping Overview

29 curated templates

Landscaping operations in construction encompass the creation, maintenance, and enhancement of outdoor environments from residential gardens to large-scale commercial developments. These essential services transform raw construction sites into functional, aesthetically pleasing landscapes whilst ensuring environmental compliance and long-term sustainability. Whether installing irrigation systems, conducting tree maintenance, laying turf, or maintaining established gardens, workers face diverse hazards including mobile plant operations, manual handling injuries, exposure to biological agents, and work near underground services. Proper safety management through comprehensive SWMS documentation protects landscaping personnel whilst ensuring compliance with Australian WHS regulations and environmental protection standards.

Definition

What is Landscaping?

Landscaping in construction involves the systematic planning, installation, and maintenance of outdoor environments as integral components of building and infrastructure projects. This specialised trade encompasses soft landscaping activities such as garden bed preparation, plant installation, turf laying, and ongoing maintenance, alongside hard landscaping elements including paving, retaining structures, irrigation systems, and outdoor feature installations. Landscaping professionals utilise diverse equipment ranging from hand tools and small power equipment to substantial mobile plant including ride-on mowers, tractors with slashing attachments, stump grinders, wood chippers, and all-terrain vehicles (ATVs). Many tasks require operation of elevated work platforms for tree trimming, installation of shade sails and outdoor structures, and coordination with other construction trades to integrate landscape elements with building services and drainage systems. The scope of landscaping work varies significantly across project types and stages. During early construction phases, landscapers may conduct site clearance, tree removal, stump grinding, and topsoil management. In development stages, they install irrigation systems requiring trenching and connection to water mains, construct garden beds with appropriate drainage and soil preparation, and install hardscape elements such as paving, edging, and retaining walls. Final stages involve plant installation following horticultural specifications, turf laying using manual or maxi-roll techniques, mulch application, and establishment maintenance to ensure plant survival and project completion standards. Specialised landscaping services within construction include hydro-seeding for erosion control and large-area revegetation, synthetic grass installation for sports fields and commercial applications, shade sail and outdoor structure installation, water feature construction requiring electrical and plumbing integration, sport and playground equipment installation with specific safety surfacing requirements, and geofabric installation for soil stabilisation and weed suppression. Environmental considerations include weed control using chemical and mechanical methods, management of bites and stings from insects and reptiles, protection of existing vegetation during construction activities, and compliance with local government landscaping conditions and native vegetation retention requirements. Landscaping contractors must coordinate closely with civil works teams for drainage integration, plumbers for irrigation connections, electricians for outdoor lighting and water feature pumps, and project managers to sequence landscape installation around building completion milestones. This coordination ensures landscape elements integrate seamlessly with constructed environments whilst protecting workers from hazards associated with active construction sites and recently completed structures.

Compliance impact

Why it matters

Safe Work Method Statements for landscaping operations are critical compliance documents under the Work Health and Safety Act 2011, particularly when landscaping activities involve high-risk construction work such as operating mobile plant, working near underground services, tree work at heights, or trenching for irrigation installation. Without proper documentation and safety procedures, landscaping workers face serious risks including mobile plant rollovers, manual handling injuries, exposure to hazardous chemicals, crush injuries from falling trees or branches, and contact with underground services. The importance of SWMS documentation for landscaping extends beyond legal compliance to address the unique hazards present in construction environments. Unlike established commercial or residential properties, construction sites present additional risks including unstable ground conditions, proximity to heavy machinery and active work areas, incomplete services with exposed cables or pipes, and coordination challenges with multiple trades working simultaneously. A comprehensive SWMS ensures all personnel understand these construction-specific risks and implement appropriate control measures before commencing landscape installation or maintenance work. Australian WorkSafe authorities have recorded numerous serious incidents involving landscaping operations, including tractor and ride-on mower rollovers on sloped terrain, workers struck by falling tree limbs during trimming operations, wood chipper entanglement injuries, and contact with underground services during trenching for irrigation installation. These incidents frequently result from inadequate site assessment, improper equipment selection, failure to obtain service location information, or insufficient worker training on equipment operation and hazard recognition. A robust SWMS addresses these failure points through detailed hazard identification, equipment-specific control measures, and clear procedural guidance for high-risk activities. PCBUs (persons conducting a business or undertaking) who engage landscaping contractors or employ landscaping personnel have explicit duties under Section 19 of the WHS Act to eliminate risks so far as reasonably practicable. This extends to ensuring landscaping workers have appropriate licences for mobile plant operation, access to service location information before excavation, suitable personal protective equipment for chemical use and manual handling tasks, and adequate supervision particularly for workers operating in isolation or remote areas of large sites. A well-documented SWMS demonstrates due diligence, provides evidence of systematic risk management, and serves as an essential communication tool during site inductions and toolbox meetings. For specialised landscaping tasks such as tree felling operations, elevated work platform use for tree trimming, installation of heavy playground equipment or shade structures, and irrigation work requiring trenching near buildings, SWMS documentation becomes critically important. These activities may trigger additional regulatory requirements including high-risk work licences, engineered drawings and certifications, service authority permits, and environmental protection measures. The SWMS ensures all regulatory obligations are identified and addressed, protecting workers whilst maintaining compliance with state and federal regulations governing construction work, environmental protection, and community safety standards. Environmental compliance adds another dimension to landscaping SWMS requirements. Many construction projects include landscaping conditions requiring protection of existing trees, revegetation using native species, erosion and sediment control measures, and limitations on chemical use near waterways or environmentally sensitive areas. The SWMS documents procedures for tree protection zone establishment, appropriate herbicide and pesticide selection and application methods, soil and water quality protection measures, and weed management strategies compliant with local biosecurity regulations. This integration of safety and environmental requirements ensures landscaping work meets both WHS obligations and environmental protection standards.

Key hazards in Landscaping

Highlight high-risk scenarios before work begins.

Risk focus
Hazard

Mobile Plant Rollovers and Crush Injuries

Landscaping operations frequently involve ride-on mowers, tractors with slashing attachments, and all-terrain vehicles (ATVs) operating on sloped, uneven, or unstable terrain. Rollovers can occur when equipment exceeds safe operating angles, encounters hidden ground depressions, operates near embankments or retaining walls, or travels across recently disturbed construction site ground with poor compaction. Workers can suffer fatal crush injuries if trapped beneath overturned machinery. ATVs present particular risks as they lack rollover protective structures and operators may be ejected during rollovers. Additional crush hazards arise from stump grinders, wood chippers, and towed equipment such as gang mowers or soil aerators that can entangle operators or bystanders.

Hazard

Tree Work Hazards Including Falling Limbs and Chainsaw Injuries

Tree felling, trimming, and removal operations expose workers to multiple serious hazards. Falling trees or branches can strike workers, bystanders, or structures causing fatal injuries or significant property damage. Chainsaws and cutting equipment can cause severe lacerations, amputations, or penetrating injuries particularly during kickback events or when cutting under tension. Workers operating from elevated work platforms or using rope access techniques for tree trimming face fall risks if anchorage points fail or equipment malfunctions. Dead or damaged trees present heightened risks as structural integrity may be compromised, causing unpredictable failure during cutting operations. Overhead power lines near tree work create electrocution hazards requiring specific clearance distances and isolation procedures.

Hazard

Wood Chipper Entanglement and Ejection Injuries

Wood chippers pose severe entanglement risks where workers can be drawn into feed mechanisms by branches, loose clothing, or during attempts to clear blockages whilst machinery operates. The powerful feed rollers can pull a worker's hand, arm, or entire body into cutting mechanisms causing catastrophic crush and laceration injuries. Flying debris ejected from discharge chutes can strike workers causing eye injuries, lacerations, or blunt trauma. Workers face additional risks when clearing jammed material, performing maintenance without proper lockout procedures, or working in the discharge zone. Noise exposure from chipper operation can exceed safe levels requiring hearing protection and limiting verbal communication effectiveness.

Hazard

Chemical Exposure from Herbicides, Pesticides, and Fertilisers

Landscaping chemical use exposes workers to various toxic substances including glyphosate-based herbicides, systemic pesticides, and concentrated fertilisers. Skin contact, inhalation of spray drift, or ingestion from contaminated hands can cause acute poisoning, chemical burns, or long-term health effects including respiratory sensitisation and potential carcinogenic exposure. Mixing concentrated chemicals without appropriate PPE or in poorly ventilated areas increases exposure risks. Spray application in windy conditions or near waterways can cause environmental contamination and regulatory non-compliance. Some chemicals require restricted chemical licences for application, and improper storage can lead to dangerous chemical reactions, fire hazards, or environmental releases. Workers may also encounter existing chemical residues from previous applications or contaminated soil particularly on remediation sites.

Hazard

Manual Handling Injuries from Heavy Materials and Repetitive Tasks

Landscaping involves extensive manual handling of heavy materials including turf rolls weighing 15-25kg each, bags of soil and mulch up to 25kg, pot plants and trees, paving materials, and irrigation components. Workers frequently adopt awkward postures when planting, digging, or working on sloped ground. Repetitive activities such as edging, weeding, and pruning cause cumulative strain injuries affecting hands, wrists, shoulders, and backs. Turf laying particularly during maxi-roll installation can involve team lifting of rolls weighing several hundred kilograms requiring careful coordination and mechanical aids. Without proper lifting techniques, task rotation, and mechanical handling equipment, workers commonly develop chronic musculoskeletal disorders including lower back injuries, shoulder impingement, and carpal tunnel syndrome.

Hazard

Underground Service Strikes During Excavation and Trenching

Irrigation installation, garden bed preparation, and planting operations require excavation that can contact buried electrical cables, gas lines, telecommunications cables, or water mains. Striking electrical services can cause electrocution, arc flash burns, or explosions. Gas line damage can result in fire, explosion, or asphyxiation hazards. Even striking telecommunications or water services can cause significant property damage, service disruption, and liability. Construction sites may have incomplete service records, recently installed temporary services not yet mapped, or services in non-standard locations. Without obtaining Dial Before You Dig information, conducting electromagnetic location surveys, and using hand tools for careful exposure near identified services, workers face serious injury risks and contractors face substantial financial penalties.

Hazard

Bites and Stings from Snakes, Spiders, and Insects

Landscaping work in outdoor construction environments exposes workers to venomous creatures including brown snakes, tiger snakes, redback spiders, funnel-web spiders, and aggressive wasps or bees. Disturbing vegetation, lifting materials stored on ground, or working in confined spaces such as under decking or in garden beds can provoke defensive attacks. Snake bites can deliver potentially fatal venom requiring immediate first aid and emergency medical treatment. Spider bites can cause severe pain, tissue necrosis, or systemic envenomation particularly in children or elderly people working in gardens. Multiple bee or wasp stings can trigger anaphylactic reactions in sensitised individuals. Workers in regional or remote areas face delayed access to medical treatment increasing severity of outcomes. Seasonal variations affect creature activity with higher encounter risks during warmer months.

Hazard

Heat Stress and Sun Exposure in Outdoor Work Environments

Landscaping operations occur predominantly outdoors exposing workers to environmental heat stress, ultraviolet radiation, and dehydration risks. Strenuous physical activity combined with high temperatures, humidity, and radiant heat from paved surfaces or machinery exhaust increases core body temperature. Heat stress can progress from heat exhaustion with dizziness, nausea, and reduced work capacity to potentially fatal heat stroke requiring emergency medical intervention. Chronic sun exposure causes skin damage and significantly increases skin cancer risk, with Australia having among the highest melanoma rates globally. Workers operating machinery experience additional heat from engine compartments and lack of airflow. Inadequate hydration, inappropriate clothing, lack of shade for breaks, and failure to reschedule work during extreme heat events compound these environmental risks.

Benefits of using a Landscaping SWMS

  • Demonstrates compliance with WHS Act Section 19 duties for PCBUs engaging landscaping contractors on construction sites, reducing liability exposure and regulatory penalties.
  • Provides systematic hazard identification specific to landscaping tasks, ensuring appropriate controls for mobile plant, manual handling, chemical use, and tree work risks.
  • Establishes clear equipment operation requirements including rollover protective structure specifications, operator licensing verification, and pre-start inspection procedures for all mobile plant.
  • Documents chemical safety protocols including restricted chemical licence requirements, Safety Data Sheet review procedures, spray drift management, and emergency response for chemical exposure incidents.
  • Reduces worker compensation claims and lost time injuries through implementation of hierarchy of controls and detailed safe work procedures for high-risk landscaping activities.
  • Facilitates coordination with other construction trades by clearly defining exclusion zones, service location requirements, and sequence of landscape installation activities.
  • Ensures environmental compliance through documented procedures for tree protection, erosion control, chemical use restrictions near waterways, and weed management in accordance with biosecurity requirements.
  • Supports evidence-based training programmes for landscaping personnel by clearly defining competency requirements, equipment operation procedures, and emergency response protocols including snake bite first aid.

Available SWMS templates

Hand-crafted documents ready to customise for your teams.

View all 29 documents

SWMS Template

ATV - Quad Bikes Safe Work Method Statement

Safe operation of all-terrain vehicles including rollover risks and terrain assessment

Open template

SWMS Template

Bark Blower Truck Safe Work Method Statement

Mulch application using pneumatic delivery systems

Open template

SWMS Template

Bites and Stings Prevention and Treatment Safe Work Method Statement

Managing risks from snakes, spiders, and insects during outdoor landscaping work

Open template

SWMS Template

Forest Mulcher Attachment Safe Work Method Statement

Vegetation clearing using tractor-mounted mulching equipment

Open template

SWMS Template

Gang Mower Safe Work Method Statement

Large-area mowing operations using towed multi-blade systems

Open template

SWMS Template

Garden Maintenance Safe Work Method Statement

Ongoing garden care including pruning, weeding, and plant health management

Open template

SWMS Template

Geofabric Installation Safe Work Method Statement

Soil stabilisation and weed suppression using geotextile materials

Open template

SWMS Template

Hydro Seeding Safe Work Method Statement

Hydraulic seed application for erosion control and revegetation

Open template

SWMS Template

Landscape Planting Safe Work Method Statement

Plant installation following horticultural specifications and standards

Open template

SWMS Template

Landscaping Irrigation Safe Work Method Statement

Irrigation system installation including trenching and pressure testing

Open template

SWMS Template

Paving Safe Work Method Statement

Installation of paved surfaces, pathways, and hardscape elements

Open template

SWMS Template

Ride-on Mower Safe Work Method Statement

Operation of ride-on mowing equipment including slope limitations

Open template

Frequently asked questions

When is a SWMS legally required for landscaping operations on construction sites?

A SWMS is legally required under the Work Health and Safety Regulation 2011 when landscaping work involves high-risk construction activities. This includes operation of mobile plant such as tractors, ride-on mowers, or stump grinders, excavation work for irrigation installation or garden bed preparation, tree work at heights exceeding 2 metres or using powered equipment, and work near underground services including trenching activities. Additionally, principal contractors on construction projects valued over $250,000 must ensure all work is covered by SWMS documentation. Even when not legally mandated, best practice recommends SWMS documentation for all landscaping operations involving specialised equipment, chemical use, or tree work to demonstrate due diligence and systematic risk management. The document must be prepared before work commences, reviewed with all workers during site induction, and be readily accessible throughout the landscaping operations.

What licencing and training is required for landscaping equipment operators on construction sites?

Landscaping equipment operation requires specific licencing and competency verification depending on equipment type. Operators of tractors, ride-on mowers over 560kg, or ATVs in construction work contexts may require general construction induction (White Card) and equipment-specific training verified through competency assessments. Elevated work platform operators used for tree trimming must hold a High Risk Work Licence for the specific platform type (WP licence class). Chainsaw operators should complete appropriate training in chainsaw operation and tree felling techniques, with some jurisdictions requiring specific arborist qualifications for commercial tree work. Chemical applicators using restricted chemicals must hold current chemical user permits or licences issued by the relevant state authority. Employers must verify operator licensing, maintain training records, ensure medical fitness where required, and provide site-specific inductions covering hazards particular to the construction environment. All workers must complete general construction induction training and receive instruction on site-specific emergency procedures including snake bite first aid and emergency contact protocols.

How do landscaping contractors obtain underground service location information before excavation work?

Before any excavation for irrigation, planting, or garden bed preparation, contractors must contact Dial Before You Dig (1100) at least two business days prior to commencing work. This free service provides plans showing the location of underground services including electricity, gas, water, telecommunications, and sewer assets. Contractors must provide accurate work location information using street addresses, lot numbers, or GPS coordinates to ensure complete service information. Upon receiving service plans, contractors must identify service locations on site using surface markers or paint. For critical excavations near buildings or known services, electromagnetic location equipment should be used to verify actual service positions as plans may be indicative only. When services are located, hand tools must be used for careful exposure within 500mm of identified service locations. All workers must understand service identification markings and halt work if unexpected services are encountered. The SWMS must document service location procedures, safe digging practices near services, and emergency response procedures for accidental service damage including electrical isolation and gas leak management.

What safety procedures are required for tree felling operations on construction sites?

Tree felling requires comprehensive safety planning starting with detailed site assessment including tree species, size, lean, defects, surrounding hazards, and weather conditions. Operators must establish exclusion zones with a radius of at least twice the tree height, clearly marked and communicated to all site personnel. For trees near power lines, overhead electrical clearances must be verified with minimum distances maintained or services isolated by the electricity authority. Pre-felling inspection must identify dead branches (widow makers), splits, decay, or structural defects affecting fall direction. Workers must plan primary and secondary escape routes positioned at 45 degrees from the intended fall direction and cleared of obstacles. Appropriate cutting techniques including undercut and backcut methods must be employed with correctly sharpened equipment. Communication systems must be established particularly when using elevated platforms or rope access techniques. All workers must wear appropriate PPE including chainsaw-resistant leg protection, hard hats, safety glasses, hearing protection, and high-visibility clothing. The SWMS must specify competency requirements, equipment inspection procedures, emergency response plans including rescue from height, and first aid provisions appropriate to remote locations and serious trauma injuries.

What chemical safety requirements apply to herbicide and pesticide application in landscaping work?

Chemical use in landscaping must comply with Australian Pesticides and Veterinary Medicines Authority (APVMA) regulations and state-based agricultural chemical legislation. All chemicals must be used in accordance with product labels which constitute legal requirements. Operators applying Schedule 7 (dangerous poisons) or restricted chemicals must hold current chemical user permits or licences. Safety Data Sheets (SDS) must be available on site for all chemicals used, with workers trained in SDS interpretation and emergency procedures. The SWMS must specify PPE requirements based on product labels, typically including chemical-resistant gloves, eye protection, and respiratory protection where spraying occurs. Spray drift management procedures must prevent chemical contact with waterways, neighbouring properties, or non-target vegetation. Chemicals must be stored in secure, bunded areas with appropriate signage and spill response equipment. Mixing must occur in well-ventilated areas using calibrated equipment to ensure correct dilution rates. Application must be avoided during windy conditions, with weather monitoring requirements specified. Equipment must be decontaminated after use with washdown water managed to prevent environmental contamination. Records must document chemical products used, application rates, locations, dates, weather conditions, and operator details. For work near schools, hospitals, or sensitive environments, additional notification and timing restrictions may apply under state environmental protection regulations.

Explore related categories

What is Landscaping in Construction?

Landscaping in construction involves the systematic planning, installation, and maintenance of outdoor environments as integral components of building and infrastructure projects. This specialised trade encompasses soft landscaping activities such as garden bed preparation, plant installation, turf laying, and ongoing maintenance, alongside hard landscaping elements including paving, retaining structures, irrigation systems, and outdoor feature installations. Landscaping professionals utilise diverse equipment ranging from hand tools and small power equipment to substantial mobile plant including ride-on mowers, tractors with slashing attachments, stump grinders, wood chippers, and all-terrain vehicles (ATVs). Many tasks require operation of elevated work platforms for tree trimming, installation of shade sails and outdoor structures, and coordination with other construction trades to integrate landscape elements with building services and drainage systems. The scope of landscaping work varies significantly across project types and stages. During early construction phases, landscapers may conduct site clearance, tree removal, stump grinding, and topsoil management. In development stages, they install irrigation systems requiring trenching and connection to water mains, construct garden beds with appropriate drainage and soil preparation, and install hardscape elements such as paving, edging, and retaining walls. Final stages involve plant installation following horticultural specifications, turf laying using manual or maxi-roll techniques, mulch application, and establishment maintenance to ensure plant survival and project completion standards. Specialised landscaping services within construction include hydro-seeding for erosion control and large-area revegetation, synthetic grass installation for sports fields and commercial applications, shade sail and outdoor structure installation, water feature construction requiring electrical and plumbing integration, sport and playground equipment installation with specific safety surfacing requirements, and geofabric installation for soil stabilisation and weed suppression. Environmental considerations include weed control using chemical and mechanical methods, management of bites and stings from insects and reptiles, protection of existing vegetation during construction activities, and compliance with local government landscaping conditions and native vegetation retention requirements. Landscaping contractors must coordinate closely with civil works teams for drainage integration, plumbers for irrigation connections, electricians for outdoor lighting and water feature pumps, and project managers to sequence landscape installation around building completion milestones. This coordination ensures landscape elements integrate seamlessly with constructed environments whilst protecting workers from hazards associated with active construction sites and recently completed structures.

Why Landscaping SWMS Matters

Safe Work Method Statements for landscaping operations are critical compliance documents under the Work Health and Safety Act 2011, particularly when landscaping activities involve high-risk construction work such as operating mobile plant, working near underground services, tree work at heights, or trenching for irrigation installation. Without proper documentation and safety procedures, landscaping workers face serious risks including mobile plant rollovers, manual handling injuries, exposure to hazardous chemicals, crush injuries from falling trees or branches, and contact with underground electrical or gas services. The importance of SWMS documentation for landscaping extends beyond legal compliance to address the unique hazards present in construction environments. Unlike established commercial or residential properties, construction sites present additional risks including unstable ground conditions, proximity to heavy machinery and active work areas, incomplete services with exposed cables or pipes, and coordination challenges with multiple trades working simultaneously. A comprehensive SWMS ensures all personnel understand these construction-specific risks and implement appropriate control measures before commencing landscape installation or maintenance work. Australian WorkSafe authorities have recorded numerous serious incidents involving landscaping operations, including tractor and ride-on mower rollovers on sloped terrain, workers struck by falling tree limbs during trimming operations, wood chipper entanglement injuries, and contact with underground services during trenching for irrigation installation. These incidents frequently result from inadequate site assessment, improper equipment selection, failure to obtain service location information, or insufficient worker training on equipment operation and hazard recognition. A robust SWMS addresses these failure points through detailed hazard identification, equipment-specific control measures, and clear procedural guidance for high-risk activities. PCBUs (persons conducting a business or undertaking) who engage landscaping contractors or employ landscaping personnel have explicit duties under Section 19 of the WHS Act to eliminate risks so far as reasonably practicable. This extends to ensuring landscaping workers have appropriate licences for mobile plant operation, access to service location information before excavation, suitable personal protective equipment for chemical use and manual handling tasks, and adequate supervision particularly for workers operating in isolation or remote areas of large sites. A well-documented SWMS demonstrates due diligence, provides evidence of systematic risk management, and serves as an essential communication tool during site inductions and toolbox meetings. For specialised landscaping tasks such as tree felling operations, elevated work platform use for tree trimming, installation of heavy playground equipment or shade structures, and irrigation work requiring trenching near buildings, SWMS documentation becomes critically important. These activities may trigger additional regulatory requirements including high-risk work licences, engineered drawings and certifications, service authority permits, and environmental protection measures. The SWMS ensures all regulatory obligations are identified and addressed, protecting workers whilst maintaining compliance with state and federal regulations governing construction work, environmental protection, and community safety standards. Environmental compliance adds another dimension to landscaping SWMS requirements. Many construction projects include landscaping conditions requiring protection of existing trees, revegetation using native species, erosion and sediment control measures, and limitations on chemical use near waterways or environmentally sensitive areas. The SWMS documents procedures for tree protection zone establishment, appropriate herbicide and pesticide selection and application methods, soil and water quality protection measures, and weed management strategies compliant with local biosecurity regulations. This integration of safety and environmental requirements ensures landscaping work meets both WHS obligations and environmental protection standards.

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Key Controls

  • • Pre-start briefing covering hazards
  • • PPE: hard hats, eye protection, gloves
  • • Emergency plan communicated to crew

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